mhurhangee/ep-ind-claims huggingface dataset:
A poly-generation system comprising: at least one cylinder (610a,610b) which forms a combustion chamber; a piston (620a, 620b) provided in the cylinder (610a,610b) and configured to reciprocate; an engine rotor which comprises an engine magnet and reciprocates in conjunction with the reciprocation of the piston (620a,620b) an engine stator which comprises an engine coil and outputs an electromotive force induced in the engine coil due to interference with the engine magnet to the outside; characterized in that it further comprises a generator (700a, 700b) which is integrally coupled with the piston (620a,620b) and generates electricity using an inertial force generated by the reciprocation of the piston, wherein the generator (700a, 700b) comprises: an elastic member (724, 725) deformed by the inertial force; a generator rotor which comprises a generator magnet and reciprocates due to the deformation of the elastic member (724, 725); a generator stator which comprises a generator coil and outputs an electromotive force induced in the generator coil due to interference with the generator magnet, and a generator battery which stores the electromotive force induced in the generator coil. at least one cylinder (610a,610b) which forms a combustion chamber; a piston (620a, 620b) provided in the cylinder (610a,610b) and configured to reciprocate; an engine rotor which comprises an engine magnet and reciprocates in conjunction with the reciprocation of the piston (620a,620b) an engine stator which comprises an engine coil and outputs an electromotive force induced in the engine coil due to interference with the engine magnet to the outside; characterized in that it further comprises a generator (700a, 700b) which is integrally coupled with the piston (620a,620b) and generates electricity using an inertial force generated by the reciprocation of the piston, wherein the generator (700a, 700b) comprises: an elastic member (724, 725) deformed by the inertial force; a generator rotor which comprises a generator magnet and reciprocates due to the deformation of the elastic member (724, 725); a generator stator which comprises a generator coil and outputs an electromotive force induced in the generator coil due to interference with the generator magnet, and a generator battery which stores the electromotive force induced in the generator coil. an elastic member (724, 725) deformed by the inertial force; a generator rotor which comprises a generator magnet and reciprocates due to the deformation of the elastic member (724, 725); a generator stator which comprises a generator coil and outputs an electromotive force induced in the generator coil due to interference with the generator magnet, and a generator battery which stores the electromotive force induced in the generator coil.
A device for insulation monitoring in a power supply system that is composed of a main system including a neutral point that is high-resistance grounded via a neutral-point resistance or of the main system including the neutral point that is high-resistance grounded via the neutral-point resistance and at least one subsystem, the main system and the subsystem each having a differential current measuring device (10, 12) for registering a differential current, the device having: a measuring signal generator for generating an active measuring signal and for feeding the active measuring signal into the power supply system and by an evaluating device that is connected to the differential current measuring devices (10, 12) and to the measuring signal generator to evaluate differential current measuring signals, the active measuring signal being a measuring voltage (U mess) that is fed serially to the neutral-point resistance at low resistance as a voltage drop or a measuring current that is fed in parallel to the neutral-point resistance.
An emitter apparatus comprising: means for encoding light received from a light source to output dual rail encoded light; means for converting the dual rail encoded light into polarization encoded light and for emitting the polarization encoded light over a fibre; means for obtaining, from a receiver, pre-compensation adjustment information concerning polarization rotation in the fibre, the fibre connecting the emitter apparatus with the receiver, characterized by means for controlling the encoding based at least in part on the pre-compensation adjustment information. means for encoding light received from a light source to output dual rail encoded light; means for converting the dual rail encoded light into polarization encoded light and for emitting the polarization encoded light over a fibre; means for obtaining, from a receiver, pre-compensation adjustment information concerning polarization rotation in the fibre, the fibre connecting the emitter apparatus with the receiver, characterized by means for controlling the encoding based at least in part on the pre-compensation adjustment information.
Linear flux switching permanent magnet (FSPM) motor comprising a longitudinal linear stator with stator teeth facing an air gap (a) and a mover comprising at least one armature, said armature consisting of several U-shaped armature profiles, each U-shaped armature profile consisting of a profile base extending parallel to the air gap (a) and of two parallel profile members extending perpendicular to the profile base, wherein the U-shaped armature profiles are positioned successively and adjacent to each other in the direction parallel to the air gap (a), only spaced apart by permanent magnets (20, 22) positioned in-between, wherein the profile members of two adjacent armature profiles form an armature tooth protruding from the armature in the direction of the air gap (a), wherein a slot is formed between the profile members of each armature profile to accommodate an armature winding, wherein the permanent magnets (20, 22) consist of a first permanent magnet and a second permanent magnet, wherein the first permanent magnet is located on the top of the second permanent magnet in the area of a tooth tip, wherein the first permanent magnet is aligned with its upper surface with the tip of the armature tooth facing the air gap (a), and wherein the second permanent magnet is embedded over most of a length (l) of the armature tooth, whereby the two permanent magnets (20, 22) have different magnetic properties, wherein the first permanent magnet is located in the area towards the tooth tip whereas the second permanent magnet is located along the major part of the tooth length below the first permanent magnet and wherein the second magnet has a lower remanence but better irreversible demagnetization properties than the first permanent magnet.
A composition comprising particles of micronized zinc oxide, micronized titanium dioxide, pigmenting titanium dioxide, iron oxide, oat, rice, mica, silicone powder, marine algae, and/or talc, for use in a method of treatment of an anatomical region selected from the group consisting of labia majora, labia minora, prepuce of clitoris, periurethral skin, urethral skin, vagina introitus, perineum, anus, peri-anus, vaginal wall, and combinations thereof, the method comprising the steps of: providing a device comprising a light source configured to emanate light, wherein the light is infrared light or broadband spectrum light; applying the composition to a surface of the anatomical region; after the composition has been applied, applying a gel, such that the composition lies substantially between the surface of the anatomical region and the gel; and, after the composition and the gel have been applied, placing the device against the surface of the anatomical region and applying the light from the light source to said surface, wherein the composition is configured to reflect, refract, and/or scatter the light during the application of the light. providing a device comprising a light source configured to emanate light, wherein the light is infrared light or broadband spectrum light; applying the composition to a surface of the anatomical region; after the composition has been applied, applying a gel, such that the composition lies substantially between the surface of the anatomical region and the gel; and, after the composition and the gel have been applied, placing the device against the surface of the anatomical region and applying the light from the light source to said surface, wherein the composition is configured to reflect, refract, and/or scatter the light during the application of the light.
Refrigerated cabinet comprising a flow channel arranged between an air inlet and an air outlet and having a sound absorber, the front wall of which flow channel faces the goods space of the refrigerated cabinet and the rear wall of which flow channel is located opposite this front wall, characterised in that the sound absorber lies against the front wall or rear wall with one of its largest side surfaces and extends transversely to the flow direction over 7-11%, preferably 8-9%, of the cross-sectional area of the flow channel.
An electric brake, comprising: a brake mechanism configured to transmit, based on a braking request, a thrust force generated through drive of an electric motor to a piston configured to move braking members (22, 23) to be pressed against a braked member; and a control device configured to control the drive of the electric motor, and to move, in a non-braking state, the piston to a predetermined clearance position at which a clearance between each of the braking members (22, 23) and the braked member is a predetermined amount, characterized in that the control device is configured to drive the electric motor so that a period from generation of the braking request to a start of the pressing of the braked member by the braking members (22, 23) is a predetermined period regardless of a position of the piston at a time when the braking request is generated, wherein, when the braking request is generated during a period in which the control device is moving the piston to the predetermined clearance position toward a direction apart from the braked member, the control device is configured to set the predetermined period to be the same as a period until the piston having been at the predetermined clearance position starts pressing the braked member. a brake mechanism configured to transmit, based on a braking request, a thrust force generated through drive of an electric motor to a piston configured to move braking members (22, 23) to be pressed against a braked member; and a control device configured to control the drive of the electric motor, and to move, in a non-braking state, the piston to a predetermined clearance position at which a clearance between each of the braking members (22, 23) and the braked member is a predetermined amount, characterized in that the control device is configured to drive the electric motor so that a period from generation of the braking request to a start of the pressing of the braked member by the braking members (22, 23) is a predetermined period regardless of a position of the piston at a time when the braking request is generated, wherein, when the braking request is generated during a period in which the control device is moving the piston to the predetermined clearance position toward a direction apart from the braked member, the control device is configured to set the predetermined period to be the same as a period until the piston having been at the predetermined clearance position starts pressing the braked member.
A rotor blade assembly for a wind turbine, the rotor blade assembly comprising: a rotor blade having surfaces defining a pressure side, a suction side, a leading edge, and a trailing edge extending between a blade tip and a blade root; and, at least one noise reducer adjacent to the trailing edge, the at least one noise reducer comprising at least one serration extending beyond the trailing edge in a chord-wise direction of the rotor blade, the at least one serration comprising a suction side surface and a pressure side surface that together define a panto cross-sectional shape along at least a portion of a lateral direction of the at least one serration, the suction side surface defining a first radius of curvature in the chord-wise direction, the pressure side surface defining a second radius of curvature in the chord-wise direction, characterized in that the first radius of curvature is larger than the second radius of curvature such that the suction side surface is flatter than the pressure side surface. a rotor blade having surfaces defining a pressure side, a suction side, a leading edge, and a trailing edge extending between a blade tip and a blade root; and, at least one noise reducer adjacent to the trailing edge, the at least one noise reducer comprising at least one serration extending beyond the trailing edge in a chord-wise direction of the rotor blade, the at least one serration comprising a suction side surface and a pressure side surface that together define a panto cross-sectional shape along at least a portion of a lateral direction of the at least one serration, the suction side surface defining a first radius of curvature in the chord-wise direction, the pressure side surface defining a second radius of curvature in the chord-wise direction, characterized in that the first radius of curvature is larger than the second radius of curvature such that the suction side surface is flatter than the pressure side surface.
An interlayer film for laminated glass, comprising a first heat-shielding layer containing a thermoplastic resin and at least one component selected from a phthalocyanine compound, a naphthalocyanine compound, and an anthracyanine compound, and at least one second heat-shielding layer containing a thermoplastic resin and metal oxide particles, wherein the component contains vanadium atom(s).
A rest for supporting a rifle, the rest comprising: a rifle fixture which is in use attached to a rifle, wherein the rifle fixture comprises a stand coupling which includes a magnetic element for removable attachment of a rest stand; and a rest stand for resting on a surface, wherein the rest stand comprises a support body, at least one leg which is supported by the support body and a fixture coupling which includes a magnetic element for removable attachment to the stand coupling on the rifle; wherein the fixture coupling comprises one of a circular or near-circular projection or a circular or near-circular recess and the stand coupling comprises the other of a circular or near-circular recess or a circular or near-circular projection, characterized in that said fixture coupling and said stand coupling comprising said circular or near-circular projection or said circular or near-circular recess provides for smooth rotation thereabout around a single, vertical axis when the rest stand is planted on the surface and the rest is supporting the rifle. a rifle fixture which is in use attached to a rifle, wherein the rifle fixture comprises a stand coupling which includes a magnetic element for removable attachment of a rest stand; and a rest stand for resting on a surface, wherein the rest stand comprises a support body, at least one leg which is supported by the support body and a fixture coupling which includes a magnetic element for removable attachment to the stand coupling on the rifle; wherein the fixture coupling comprises one of a circular or near-circular projection or a circular or near-circular recess and the stand coupling comprises the other of a circular or near-circular recess or a circular or near-circular projection, characterized in that said fixture coupling and said stand coupling comprising said circular or near-circular projection or said circular or near-circular recess provides for smooth rotation thereabout around a single, vertical axis when the rest stand is planted on the surface and the rest is supporting the rifle.
An isolated strain of Brachyspira hyodysenteriae ( B. hyodysenteriae), wherein said strain is the strain deposited on 23 October 2015 at the Belgian Co-ordinated Collections of Micro-Organisms under BCCM Deposit No. LMG P-29184.
A housing for an implantable medical device comprising: a metal substrate having an external surface; and a polymer coating disposed on the external surface of the metal housing, the polymer coating comprising a single layer of a polymer material disposed directly on the external surface of the metal substrate, characterized in that the single layer of polymer material comprises a conductive polymer material, the conductive polymer being selected from PEDOT, PolyPyrrole, Poly (N-methylpyrrole), Poly (hydroxymethyl - EDOT), Polyaniline, and Polythiophene. a metal substrate having an external surface; and a polymer coating disposed on the external surface of the metal housing, the polymer coating comprising a single layer of a polymer material disposed directly on the external surface of the metal substrate, characterized in that the single layer of polymer material comprises a conductive polymer material, the conductive polymer being selected from PEDOT, PolyPyrrole, Poly (N-methylpyrrole), Poly (hydroxymethyl - EDOT), Polyaniline, and Polythiophene.
A composition comprising a formulation comprising recombinant human tripeptidyl peptidase-1 (rhTPP1) for use in a method of treating Neuronal Ceroid Lipofuscinosis disease in a subject less than 3 years old, wherein a dosage of about 300 mg or less is administered intracerebroventricularly, intrathecally, or intraocularly to the subject once every 2 weeks.
A spreader system for an agricultural harvester, comprising: a first spreader disc having at least one paddle, wherein the first spreader disc is configured to receive a first agricultural material, a second agricultural material, or a combination thereof, and to distribute the first agricultural material, the second agricultural material, or the combination thereof, throughout a field; a second spreader disc having at least one paddle, wherein the second spreader disc is configured to receive the first agricultural material, the second agricultural material, or the combination thereof, and to distribute the first agricultural material, the second agricultural material, or the combination thereof, through the field; a first hood assembly comprising a first hood and a second hood, both surrounding a portion of the first spreader disc; a second hood assembly comprising a first hood and a second hood, both surrounding a portion of the second spreader disc; and wherein the respective first hoods (48, 84) of the first and the second hood assemblies are configured to rotate between a first position and a second position, the respective first hoods being configured to block upward and rearward flow of the first agricultural material, the second agricultural material, an airflow, or a combination thereof, while in the first position, and the respective first hoods being configured to facilitate upward and/or rearward flow of the first agricultural material, the second agricultural material, the airflow, or the combination thereof, while in the second position. a first spreader disc having at least one paddle, wherein the first spreader disc is configured to receive a first agricultural material, a second agricultural material, or a combination thereof, and to distribute the first agricultural material, the second agricultural material, or the combination thereof, throughout a field; a second spreader disc having at least one paddle, wherein the second spreader disc is configured to receive the first agricultural material, the second agricultural material, or the combination thereof, and to distribute the first agricultural material, the second agricultural material, or the combination thereof, through the field; a first hood assembly comprising a first hood and a second hood, both surrounding a portion of the first spreader disc; a second hood assembly comprising a first hood and a second hood, both surrounding a portion of the second spreader disc; and wherein the respective first hoods (48, 84) of the first and the second hood assemblies are configured to rotate between a first position and a second position, the respective first hoods being configured to block upward and rearward flow of the first agricultural material, the second agricultural material, an airflow, or a combination thereof, while in the first position, and the respective first hoods being configured to facilitate upward and/or rearward flow of the first agricultural material, the second agricultural material, the airflow, or the combination thereof, while in the second position.
Procedure for the control of the arc current output delivered during welding processes, said procedure including the operation of adjusting the functioning of at least one switching component, suitable to generate a desired waveform of the output signal from a welding machine to which said switching component belongs, characterized in that said operation of adjusting consists in varying and/or modulating simultaneously both the working frequency and the impulse width of the control signal of said switching component during a pre-established time interval of said welding process.
Clutch device for a motor vehicle, comprising torque input means intended to be coupled to a crankshaft, a first torque output shaft, a second torque output shaft, a first wet clutch mechanism able to couple or uncouple the torque input means and the first torque output shaft, a second wet clutch mechanism able to couple or uncouple the torque input means and the second torque output shaft, the first and second clutch mechanisms being housed in an internal volume of the device and respectively comprising first and second discs (13, 22) respectively mounted on a first and second external support (8, 19) belonging to the torque input means, the first and second clutch mechanisms additionally respectively comprising first and second counter-discs (32, 38) respectively mounted on a first and second internal support (27, 33) rotationally coupled respectively to the first and second torque output shaft (31, 37), the first and second clutch mechanisms respectively comprising a first piston and a second piston, each piston being moveable between a clutch engagement position in which said piston (45, 53) presses the discs (13, 22) firmly against the associated counter-discs (32, 38) of the corresponding clutch mechanism, and a clutch release position in which said piston (45, 53) releases the discs (13, 22) and the counter-discs (32, 38) of the corresponding clutch mechanism, the first piston being associated with a first pressure chamber and with a first counter-pressure chamber which are situated on either side of the first piston, a leakage channel connecting the first counter-pressure chamber or the first pressure chamber, on the one hand, and the internal volume housing the clutch mechanisms, the leakage channel being devoid of an orifice passing through the first external support or the second external support, characterized in that it comprises a first bearing member at least partially delimiting the first counter-pressure chamber, an elastic return member being mounted between the bearing member and the first piston, said elastic return member being designed to return the first piston to its clutch release position, the leakage channel extending, at least partially, between the bearing member and the second external support, the entirety of the leakage channel being situated on one and the same side of the second external support.