mhurhangee/ep-ind-claims huggingface dataset:
A rectifier, external terminals of which are two terminals that are an anode terminal and a cathode terminal, the rectifier comprising: a semiconductor switching device connected between the two terminals, which is drive-controlled via a gate electrode thereof; a parallel diode, connected in parallel to the semiconductor switching device, for performing a rectifying operation when the rectifier starts operating; and drive signal generating means for outputting a drive signal to the gate electrode of the semiconductor switching device, characterised in that the drive signal generating means using, as a power source, a forward voltage that occurs between the two terminals when the two terminals are conductive with each other. a semiconductor switching device connected between the two terminals, which is drive-controlled via a gate electrode thereof; a parallel diode, connected in parallel to the semiconductor switching device, for performing a rectifying operation when the rectifier starts operating; and drive signal generating means for outputting a drive signal to the gate electrode of the semiconductor switching device, characterised in that the drive signal generating means using, as a power source, a forward voltage that occurs between the two terminals when the two terminals are conductive with each other.
A medical apparatus comprising: an elongated body having a proximal end, a distal end, and defining a loading chamber between the proximal end and the distal end for storing a liquid therein, the elongated body defining an outlet at the distal end thereof; a cell block filter assembly comprising: a cell block body defining a well portion matingly engageable with the distal end of the elongated body for receiving fluid from the outlet of the elongated body and defining a well opening on a bottom thereof; a filter membrane disposed across the well opening within the well portion; and a cover member positionable over the well portion; and a base member for securing the cell block filter assembly at the distal end of the elongated body, and wherein the outer surface of the distal end of the elongated body is configured to engage with the base member; wherein the entire cell block filter assembly is sliceable into slices having a thickness suitable for mounting on a laboratory slide; and wherein the base member prevents the passage of fluid out of the filter assembly. an elongated body having a proximal end, a distal end, and defining a loading chamber between the proximal end and the distal end for storing a liquid therein, the elongated body defining an outlet at the distal end thereof; a cell block filter assembly comprising: a cell block body defining a well portion matingly engageable with the distal end of the elongated body for receiving fluid from the outlet of the elongated body and defining a well opening on a bottom thereof; a filter membrane disposed across the well opening within the well portion; and a cover member positionable over the well portion; and a cell block body defining a well portion matingly engageable with the distal end of the elongated body for receiving fluid from the outlet of the elongated body and defining a well opening on a bottom thereof; a filter membrane disposed across the well opening within the well portion; and a cover member positionable over the well portion; and a base member for securing the cell block filter assembly at the distal end of the elongated body, and wherein the outer surface of the distal end of the elongated body is configured to engage with the base member; wherein the entire cell block filter assembly is sliceable into slices having a thickness suitable for mounting on a laboratory slide; and wherein the base member prevents the passage of fluid out of the filter assembly.
A method of wireless communication performed by a transmitter, comprising: determining a plurality of resource sets to be used to transmit a corresponding plurality of instances of a message, wherein each particular instance, of the plurality of instances, corresponds to a resource set, of the plurality of resource sets, via which that particular instance is to be transmitted, wherein each particular instance includes a copy of the message and indicates the plurality of resource sets, and wherein each particular instance indicates the resource set via which that particular instance is to be transmitted and other resource sets included in the plurality of resource sets; and transmitting at least two instances of the plurality of instances of the message, wherein the transmitting of the at least two instances comprises transmitting a first instance of the at least two instances at a first time and transmitting a second instance of the at least two instances at a second time, or the transmitting of the at least two instances comprises transmitting a first instance of the at least two instances on a first beam and transmitting a second instance of the at least two instances on a second beam. determining a plurality of resource sets to be used to transmit a corresponding plurality of instances of a message, wherein each particular instance, of the plurality of instances, corresponds to a resource set, of the plurality of resource sets, via which that particular instance is to be transmitted, wherein each particular instance includes a copy of the message and indicates the plurality of resource sets, and wherein each particular instance indicates the resource set via which that particular instance is to be transmitted and other resource sets included in the plurality of resource sets; and wherein each particular instance, of the plurality of instances, corresponds to a resource set, of the plurality of resource sets, via which that particular instance is to be transmitted, wherein each particular instance includes a copy of the message and indicates the plurality of resource sets, and wherein each particular instance indicates the resource set via which that particular instance is to be transmitted and other resource sets included in the plurality of resource sets; and transmitting at least two instances of the plurality of instances of the message, wherein the transmitting of the at least two instances comprises transmitting a first instance of the at least two instances at a first time and transmitting a second instance of the at least two instances at a second time, or the transmitting of the at least two instances comprises transmitting a first instance of the at least two instances on a first beam and transmitting a second instance of the at least two instances on a second beam.
An orthopaedic hip implant, comprising: a first orthopaedic component (12, 14), comprising a one of an acetabular liner or acetabular shell, including a first orthopaedic component mating surface (16, 18); and a second orthopaedic component (12, 14), comprising a remainder one of the acetabular liner or acetabular shell, including a second orthopaedic component mating surface (16, 18), wherein the first orthopaedic component and second orthopaedic component are adapted to be assembled such that the first component mating surface confronts the second component mating surface to define a mating surface interface, characterized in that the first orthopaedic component comprises a plurality of intersecting channels formed in the first component mating surface to facilitate a sterilization gas to penetrate the mating surface interface during a sterilization process. a first orthopaedic component (12, 14), comprising a one of an acetabular liner or acetabular shell, including a first orthopaedic component mating surface (16, 18); and a second orthopaedic component (12, 14), comprising a remainder one of the acetabular liner or acetabular shell, including a second orthopaedic component mating surface (16, 18), wherein the first orthopaedic component and second orthopaedic component are adapted to be assembled such that the first component mating surface confronts the second component mating surface to define a mating surface interface, characterized in that the first orthopaedic component comprises a plurality of intersecting channels formed in the first component mating surface to facilitate a sterilization gas to penetrate the mating surface interface during a sterilization process.
A tooth for a jaw tooth model to be used for therapeutic practices in the oral cavity, the tooth being formed of an unsintered baked body formed of a polycrystalline inorganic powder, wherein the tooth includes a non-deletable shape part, a deletable shape part and a forming interface part, and wherein the forming interface part contains a fluorescent agent.
A computer-implemented authentication system for avoiding sign-on of an Internet Protocol, IP-based telephone (110, 218) initiating an IP-based phone conversation to a remote destination in IP-based voiced communications once a user of the IP-based telephone has previously successfully authenticated with user identity data at a communication server comprising: a client for connecting a call of the IP-based telephone via the client to the remote destination without requiring the user to go through a supplementary login process at an application component (102, 216), the client comprising: a trust component (102, 216) adapted to receive pre-authenticated credentials containing the user identity data from the communication server via a media session protocol being session initiation protocol, SIP; and the application component (106, 210) adapted to provide voice communication between the IP-based telephone and the remote destination while bypassing the login process based upon the user identity data contained in the pre-authenticated credentials. a client for connecting a call of the IP-based telephone via the client to the remote destination without requiring the user to go through a supplementary login process at an application component (102, 216), the client comprising: a trust component (102, 216) adapted to receive pre-authenticated credentials containing the user identity data from the communication server via a media session protocol being session initiation protocol, SIP; and the application component (106, 210) adapted to provide voice communication between the IP-based telephone and the remote destination while bypassing the login process based upon the user identity data contained in the pre-authenticated credentials. a trust component (102, 216) adapted to receive pre-authenticated credentials containing the user identity data from the communication server via a media session protocol being session initiation protocol, SIP; and the application component (106, 210) adapted to provide voice communication between the IP-based telephone and the remote destination while bypassing the login process based upon the user identity data contained in the pre-authenticated credentials.
A pneumatic tire comprising: a pattern formed on a sidewall, wherein a reference line extending in a tire circumferential direction and a plurality of reference points provided on the reference line are set on the sidewall, an annular pattern centered at each of the reference points is provided, and a plurality of annular patterns has the same shape and overlap one another to form the pattern, characterized in that the shape of the annular pattern is an oval. a pattern formed on a sidewall, wherein a reference line extending in a tire circumferential direction and a plurality of reference points provided on the reference line are set on the sidewall, an annular pattern centered at each of the reference points is provided, and a plurality of annular patterns has the same shape and overlap one another to form the pattern, characterized in that the shape of the annular pattern is an oval.
A stent comprising: an elongated tubular body comprising a proximal portion, a distal portion, and a lumen extending between the proximal portion and the distal portion, wherein the elongated tubular body comprises one or more wires; a first suture connected circumferentially to the proximal portion of the elongated tubular body, wherein the first suture is configured into a first grasping loop; a second suture connected circumferentially to the distal portion of the elongated tubular body; characterised by: a third suture at least partially disposed within the lumen of the elongated tubular body, wherein the third suture is connected to the first suture and the second suture; wherein the stent is configured to collapse and assume a collapsed diameter when opposite axial forces are applied to the first grasping loop and the third suture. an elongated tubular body comprising a proximal portion, a distal portion, and a lumen extending between the proximal portion and the distal portion, wherein the elongated tubular body comprises one or more wires; a first suture connected circumferentially to the proximal portion of the elongated tubular body, wherein the first suture is configured into a first grasping loop; a second suture connected circumferentially to the distal portion of the elongated tubular body; characterised by: a third suture at least partially disposed within the lumen of the elongated tubular body, wherein the third suture is connected to the first suture and the second suture; wherein the stent is configured to collapse and assume a collapsed diameter when opposite axial forces are applied to the first grasping loop and the third suture. a third suture at least partially disposed within the lumen of the elongated tubular body, wherein the third suture is connected to the first suture and the second suture; wherein the stent is configured to collapse and assume a collapsed diameter when opposite axial forces are applied to the first grasping loop and the third suture.
Shaped abrasive particles comprising a first side, a second side, and a sidewall connecting the first side to the second side, the particles comprising a generally triangular shape; the sidewall comprising a first portion intersecting the first side and a second portion intersecting the second side, wherein the slope of the first portion is greater than the slope of the second portion.
A multi-barrel drill guide, comprising: an elongated body extending along a longitudinal axis having a proximal end and a distal end with a handle extending from the elongated body between the proximal end and the distal end; wherein there is no movable part on an exterior portion of the elongated body; a first channel extending from the proximal end to the distal end; and a second channel extending from the proximal end to the distal end at an angle relative to the first channel; a convergence area at the distal end where the first channel and the second channel intersect; characterized by further comprising: an elongated distal guide tube attached to and extending distally from the distal end of the elongated body. an elongated body extending along a longitudinal axis having a proximal end and a distal end with a handle extending from the elongated body between the proximal end and the distal end; wherein there is no movable part on an exterior portion of the elongated body; a first channel extending from the proximal end to the distal end; and a second channel extending from the proximal end to the distal end at an angle relative to the first channel; a convergence area at the distal end where the first channel and the second channel intersect; characterized by further comprising: an elongated distal guide tube attached to and extending distally from the distal end of the elongated body.
A filtered lysate of Lactobacillus rhamnosus GG ATCC 53103 for use in the topical treatment for the repair or regeneration of the skin barrier, wherein the treatment involves the topical administration of the lysate to the skin of the patient being treated.
A LED assembly, comprising a LED die, a first phosphor layer, a second phosphor layer, and a filter layer, wherein said filter layer is arranged between said first phosphor layer and said second phosphor layer; characterised in that the filter layer reflects 10% - 50% of the light rays with a wavelength of 400 nm to 500 nm emitted by the LED die with an emission angle of 0° to 40° to a normal or the filter layer.
Gear wheel for a gear element transmission, having gear wheel toothing, characterised in that the teeth of the gear wheel toothing are connected to support walls, which are disposed in the peripheral direction with respect to a gear wheel axis of rotation of the gear wheel in an alternating manner on different sides and define tooth intermediate spaces in the axial direction, so that the respective tooth intermediate space is open at the edge on a side opposite the respective support wall in the axial direction, thus forming an mouth opening which is disposed between two of the support walls respectively in the peripheral direction.
Method for controlling energy exchanges between a plurality of energy systems i via an electricity grid by means of a central control apparatus, wherein the control apparatus comprises an optimization module which is designed, on the basis of a target function and data transmitted by the energy systems i, to ascertain the powers P i;t associated with the energy exchanges within a defined time range T = U t Δ t t by means of an optimization method, wherein at least one of the energy systems i * comprises an installation that can be curtailed with respect to its power, characterized by the steps of: - each of the energy systems i transmitting a maximum amount of energy E i;max for the defined time range T to the control apparatus; - the associated energy system i * transmitting a curtailment factor α for the curtailable installation to the control apparatus; - the optimization module ascertaining the energy exchanges, wherein the secondary condition αE i *; max ≤ ∑ t ∈ T P i *; t Δt t ≤ E i *; max is used in the optimization method; and - controlling the energy exchanges within the time range T according to the ascertained powers P i;t. - each of the energy systems i transmitting a maximum amount of energy E i;max for the defined time range T to the control apparatus; - the associated energy system i * transmitting a curtailment factor α for the curtailable installation to the control apparatus; - the optimization module ascertaining the energy exchanges, wherein the secondary condition αE i *; max ≤ ∑ t ∈ T P i *; t Δt t ≤ E i *; max is used in the optimization method; and - controlling the energy exchanges within the time range T according to the ascertained powers P i;t.
Awning fastening system for fastening an awning to a camping vehicle, comprising a first holder, first fastening means for fastening the first holder, a second holder, and second fastening means for fastening the second holder, the second holder, in the mounted state, securing the first fastening means against loosening inadvertently, by the first fastening means comprising a screw and the second holder, in the mounted state, comprising a stop surface which extends at least approximately perpendicularly to the axis of the screw, rests against the screw and blocks a movement of the screw in the loosening direction, characterized in that the awning fastening system comprises a third holder and third fastening means for fastening the third holder to the camping vehicle, in that the first holder can be fastened to the third holder by means of the first fastening means, and in that the first fastening means have a bolt which interacts with the third holder and a transverse threaded hole.
An apparatus for collecting ash from flue gases, the apparatus comprising at least: - a probe for collecting flue gas containing ash and other particles, - a filter (18, 58) configured to filter the flue gas flowing through the filter and to separate ash and other particles from the flue gas, - a first channel configured to convey flue gas from the probe to the filter (18, 58), - a suction device configured to suck flue gas through said filter (18, 58); - a second channel configured to convey flue gas from the filter to the suction device; - a collecting chamber in which the filter (18, 58) is placed; the first and second channel (22, 24) being connected to the collecting chamber, and the collecting chamber and the first channel comprising a heating element (30, 32); - a pressure device configured to blow compressed gas into the apparatus and through the filter (18, 58) such that ash and other particles can be removed from the filter (18, 58) and can accumulate in the collecting chamber; - a dissolving vessel, to which said ash and other particles brought by the flue gas flow to the filter and detached from the filter (18, 58) by means of said gas blow are conveyable for sampling. - a probe for collecting flue gas containing ash and other particles, - a filter (18, 58) configured to filter the flue gas flowing through the filter and to separate ash and other particles from the flue gas, - a first channel configured to convey flue gas from the probe to the filter (18, 58), - a suction device configured to suck flue gas through said filter (18, 58); - a second channel configured to convey flue gas from the filter to the suction device; - a collecting chamber in which the filter (18, 58) is placed; the first and second channel (22, 24) being connected to the collecting chamber, and the collecting chamber and the first channel comprising a heating element (30, 32); - a pressure device configured to blow compressed gas into the apparatus and through the filter (18, 58) such that ash and other particles can be removed from the filter (18, 58) and can accumulate in the collecting chamber; - a dissolving vessel, to which said ash and other particles brought by the flue gas flow to the filter and detached from the filter (18, 58) by means of said gas blow are conveyable for sampling.
A catheter adapted for mapping and/or ablation, comprising: a tubing adapted for passage through a vessel in a patient's body; a tip electrode distal the tubing, the tip electrode configured for contact with body tissue for mapping or ablation; characterised by a thin, flexible force sensor having a first and second thin flexible backing sheets; at least a first flexible electrode and a second flexible electrode, the first flexible electrode attached to and supported by the first thin flexible backing sheet to provide a driven electrode, the second flexible electrodes attached to and supported by the second thin flexible backing sheet to provide a sensed electrode; a resistive layer applied to at least one of the sensed and driven electrodes and made of a resistive material whose resistance changes as a function of the pressure applied thereto. a tubing adapted for passage through a vessel in a patient's body; a tip electrode distal the tubing, the tip electrode configured for contact with body tissue for mapping or ablation; characterised by a thin, flexible force sensor having a first and second thin flexible backing sheets; at least a first flexible electrode and a second flexible electrode, the first flexible electrode attached to and supported by the first thin flexible backing sheet to provide a driven electrode, the second flexible electrodes attached to and supported by the second thin flexible backing sheet to provide a sensed electrode; a resistive layer applied to at least one of the sensed and driven electrodes and made of a resistive material whose resistance changes as a function of the pressure applied thereto. a first and second thin flexible backing sheets; at least a first flexible electrode and a second flexible electrode, the first flexible electrode attached to and supported by the first thin flexible backing sheet to provide a driven electrode, the second flexible electrodes attached to and supported by the second thin flexible backing sheet to provide a sensed electrode; a resistive layer applied to at least one of the sensed and driven electrodes and made of a resistive material whose resistance changes as a function of the pressure applied thereto.