mhurhangee/ep-ind-claims huggingface dataset:
A shaving unit for a shaving apparatus, the shaving unit comprising: - a housing; - at least one cutting unit (10a, 10b) accommodated and supported by the housing and comprising an external cutting member (14a, 14b) having a plurality of hair-entry openings and an internal cutting member (16a, 16b) which is rotatable relative to the external cutting member (14a, 14b) about a cutting member axis (A1, A2); - a main input spindle which is rotatable about a main axis and which is coupled to each cutting unit (10a, 10b) to rotationally drive the internal cutting member (16a, 16b) thereof; and - an adjustment system (11a, 11b) configured to adjust at least one operational parameter of the shaving unit; characterized in that the adjustment system (11a, 11b) comprises: - an adjustment input drive member (13a, 13b) which is arranged to be rotational about an adjustment member axis (D1, D2) and drivable by the main input spindle; - a unidirectional rotational coupling member (25a, 25b) arranged to provide a coupled condition of the main input spindle relative to the adjustment input drive member (13a, 13b), when the main input spindle rotates in a first direction about the main axis, such that the adjustment input drive member (13a, 13b) is driven by the main input spindle, and to provide a decoupled condition of the main input spindle relative to the adjustment input drive member (13a, 13b), when the main input spindle rotates in a second direction about the main axis opposite to the first direction, such that the main input spindle is prevented from driving the adjustment input drive member (13a, 13b). - a housing; - at least one cutting unit (10a, 10b) accommodated and supported by the housing and comprising an external cutting member (14a, 14b) having a plurality of hair-entry openings and an internal cutting member (16a, 16b) which is rotatable relative to the external cutting member (14a, 14b) about a cutting member axis (A1, A2); - a main input spindle which is rotatable about a main axis and which is coupled to each cutting unit (10a, 10b) to rotationally drive the internal cutting member (16a, 16b) thereof; and - an adjustment system (11a, 11b) configured to adjust at least one operational parameter of the shaving unit; - an adjustment input drive member (13a, 13b) which is arranged to be rotational about an adjustment member axis (D1, D2) and drivable by the main input spindle; - a unidirectional rotational coupling member (25a, 25b) arranged to provide a coupled condition of the main input spindle relative to the adjustment input drive member (13a, 13b), when the main input spindle rotates in a first direction about the main axis, such that the adjustment input drive member (13a, 13b) is driven by the main input spindle, and to provide a decoupled condition of the main input spindle relative to the adjustment input drive member (13a, 13b), when the main input spindle rotates in a second direction about the main axis opposite to the first direction, such that the main input spindle is prevented from driving the adjustment input drive member (13a, 13b).
A network device, comprising: a plurality of ports configured to serve as ingress ports for receiving network packets from a network and as egress ports for forwarding at least some of the network packets; a switch fabric configured to selectively connect the ingress ports with the egress ports according to at least destination addresses of the received network packets; a controller configured to monitor queues of the egress ports and make a decision to drop at least a network packet of the received network packets, the network packet having a first destination address associated with a first network node; and mirroring circuitry configured to: encapsulate the network packet yielding an encapsulated network packet with an encapsulation header which includes a second destination address different from the first destination address; and feedback the encapsulated network packet into a processing pipeline of the received network packets within the network device at a point in the processing pipeline that is prior to egress port assignment, wherein the switch fabric is configured to forward the encapsulated network packet to a packet analyzer based on at least the second destination address in the encapsulation header. a plurality of ports configured to serve as ingress ports for receiving network packets from a network and as egress ports for forwarding at least some of the network packets; a switch fabric configured to selectively connect the ingress ports with the egress ports according to at least destination addresses of the received network packets; a controller configured to monitor queues of the egress ports and make a decision to drop at least a network packet of the received network packets, the network packet having a first destination address associated with a first network node; and mirroring circuitry configured to: encapsulate the network packet yielding an encapsulated network packet with an encapsulation header which includes a second destination address different from the first destination address; and feedback the encapsulated network packet into a processing pipeline of the received network packets within the network device at a point in the processing pipeline that is prior to egress port assignment, wherein the switch fabric is configured to forward the encapsulated network packet to a packet analyzer based on at least the second destination address in the encapsulation header. encapsulate the network packet yielding an encapsulated network packet with an encapsulation header which includes a second destination address different from the first destination address; and feedback the encapsulated network packet into a processing pipeline of the received network packets within the network device at a point in the processing pipeline that is prior to egress port assignment, wherein the switch fabric is configured to forward the encapsulated network packet to a packet analyzer based on at least the second destination address in the encapsulation header.
Airtight elastomeric laminate for tyres, the said laminate comprising at least two superimposed layers of elastomer: ∘ a first layer, composed of a composition based on at least one thermoplastic elastomer having polystyrene and polyisobutylene blocks, the content of thermoplastic elastomer having polystyrene and polyisobutylene blocks being within a range extending from more than 50 to 100 phr (parts by weight per 100 parts by weight of elastomer), and on a plasticizing system comprising from 1 to 40 phr of a plasticizing oil and from 1 to 40 phr of a hydrocarbon resin, the total content of plasticizer being within a range extending from 2 to 70 phr; ∘ a second layer, composed of a composition based on at least one diene elastomer, the content of diene elastomer being within a range extending from more than 50 to 95 phr, and on at least one thermoplastic styrene elastomer, the content of thermoplastic styrene elastomer being within a range extending from 5 to less than 50 phr. ∘ a first layer, composed of a composition based on at least one thermoplastic elastomer having polystyrene and polyisobutylene blocks, the content of thermoplastic elastomer having polystyrene and polyisobutylene blocks being within a range extending from more than 50 to 100 phr (parts by weight per 100 parts by weight of elastomer), and on a plasticizing system comprising from 1 to 40 phr of a plasticizing oil and from 1 to 40 phr of a hydrocarbon resin, the total content of plasticizer being within a range extending from 2 to 70 phr; ∘ a second layer, composed of a composition based on at least one diene elastomer, the content of diene elastomer being within a range extending from more than 50 to 95 phr, and on at least one thermoplastic styrene elastomer, the content of thermoplastic styrene elastomer being within a range extending from 5 to less than 50 phr.
A facet joint prosthesis comprising: a cephalad prosthesis including a facet joint bearing surface; a vertebral fixation element adapted to attach to a vertebra to support the facet joint bearing surface; and a laminar fixation arm having a first end and a second end, wherein the second end of the laminar fixation arm is movably attached to the cephalad prosthesis and the first end is adapted to contact a laminar surface to resist rotation of the bearing surface; characterised in that the prosthesis further comprises a prosthetic disc migration prevention member, wherein the prosthetic disc migration prevention member prevents migration of an intervertebral disc prosthesis disposed adjacent to the vertebra. a cephalad prosthesis including a facet joint bearing surface; a vertebral fixation element adapted to attach to a vertebra to support the facet joint bearing surface; and a laminar fixation arm having a first end and a second end, wherein the second end of the laminar fixation arm is movably attached to the cephalad prosthesis and the first end is adapted to contact a laminar surface to resist rotation of the bearing surface; characterised in that the prosthesis further comprises a prosthetic disc migration prevention member, wherein the prosthetic disc migration prevention member prevents migration of an intervertebral disc prosthesis disposed adjacent to the vertebra.
An arrangement comprising a vacuum chamber which has a chamber flange; and a vacuum pump which has a fast-rotating rotor arranged in a rotor housing and a pump flange, wherein the arrangement has a support structure which supports the vacuum chamber; wherein the arrangement has a torque-resistant securing means which connects the rotor housing to a torque sink; and wherein the arrangement has an intermediate component arranged between the pump flange and the chamber flange, characterized in that the intermediate component is connected to the support structure. wherein the arrangement has a support structure which supports the vacuum chamber; wherein the arrangement has a torque-resistant securing means which connects the rotor housing to a torque sink; and wherein the arrangement has an intermediate component arranged between the pump flange and the chamber flange, characterized in that
A generator control unit comprising: a plurality of permanent magnet generator, PMG, inputs (110,112,114), each PMG input corresponding to a permanent magnet generator; a transformer (50, 120) including a multi-configuration input winding and at least one output winding; each PMG input in the plurality of PMG inputs being connected to the multi-configuration input winding at a corresponding configuration, wherein the multi-configuration input winding includes a plurality of phase legs, with each phase leg comprising an identical number of isolated, floating, windings. a plurality of permanent magnet generator, PMG, inputs (110,112,114), each PMG input corresponding to a permanent magnet generator; a transformer (50, 120) including a multi-configuration input winding and at least one output winding; each PMG input in the plurality of PMG inputs being connected to the multi-configuration input winding at a corresponding configuration, wherein the multi-configuration input winding includes a plurality of phase legs, with each phase leg comprising an identical number of isolated, floating, windings.
A computer method for detecting interactions with a software application according to a movement of at least one object situated in the field of an image sensor connected to a computer implementing the method, said image sensor providing a stream of images to said computer, the method being characterized in that it comprises the following steps, - receiving at least one first image from said image sensor; - identifying at least one first region of interest in said first image, said at least one first region of interest corresponding to a part of said at least one first image; - receiving at least one second image from said image sensor; - identifying at least one second region of interest of said at least one second image, said at least one second region of interest corresponding to said at least one first region of interest of said at least one first image; - comparing said at least one first and second regions of interest and determining a mask of interest characterizing a variation of at least one feature of corresponding points in said at least one first and second regions of interest; - determining a movement of said at least one object from said mask of interest, said at least one object being at least partially represented in at least one of said at least one first and second regions of interest; and - analyzing said movement and, in response to said analyzing step, triggering or not triggering a predetermined action. - receiving at least one first image from said image sensor; - identifying at least one first region of interest in said first image, said at least one first region of interest corresponding to a part of said at least one first image; - receiving at least one second image from said image sensor; - identifying at least one second region of interest of said at least one second image, said at least one second region of interest corresponding to said at least one first region of interest of said at least one first image; - comparing said at least one first and second regions of interest and determining a mask of interest characterizing a variation of at least one feature of corresponding points in said at least one first and second regions of interest; - determining a movement of said at least one object from said mask of interest, said at least one object being at least partially represented in at least one of said at least one first and second regions of interest; and - analyzing said movement and, in response to said analyzing step, triggering or not triggering a predetermined action.
An electric power system for a vehicle provided with a storage assembly designed to supply power with a dual voltage, wherein a first power supply being at 48 Volt comprising - a first storage system with a number of electrochemical cells connected to one another in series and/or in parallel: - a second storage system arranged in series to the first system and with a number of electrochemical cells connected to one another in series and/or in parallel; wherein the second storage system provides the electrical energy needed to recharge the first storage system and the first storage system is designed to provide the electrical energy needed to recharge the second storage system and both storage systems (6, 10) provide the electrical energy needed to supply power to a number of first loads (12, 13) supplied at 48 Volt; a reversible electric machine, which can work both as an electric motor, absorbing electrical energy and generating a mechanical torque, and as an electric generator, absorbing mechanical energy and generating electrical energy; a DC/DC converter, which is designed to transfer the electric charge from the second storage system to the first storage system, and vice versa, and comprising a BMS device for the management of said storage assembly, said BMS device being designed to carry out the balancing of the electrochemical cells of the second storage system and to estimate the state of charge and the state of health of the two storage systems (6, 10), and wherein DC/DC converter is integrated in the BMS device for the management of the storage assembly; and a plurality of second loads powered with a second power supply at 12 Volt; wherein the second storage system, through the DC/DC converter, directly provides the electrical energy needed to supply power to said second loads and the first storage system is designed to provide further energy to said second loads (8, 9), in case the electrical energy provided by the second storage system is not sufficient for their sustenance. - a first storage system with a number of electrochemical cells connected to one another in series and/or in parallel: - a second storage system arranged in series to the first system and with a number of electrochemical cells connected to one another in series and/or in parallel;
A teaching and learning apparatus with the following features: - a 3D-body to be touched, which is - firmly connected to the environment via at least one multicomponent-force- and moment measuring device, - a storage- and evaluation electronics, - an optical-visual and/or acoustic display device, wherein - the multicomponent-force- and moment measuring device converts the forces and moments occurring at a touch of the 3D-body into electrical measurement signals and directs same to the storage- and evaluation electronics, wherein - a mathematical model of the geometry of the 3D-body is implemented in the storage- and evaluation electronics and an algorithm, which calculates the point of touch at the 3D-body from the forces and moments being determined at the touch, or - in the memory of the storage- and evaluation device force- and moment signals of predetermined points of touch are stored and a mapping algorithm is implemented, which allocates the point of touch at the 3D-body from the forces and moments being determined at the touch, and wherein - the point of touch at the 3D-body is displayed as a signal by means of the optical-visual and/or acoustic display device of the touching operator, characterized in that the optical-visual display device comprises a projector, which projects visual information, such as scripture or images, directly on a touched area. - a 3D-body to be touched, which is - firmly connected to the environment via at least one multicomponent-force- and moment measuring device, - a storage- and evaluation electronics, - an optical-visual and/or acoustic display device, wherein - the multicomponent-force- and moment measuring device converts the forces and moments occurring at a touch of the 3D-body into electrical measurement signals and directs same to the storage- and evaluation electronics, - a mathematical model of the geometry of the 3D-body is implemented in the storage- and evaluation electronics and an algorithm, which calculates the point of touch at the 3D-body from the forces and moments being determined at the touch, or - in the memory of the storage- and evaluation device force- and moment signals of predetermined points of touch are stored and a mapping algorithm is implemented, which allocates the point of touch at the 3D-body from the forces and moments being determined at the touch, - the point of touch at the 3D-body is displayed as a signal by means of the optical-visual and/or acoustic display device of the touching operator,
Spectacles comprising: a first lens component having a first surface and a second surface; a multifocal region positioned on the first surface; a second lens component comprising a flexible element; and a fluid having an index of refraction within 0.05 units of an index of refraction of the first lens component, wherein the fluid may be applied between at least a portion of the multifocal region of the first surface of the first lens component and at least a portion of the second lens component; wherein the flexible element of the second lens component comprises a first region and a second region, wherein the first region contacts and conforms to the multifocal region of the first surface of the first lens component when an amount of fluid between the first surface of the first lens component and the first region is sufficiently low, thus providing multifocal optical powers or vision zones; wherein the first region does not contact or conform to the multifocal region of the first surface of the first lens component when an amount of fluid between the multifocal region of the first surface of the first lens component and the first region is sufficiently great; and wherein the multifocal region of the first surface contributes to an optical power of the spectacles with the first region contacting and conforming to the multifocal region of the first surface of the first lens component and does not contribute to the optical power of the spectacles with the first region not contacting or conforming to the multifocal region of the first surface of the first lens component. a first lens component having a first surface and a second surface; a multifocal region positioned on the first surface; a second lens component comprising a flexible element; and a fluid having an index of refraction within 0.05 units of an index of refraction of the first lens component, wherein the fluid may be applied between at least a portion of the multifocal region of the first surface of the first lens component and at least a portion of the second lens component; wherein the flexible element of the second lens component comprises a first region and a second region, wherein the first region contacts and conforms to the multifocal region of the first surface of the first lens component when an amount of fluid between the first surface of the first lens component and the first region is sufficiently low, thus providing multifocal optical powers or vision zones; wherein the first region does not contact or conform to the multifocal region of the first surface of the first lens component when an amount of fluid between the multifocal region of the first surface of the first lens component and the first region is sufficiently great; and wherein the multifocal region of the first surface contributes to an optical power of the spectacles with the first region contacting and conforming to the multifocal region of the first surface of the first lens component and does not contribute to the optical power of the spectacles with the first region not contacting or conforming to the multifocal region of the first surface of the first lens component.
An infrared light shielding laminate comprising: an ITO particle-containing layer; and an overcoat layer which covers an upper surface of the ITO particle-containing layer, wherein core shell particles are present in a state of being in contact with each other in the ITO particle-containing layer, and the core shell particle includes an ITO particle serving as a core and an insulating material serving as a shell that covers the core, an average value of a distance between the ITO particles in a state in which the core shell particles are in contact with each other is in a range of 0.5 to 10 nm, as measured with a method disclosed herein, the insulating material is silica, alumina, or an organic protective agent, and the overcoat layer infiltrates into the gap between the core shell particles in the surface portion of the upper surface of the ITO particle-containing layer. an ITO particle-containing layer; and an overcoat layer which covers an upper surface of the ITO particle-containing layer, wherein core shell particles are present in a state of being in contact with each other in the ITO particle-containing layer, and the core shell particle includes an ITO particle serving as a core and an insulating material serving as a shell that covers the core, an average value of a distance between the ITO particles in a state in which the core shell particles are in contact with each other is in a range of 0.5 to 10 nm, as measured with a method disclosed herein, the insulating material is silica, alumina, or an organic protective agent, and the overcoat layer infiltrates into the gap between the core shell particles in the surface portion of the upper surface of the ITO particle-containing layer.
A thermostable human epidermal growth factor-spider venom fusion protein with increased skin cell proliferation effect which consists of the amino acid sequence of SEQ ID NO: 2.