mhurhangee/ep-ind-claims huggingface dataset:
Suction silencer for an encapsulated refrigerant compressor, with - an inlet to allow refrigerant to flow into the suction silencer, - an outlet to allow refrigerant to escape from the suction silencer toward a piston-cylinder unit of the refrigerant compressor, - a damping chamber connecting the inlet and the outlet for sound damping, and - an equalization chamber communicating with the damping chamber and communicating with the environment for equalizing the pressure of the damping chamber with the environment, wherein the suction silencer is provided in an operating position for integration in a compressor housing of the refrigerant compressor, which compressor housing has a trough-like base region for integration of an oil sump, characterized in that the equalization chamber is formed as a first equalization chamber with a first opening for pressure equalization, and the suction silencer has a further, second equalization chamber with a second opening for pressure equalization. - an inlet to allow refrigerant to flow into the suction silencer, - an outlet to allow refrigerant to escape from the suction silencer toward a piston-cylinder unit of the refrigerant compressor, - a damping chamber connecting the inlet and the outlet for sound damping, and - an equalization chamber communicating with the damping chamber and communicating with the environment for equalizing the pressure of the damping chamber with the environment,
Carbon nanotubes grown on a supported catalyst in which a catalytic component and an active component are supported on a spherical α-alumina support and having a BET specific surface area of 40 m 2 /g to 120 m 2 /g and a bulk density not higher than 60 kg/m 3, wherein the active component comprises at least one metal selected from Mo and V, and the carbon nanotubes have a potato-like or spherical entangled type secondary structure; the catalytic component comprises at least one metal selected from the group consisting of Fe, Co, and Ni; the spherical α-alumina support has a surface area of 1 m 2 /g to 50 m 2 /g, as measured by the BET method; and the spherical α-alumina support has a pore volume as low as 0.001 to 0.1 cm 3 /g wherein the active component comprises at least one metal selected from Mo and V, and the carbon nanotubes have a potato-like or spherical entangled type secondary structure; the catalytic component comprises at least one metal selected from the group consisting of Fe, Co, and Ni; the spherical α-alumina support has a surface area of 1 m 2 /g to 50 m 2 /g, as measured by the BET method; and the spherical α-alumina support has a pore volume as low as 0.001 to 0.1 cm 3 /g
An electrochemical accumulator of the lithium-sulfur type comprising at least one electrochemical cell that comprises: - a positive electrode; - a negative electrode; and - an electrolyte conducting lithium ions arranged between said positive electrode and said negative electrode, characterized in that the positive electrode comprises an electrically conductive substrate selectively coated, over at least one of its faces, with carbon nanotubes so as to create a zone coated with carbon nanotubes, which is a carpet of carbon nanotubes, within which a plurality of separate zones without carbon nanotubes are arranged, these separate zones being qualified as empty. - a positive electrode; - a negative electrode; and - an electrolyte conducting lithium ions arranged between said positive electrode and said negative electrode,
A starter-generator system contained within a single housing, said housing having a first end with an opening to receive a drive spline from a motive source and an opposing second end; a brushless, rotating machine adjacent the first end and kinetically connectable to the drive spline; a power control unit adjacent the second end and electrically coupled to the brushless, rotating machine characterized in that the brushless, rotating machine is selected from the group consisting of a synchronous machine, a permanent magnet machine, and an induction machine, the second end terminates at an air inlet duct, the PCU components are contained within environmentally sealed compartments within the housing for effective protection against the elements, and the major heat producing components of the PCU are connected to heatsink fins placed in line with cooling airstream from the air inlet duct, for effective cooling while protected from the environments. said housing having a first end with an opening to receive a drive spline from a motive source and an opposing second end; a brushless, rotating machine adjacent the first end and kinetically connectable to the drive spline; a power control unit adjacent the second end and electrically coupled to the brushless, rotating machine characterized in that the brushless, rotating machine is selected from the group consisting of a synchronous machine, a permanent magnet machine, and an induction machine, the second end terminates at an air inlet duct, the PCU components are contained within environmentally sealed compartments within the housing for effective protection against the elements, and the major heat producing components of the PCU are connected to heatsink fins placed in line with cooling airstream from the air inlet duct, for effective cooling while protected from the environments.
Method for operating an energy converter which can be connected to an electric machine and which is configured to electrically couple the electric machine to a d.c. link, for which purpose at least one semiconductor module thermally coupled to a cooling device interacts with at least one energy store electrically coupled to the semiconductor module and is operated for electrically coupling the d.c. link to the electric machine in a predefinable switching mode, wherein the remaining usability of the at least one semiconductor module in normal use is determined, in that: - a predefined electrical load is applied to the semiconductor module in normal operation while predefined cooling is effected by the cooling device, wherein the predefined electrical load comprises predefined switching patterns with a predefined voltage stress and/or current stress, - a temperature of a semiconductor element of the semiconductor module is sensed at least for the predefined electrical load of the semiconductor module, - the sensed temperature is compared with a comparison temperature in a first comparison, wherein the comparison temperature is assigned to the predefined electrical load while the predefined cooling is effected, and - prediction data for the remaining usability of the semiconductor module in normal use up to an end of usability is determined at least as a function of the first comparison, wherein the electrical load of the semiconductor module and the cooling during normal operation are sensed and the comparison is carried out as soon as the predefined electrical load during the predefined cooling is determined, wherein the electric machine is controlled in accordance with a vector controller and an exclusively field-forming current is set in respect of the electric machine as a predefinable electrical load. - a predefined electrical load is applied to the semiconductor module in normal operation while predefined cooling is effected by the cooling device, wherein the predefined electrical load comprises predefined switching patterns with a predefined voltage stress and/or current stress, - a temperature of a semiconductor element of the semiconductor module is sensed at least for the predefined electrical load of the semiconductor module, - the sensed temperature is compared with a comparison temperature in a first comparison, wherein the comparison temperature is assigned to the predefined electrical load while the predefined cooling is effected, and - prediction data for the remaining usability of the semiconductor module in normal use up to an end of usability is determined at least as a function of the first comparison,
An apparatus for communicating over a wireless network comprising: an antenna substrate having a surface that is substantially planar; a first array of one or more antenna elements disposed on the surface and configured to transmit and receive signals wirelessly over a wireless network, wherein the first array is configured to steer a signal beam over a first range of angles upward relative to the surface; and a second array of one or more antenna elements, disposed on the surface and configured to transmit and receive signals wirelessly over the wireless network, wherein the second array is configured to steer the signal beam over a second range of angles sideward relative to the surface that is different from the first range of angles; characterized by a third array (206c, 206d, 206e) of one or more antenna elements (208c, 208d, 208e) disposed on the surface, wherein the third array is configured to steer the signal beam sideward over a third range of angles relative to the surface that is different from the first and second ranges of angles; wherein the second and third arrays are oriented differently within the plane of surface; wherein the first array of one or more antenna elements is disposed on a middle portion of the surface, and the second array and third array of one or more antenna elements are disposed on a peripheral portion of the surface that is closer to the edge of the surface than the middle portion. an antenna substrate having a surface that is substantially planar; a first array of one or more antenna elements disposed on the surface and configured to transmit and receive signals wirelessly over a wireless network, wherein the first array is configured to steer a signal beam over a first range of angles upward relative to the surface; and a second array of one or more antenna elements, disposed on the surface and configured to transmit and receive signals wirelessly over the wireless network, wherein the second array is configured to steer the signal beam over a second range of angles sideward relative to the surface that is different from the first range of angles; characterized by a third array (206c, 206d, 206e) of one or more antenna elements (208c, 208d, 208e) disposed on the surface, wherein the third array is configured to steer the signal beam sideward over a third range of angles relative to the surface that is different from the first and second ranges of angles; wherein the second and third arrays are oriented differently within the plane of surface; wherein the first array of one or more antenna elements is disposed on a middle portion of the surface, and the second array and third array of one or more antenna elements are disposed on a peripheral portion of the surface that is closer to the edge of the surface than the middle portion.
A switchgear comprising: - a main function portion formed by an airtight main tank accommodating a breaker; and characterized by; - a cable compartment placed above the main function portion, the cable compartment being provided with an opening portion facing a front side from which the switchgear is operated, said cable compartment surrounding a cable connection portion; and - a control portion detachably placed, above the main function portion, at a front side of the cable compartment, wherein a cable is allowed to undergo attachment/detachment work through the opening portion from the front side of the switchgear by detaching the control portion from the main function portion. - a main function portion formed by an airtight main tank accommodating a breaker; and characterized by; - a cable compartment placed above the main function portion, the cable compartment being provided with an opening portion facing a front side from which the switchgear is operated, said cable compartment surrounding a cable connection portion; and - a control portion detachably placed, above the main function portion, at a front side of the cable compartment,
A crystal form comprising the compound of formula, or a tautomer thereof: which has an X-ray powder diffraction pattern comprising peaks at: 6.18, 21.74 and 26.7 ±0.2 °2θ; wherein the crystal form comprises 1 molar equivalent of 1,2-ethanediol. which has an X-ray powder diffraction pattern comprising peaks at: 6.18, 21.74 and 26.7 ±0.2 °2θ; wherein the crystal form comprises 1 molar equivalent of 1,2-ethanediol.
Watch case including a composite middle part through which pass the stems of the control members (3, 5a, 5b), a back cover and a bezel closed by a crystal together delimiting a space which houses a timepiece movement for displaying time data or non-time related data on a dial, said middle part being formed of an inner metallic middle part and an outer middle part made of a natural or synthetic mineral material, the inner middle part being formed of a top ring assembled to a bottom ring, said top ring including an axial extension which abuts on a peripheral shoulder of said bottom ring, and in that the two rings (12, 14) each have a radial extension (13, 15) oriented towards the exterior for blocking the outer middle part with a slight play by mechanically assembling the two rings (12, 14) to each other, the bottom ring being arranged to allow assembly of the back cover and the timepiece movement, the back cover being fixed removably to the bottom ring.
A method for managing co-authoring conflicts, the method comprising: providing simultaneous access to a document by a plurality of users (120, 122, 124); receiving an indication to save a first change made to the document, wherein the first change is made by a first user; saving the first change to the document; receiving an indication to save an additional change made to the document, wherein the additional change is made by a second user; determining if the additional change made to the document conflicts with the first change made to the document; and if a conflict is determined, saving the conflicting change (320, 330) as a conflict comment (510, 512) in the document, wherein the first user and second user are allowed to continue editing the document without resolving the conflict; and providing commenting functionalities for allowing a user to provide a comment, reply, or a message associated with a conflicting change. providing simultaneous access to a document by a plurality of users (120, 122, 124); receiving an indication to save a first change made to the document, wherein the first change is made by a first user; saving the first change to the document; receiving an indication to save an additional change made to the document, wherein the additional change is made by a second user; determining if the additional change made to the document conflicts with the first change made to the document; and if a conflict is determined, saving the conflicting change (320, 330) as a conflict comment (510, 512) in the document, wherein the first user and second user are allowed to continue editing the document without resolving the conflict; and providing commenting functionalities for allowing a user to provide a comment, reply, or a message associated with a conflicting change.
HV cable set, in particular for a vehicle on-board electrical system, having a number of cables which are surrounded by a common shield, and having a connection piece composed of a conductive material, which connection piece is electrically connected to the shield by virtue of the fact that a contact sleeve is integrated into the connection piece, to which contact sleeve the shield is fastened, characterized in that the connection piece is formed as a cast part and the contact sleeve is partially encapsulated by casting in the connection piece.
A kit for maintaining a distance between people or animals, comprising: - a device comprising: - a support capable of forming a loop and having - a plurality of infrared sensors (1 to 8) capable of detecting the presence of a body having a certain temperature; - a plurality of ultrasonic sensors (9 to 16) capable of detecting that an object is at a certain distance; - and an apparatus capable of receiving the signals emitted by the sensors (1 to 16) or the pairs of sensors each consisting of an infrared sensor (1 to 8) and an ultrasound sensor (9 to 16), analysing them and emitting at least one audible, luminous and/or vibratory warning whenever a person or animal is too close to the user of the device. - a device comprising: - a support capable of forming a loop and having - a plurality of infrared sensors (1 to 8) capable of detecting the presence of a body having a certain temperature; - a plurality of ultrasonic sensors (9 to 16) capable of detecting that an object is at a certain distance; - a support capable of forming a loop and having - a plurality of infrared sensors (1 to 8) capable of detecting the presence of a body having a certain temperature; - a plurality of ultrasonic sensors (9 to 16) capable of detecting that an object is at a certain distance; - a plurality of infrared sensors (1 to 8) capable of detecting the presence of a body having a certain temperature; - a plurality of ultrasonic sensors (9 to 16) capable of detecting that an object is at a certain distance; - and an apparatus capable of receiving the signals emitted by the sensors (1 to 16) or the pairs of sensors each consisting of an infrared sensor (1 to 8) and an ultrasound sensor (9 to 16), analysing them and emitting at least one audible, luminous and/or vibratory warning whenever a person or animal is too close to the user of the device.
A sink comprising: tub; a splash board having a pair of openings therein and connected to and extending upwardly from a rear of said tub; a faucet assembly secured to the splash board and comprising a one-piece body having a first inlet port for connection to a source of cold water, a second inlet port for connection to a source of hot water and an outlet port for an outflow of water from each said inlet port, a housing removably mounted over said body to enclose said body therein, a spigot in communication with said outlet port for delivering water therefrom; a first valve assembly mounted on said body in communication with said first inlet port for selectively controlling a supply of water from said first inlet port to said spigot; a second valve assembly mounted on said body in communication with said second inlet port for selectively controlling a supply of water from said second inlet port to said spigot wherein the first valve assembly, the second valve assembly and the spigot project through the housing; characterized in a gasket disposed in sealing relation between said housing of said faucet assembly and said splash board and in having a pair of connectors received in said openings of said splash board, each said connector having a nut threaded onto the respective inlet port (12, 13) for securing said respective inlet port (12, 13) to the respective source of hot water and cold water; and further characterized in having a pair of mounting brackets on said body securing said body to said splash board. tub; a splash board having a pair of openings therein and connected to and extending upwardly from a rear of said tub; a faucet assembly secured to the splash board and comprising a one-piece body having a first inlet port for connection to a source of cold water, a second inlet port for connection to a source of hot water and an outlet port for an outflow of water from each said inlet port, a housing removably mounted over said body to enclose said body therein, a spigot in communication with said outlet port for delivering water therefrom; a first valve assembly mounted on said body in communication with said first inlet port for selectively controlling a supply of water from said first inlet port to said spigot; a second valve assembly mounted on said body in communication with said second inlet port for selectively controlling a supply of water from said second inlet port to said spigot wherein the first valve assembly, the second valve assembly and the spigot project through the housing; characterized in a gasket disposed in sealing relation between said housing of said faucet assembly and said splash board and in having a pair of connectors received in said openings of said splash board, each said connector having a nut threaded onto the respective inlet port (12, 13) for securing said respective inlet port (12, 13) to the respective source of hot water and cold water; and further characterized in having a pair of mounting brackets on said body securing said body to said splash board.
An alphavirus replicon particle for use in vaccination, immunotherapy or as an immunomodulatory factor in a subject, the alphavirus replicon particle an isolated RNA molecule comprising: a) an alphavirus 5' replication recognition sequence, wherein at least one initiation codon has been removed from the 5' replication recognition sequence; b) a nucleotide sequence encoding an alphavirus structural protein; and c) an alphavirus 3' replication recognition sequence, with the proviso that the RNA does not contain a promoter that directs transcription of the nucleotide sequence of (b), and wherein the alphavirus 5' and 3' replication recognition sequences of (a) and (c) direct replication of the entire RNA molecule in the presence of alphavirus nonstructural protein. a) an alphavirus 5' replication recognition sequence, wherein at least one initiation codon has been removed from the 5' replication recognition sequence; b) a nucleotide sequence encoding an alphavirus structural protein; and c) an alphavirus 3' replication recognition sequence,
A screw at least comprising: A head and a shank, wherein said head is formed with a circumference, which circumference is provided thereon with ribs, wherein each of said ribs is composed of a plurality of continuously arranged dot-shaped projections with a distance (d) formed between every adjacent two of said dot-shaped projections of each said ribs, said ribs producing excavating effect when said circumference is being locked into a wood piece, said ribs enabling said screw to be locked into a wood piece comparatively easily, characterized in that said dot-shaped projections of every adjacent two of said ribs on said circumference of said head are arranged in a straight line, letting said dot-shaped projections of adjacent two of said ribs lie on a same basic line. A head and a shank, wherein said head is formed with a circumference, which circumference is provided thereon with ribs, wherein each of said ribs is composed of a plurality of continuously arranged dot-shaped projections with a distance (d) formed between every adjacent two of said dot-shaped projections of each said ribs, said ribs producing excavating effect when said circumference is being locked into a wood piece, said ribs enabling said screw to be locked into a wood piece comparatively easily, characterized in that said dot-shaped projections of every adjacent two of said ribs on said circumference of said head are arranged in a straight line, letting said dot-shaped projections of adjacent two of said ribs lie on a same basic line.