mhurhangee/ep-ind-claims huggingface dataset:
Combined machine for the thermic drying treatment of dielectric products comprising: - box-like casing which defines a process chamber or cavity suitable for receiving a dielectric product placed on support means and to be thermally treated to obtain its drying; - pumping means operatively connected with said box-like casing and suitable to be operated to create vacuum conditions inside said process chamber or cavity in the presence of said dielectric product; - an electric generator for generating a radio frequency output signal, at a desired output power; - applicator means, contained in said process chamber or cavity and electrically connected with said electric generator, suitable to develop an electromagnetic field at a treatment zone of said dielectric product defined in said process chamber or cavity for heating said dielectric product and comprising a pair of polarity-opposed electrodes (8, 9) facing each other, arranged one with respect to the other according to a prefixed configuration, characterized in that each of said electrodes (8, 9) is composed of a plurality of consecutive electrodes, each of which has the same polarity or opposite polarity with respect to the adjacent electrode to it. - box-like casing which defines a process chamber or cavity suitable for receiving a dielectric product placed on support means and to be thermally treated to obtain its drying; - pumping means operatively connected with said box-like casing and suitable to be operated to create vacuum conditions inside said process chamber or cavity in the presence of said dielectric product; - an electric generator for generating a radio frequency output signal, at a desired output power; - applicator means, contained in said process chamber or cavity and electrically connected with said electric generator, suitable to develop an electromagnetic field at a treatment zone of said dielectric product defined in said process chamber or cavity for heating said dielectric product and comprising a pair of polarity-opposed electrodes (8, 9) facing each other, arranged one with respect to the other according to a prefixed configuration,
Refuse-container enclosure for accommodating a refuse container, having an access cover, which covers over an access opening, through which refuse can be introduced into a refuse container arranged in the refuse-container enclosure, and having an actuating element for opening the access cover, wherein the actuating element is designed in the form of an element which is spatially separate from the access cover, and/or that the actuating element is configured in the form of a locking element, the unlocking of which causes the access cover to open, wherein the refuse-container enclosure has a door through which a refuse container can be moved into the refuse-container enclosure or out of the refuse-container enclosure, characterized in that the actuating element is arranged on the door, and in that the access cover engages over the door at least in part.
A method, comprising: receiving, by a user equipment, UE, from an evolved NodeB, eNB, configuration information relating to restriction of one or more radio bearers that are transmitted on only a subset of serving cells of the eNB used in carrier aggregation of a long term evolution, LTE, LTE-advanced, LTE-A, or 5G wireless network, wherein the one or more radio bearers comprise voice, real time gaming, or signaling radio bearer and other bearers that have latency and/or reliability requirements; performing, by the UE, logical channel prioritization based on the configuration information, the configuration information to comprise an information element ul-DataCellList to indicate indices of the subset of the serving cell where the one or more radio bearers can be transmitted and/or received by the UE; and transmitting, by the UE, the one or more radio bearers to the eNB on one or more serving cells in the subset in response to receiving the configuration information. receiving, by a user equipment, UE, from an evolved NodeB, eNB, configuration information relating to restriction of one or more radio bearers that are transmitted on only a subset of serving cells of the eNB used in carrier aggregation of a long term evolution, LTE, LTE-advanced, LTE-A, or 5G wireless network, wherein the one or more radio bearers comprise voice, real time gaming, or signaling radio bearer and other bearers that have latency and/or reliability requirements; performing, by the UE, logical channel prioritization based on the configuration information, the configuration information to comprise an information element ul-DataCellList to indicate indices of the subset of the serving cell where the one or more radio bearers can be transmitted and/or received by the UE; and transmitting, by the UE, the one or more radio bearers to the eNB on one or more serving cells in the subset in response to receiving the configuration information.
A loudspeaker drive circuit comprising: an input for receiving an audio signal; a signal processor (13,14,16) for processing the audio signal before application to a loudspeaker, wherein the signal processor is adapted to process the audio signal to derive a loudspeaker drive signal which results in the loudspeaker membrane reaching its maximum positive displacement limit and its maximum negative displacement limit for respective peak positive and peak negative audio signals. an input for receiving an audio signal; a signal processor (13,14,16) for processing the audio signal before application to a loudspeaker, wherein the signal processor is adapted to process the audio signal to derive a loudspeaker drive signal which results in the loudspeaker membrane reaching its maximum positive displacement limit and its maximum negative displacement limit for respective peak positive and peak negative audio signals.
Method for producing a machining cutting tool, in which - a main part which can be received in a machine tool and is preferably made of a tool steel is brought into a final shape by cutting, in particular machining, - a cutter holder is additively built up from a powder material by selective laser melting, wherein the cutter holder is additively prefabricated on a construction platform separately from the main part, and at least one chip space is formed in the cutter holder, and - the cutter holder is then rigidly connected to the main part at a joint by laser welding, wherein: - the cutter holder is provided with a plurality of cutting elements, - wherein a plurality of insert seats are formed in the cutter holder during the additive manufacturing process, and - the cutting elements are soldered onto the insert seats of the cutter holder. - a main part which can be received in a machine tool and is preferably made of a tool steel is brought into a final shape by cutting, in particular machining, - a cutter holder is additively built up from a powder material by selective laser melting, wherein the cutter holder is additively prefabricated on a construction platform separately from the main part, and at least one chip space is formed in the cutter holder, and - the cutter holder is then rigidly connected to the main part at a joint by laser welding, - the cutter holder is provided with a plurality of cutting elements, - wherein a plurality of insert seats are formed in the cutter holder during the additive manufacturing process, and - the cutting elements are soldered onto the insert seats of the cutter holder.
A light emitting diode driving circuit for use in an optical transmitter comprising: a high-speed signal path comprising a high-speed trans-conductance amplifier configured for a linear transformation of an input voltage signal to an output current signal for linear modulation of a light emitting diode, and a low-frequency control path configured for generating a trans-conductance in dependence of a low-frequency component of the input signal, and wherein the low-frequency control path is configured for controlling the trans-conductance of the high-speed trans-conductance amplifier. a high-speed signal path comprising a high-speed trans-conductance amplifier configured for a linear transformation of an input voltage signal to an output current signal for linear modulation of a light emitting diode, and a low-frequency control path configured for generating a trans-conductance in dependence of a low-frequency component of the input signal, and wherein the low-frequency control path is configured for controlling the trans-conductance of the high-speed trans-conductance amplifier.
A web-slitter for cutting a web of material, the web-slitter having an upper blade engageable with a lower anvil and comprising: a carriage assembly adapted for connection to a transverse support bar; a blade-holder assembly coupled to the carriage assembly and including a side-shift linkage mechanism (68, 72, 74, 76) for moving said upper blade into engagement with said lower anvil; a first electric motor mounted in said carriage assembly for vertically moving the blade-holder assembly toward and away from the anvil; and a second electric motor coupled to said blade-holder assembly and having an output shaft assembly coupled to a side-shift piston by said side-shift linkage mechanism (68, 72, 74, 76) for moving the upper blade in a lateral direction towards the lower anvil, characterized in that: a sleeve is connected to the second electric motor, which houses a rotary shaft which is coupled to a follower that compresses a spring, which in turn, exerts a force that depresses a plunger, the spring supplying the compression force which biases the blade against the lower anvil in the engaged position. a carriage assembly adapted for connection to a transverse support bar; a blade-holder assembly coupled to the carriage assembly and including a side-shift linkage mechanism (68, 72, 74, 76) for moving said upper blade into engagement with said lower anvil; a first electric motor mounted in said carriage assembly for vertically moving the blade-holder assembly toward and away from the anvil; and a second electric motor coupled to said blade-holder assembly and having an output shaft assembly coupled to a side-shift piston by said side-shift linkage mechanism (68, 72, 74, 76) for moving the upper blade in a lateral direction towards the lower anvil, characterized in that: a sleeve is connected to the second electric motor, which houses a rotary shaft which is coupled to a follower that compresses a spring, which in turn, exerts a force that depresses a plunger, the spring supplying the compression force which biases the blade against the lower anvil in the engaged position.
A urethane-based adhesive composition containing a urethane-based adhesive, a curing agent and a hydrophilic plasticizing agent as essential components, wherein a composition ratio of the urethane-based adhesive, the curing agent and the solid content is, based on 100 parts by mass of solid content of the urethane-based adhesive, 0.5 to 15 parts by mass of the solid content of the curing agent and 10 to 80 parts by mass of the solid content of the hydrophilic plasticizing agent.
A device for generating magnetic pulses and directing them to brain, the device comprising - means for generating short, high energy current pulses, - means for controlling amplitude of the current pulses, - means for generating high energy electromagnetic field stimulation pulses from the current pulses and directing them to brain, and means (6, 14) for determining biologic responses to the stimulation pulses, characterized by - means configured to create a pre-programmed pulse sequence of electromagnetic stimulation pulses wherein the amplitude varies irregularly. - means for generating short, high energy current pulses, - means for controlling amplitude of the current pulses, - means for generating high energy electromagnetic field stimulation pulses from the current pulses and directing them to brain, and - means configured to create a pre-programmed pulse sequence of electromagnetic stimulation pulses wherein the amplitude varies irregularly.
A positron emission tomography -scanning device comprising a detector ring for detecting emitted PET-radiation; and a main supporting structure which has or to which is attached a U-shaped portion with two arms for holding the detector ring between the arms; wherein the detector ring is held by the two arms in such a way that the detector ring can be rotated about an axis of rotation that extends through the U-shaped portion, in particular through the two arms of the U-shaped portion and can be displaced relative to the two arms and wherein a guide rail is provided on each of the two arms, and wherein the detector ring is held in these guide rails in such a way, that it can be displaced along the guide rails. a detector ring for detecting emitted PET-radiation; and a main supporting structure which has or to which is attached a U-shaped portion with two arms for holding the detector ring between the arms; wherein the detector ring is held by the two arms in such a way that the detector ring can be rotated about an axis of rotation that extends through the U-shaped portion, in particular through the two arms of the U-shaped portion and can be displaced relative to the two arms and wherein a guide rail is provided on each of the two arms, and wherein the detector ring is held in these guide rails in such a way, that it can be displaced along the guide rails.
An interventional medical system useful for implanting an epicardial medical electrical lead, the system comprising a guiding catheter and a delivery catheter; the guiding catheter comprising a shaft that defines a guide lumen, a handle joined to a proximal end of the shaft, and an inflation assembly, the inflation assembly comprising an inflation lumen configured to extend within the handle and the shaft, from a proximal port thereof, which is formed in the handle, to a distal port thereof, which is formed in the shaft, in proximity to a distal end thereof, the distal end of the shaft defining a distal-most opening of the guide lumen; and the delivery catheter comprising an elongate tubular member configured for sliding engagement within the guide lumen, the tubular member defining a delivery lumen sized to receive the lead in sliding engagement therewith, the tubular member including a proximal segment, an adjustable segment that extends distally from the proximal segment, a distal tip segment that extends distally from the adjustable segment, and a reach, the adjustable segment configured to be adjustable between a straight configuration and a curved configuration, the reach being a maximum orthogonal distance from the proximal segment to a distal-most edge of the distal tip segment, when the adjustable segment is in the curved configuration, the distal-most edge of the distal tip segment defining a distal-most opening of the delivery lumen, and the reach, the proximal segment, the adjustable segment, and the distal tip segment all being co-planar with one another; wherein the inflation assembly of the guiding catheter further comprises: a non-compliant inflatable sleeve configured to, when inftated, have a maximum diameter of at least twice the reach of the delivery catheter tubular member, the sleeve being secured to the shaft of the guiding catheter so that a sealed interior portion thereof is in fluid communication with the inflation lumen via the distal port; and wherein a distal-facing surface of the inflated sleeve is configured to be located proximal to, and no more than 6.4 mm (0.25 inch) from the distal-most opening of the guide lumen. a non-compliant inflatable sleeve configured to, when inftated, have a maximum diameter of at least twice the reach of the delivery catheter tubular member, the sleeve being secured to the shaft of the guiding catheter so that a sealed interior portion thereof is in fluid communication with the inflation lumen via the distal port; and wherein a distal-facing surface of the inflated sleeve is configured to be located proximal to, and no more than 6.4 mm (0.25 inch) from the distal-most opening of the guide lumen.
An implantable system for stimulating a human heart or an animal heart, comprising a processor, a memory unit, an atrial stimulation unit, a ventricular stimulation unit, and a first detection unit for detecting atrial tachycardia, the memory unit including a computer-readable program which prompts the processor to carry out the following steps when the program is being executed on the processor: a) detecting by way of the first detection unit whether atrial tachycardia to be treated is present in a human heart or an animal heart; b) carrying out a ventricular conditioning stimulation by way of the ventricular stimulation unit when atrial tachycardia to be treated is present; and characterized in that the program prompts the process to carry out the following step: c) carrying out an atrial antitachycardia stimulation in the form of a stimulation pulse sequence of 2 to 20 pulses or a high-frequency burst having a frequency of up to 50 Hz and a duration of up to 60 seconds by way of the atrial stimulation unit as the ventricular conditioning stimulation is being carried out and/or thereafter a) detecting by way of the first detection unit whether atrial tachycardia to be treated is present in a human heart or an animal heart; b) carrying out a ventricular conditioning stimulation by way of the ventricular stimulation unit when atrial tachycardia to be treated is present; and
An additive manufacturing build plate, comprising: a top surface, a bottom surface, and sidewalls comprised of a material, wherein the top surface, bottom surface, and sidewalls are dimensioned such that the build plate is useable in a 3D printing device; and a recessed section formed through the top surface, wherein the recessed section comprises a hole extending through the bottom of the build plate; and a solid metal or metal alloy disposed in the recessed section to provide a surface for forming a 3D printed object in the 3D printing device, wherein the solid metal or metal alloy has a solidus temperature that is lower than a solidus temperature of the material forming the top surface, bottom surface and sidewalls of the build plate. a top surface, a bottom surface, and sidewalls comprised of a material, wherein the top surface, bottom surface, and sidewalls are dimensioned such that the build plate is useable in a 3D printing device; and a recessed section formed through the top surface, wherein the recessed section comprises a hole extending through the bottom of the build plate; and a solid metal or metal alloy disposed in the recessed section to provide a surface for forming a 3D printed object in the 3D printing device, wherein the solid metal or metal alloy has a solidus temperature that is lower than a solidus temperature of the material forming the top surface, bottom surface and sidewalls of the build plate.
An optical device for a vehicle, which is arranged in the vehicle interior behind the windscreen, comprising - at least one optical module for detecting electromagnetic radiation, comprising - an imaging system for projecting the electromagnetic radiation, and - an image capture element with a surface sensitive to electromagnetic radiation, for detecting the electromagnetic radiation projected by the imaging system, and - at least one printed circuit board, on which the image analysis electronics are arranged and which is connected electrically to the at least one optical module, the at least one printed circuit board being arranged substantially parallel to the windscreen, characterized in that - the at least one printed circuit board is configured with at least one opening, and - the optical module is arranged such that the optical module detects the electromagnetic radiation through the at least one opening. - at least one optical module for detecting electromagnetic radiation, comprising - an imaging system for projecting the electromagnetic radiation, and - an image capture element with a surface sensitive to electromagnetic radiation, for detecting the electromagnetic radiation projected by the imaging system, and - an imaging system for projecting the electromagnetic radiation, and - an image capture element with a surface sensitive to electromagnetic radiation, for detecting the electromagnetic radiation projected by the imaging system, - at least one printed circuit board, on which the image analysis electronics are arranged and which is connected electrically to the at least one optical module, the at least one printed circuit board being arranged substantially parallel to the windscreen, characterized in that - the at least one printed circuit board is configured with at least one opening, and - the optical module is arranged such that the optical module detects the electromagnetic radiation through the at least one opening.
A heat exchanger comprising: a plurality of flow paths (10; 10r; 10s) each having a tubular shape, the plurality of flow paths (10, 10r, 10s) including a plurality of first flow paths (11; 11p) configured to allow a first fluid to flow therethrough and a plurality of second flow paths (12; 12q) configured to allow a second fluid that exchanges heat with the first fluid to flow therethrough; wherein the plurality of flow paths (10, 10r, 10s) extend in a predetermined direction as a whole; and a position and an outer shape of each of the plurality of flow paths (10, 10r, 10s) in a cross-section orthogonal to the predetermined direction vary according to a position of the each of the plurality of flow paths (10, 10r, 10s) in the predetermined direction, characterized in that the position and the outer shape of the both of the plurality of the first flow paths (11; 11p) and the plurality of the second flow paths (12; 12q) vary due to variations in a position and an orientation by rotation of a partition wall (20, 20a, 20b; 22) configured to separate between the plurality of the first flow paths (11; 11p) and the plurality of the second flow paths (12; 12q) in the cross-section. a plurality of flow paths (10; 10r; 10s) each having a tubular shape, the plurality of flow paths (10, 10r, 10s) including a plurality of first flow paths (11; 11p) configured to allow a first fluid to flow therethrough and a plurality of second flow paths (12; 12q) configured to allow a second fluid that exchanges heat with the first fluid to flow therethrough; wherein the plurality of flow paths (10, 10r, 10s) extend in a predetermined direction as a whole; and a position and an outer shape of each of the plurality of flow paths (10, 10r, 10s) in a cross-section orthogonal to the predetermined direction vary according to a position of the each of the plurality of flow paths (10, 10r, 10s) in the predetermined direction, characterized in that the position and the outer shape of the both of the plurality of the first flow paths (11; 11p) and the plurality of the second flow paths (12; 12q) vary due to variations in a position and an orientation by rotation of a partition wall (20, 20a, 20b; 22) configured to separate between the plurality of the first flow paths (11; 11p) and the plurality of the second flow paths (12; 12q) in the cross-section.