mhurhangee/ep-ind-claims huggingface dataset:
A facility comprising: a clean room; multiple work booths provided in the clean room, each work booth comprising a first opening and further comprising a positive pressure generator for maintaining the inside of the work booth at a positive pressure; multiple support booths corresponding, one-to-one, to the multiple work booths and provided adjacent to the work booths, each support booth comprising a second opening that communicates with the first opening and that is configured to allow air flowing from the corresponding work booth into the support booth through the first opening to flow out through the second opening and thereby prevent airflow from the outside of the work booth toward the inside thereof, thus having a barrier function; and a passage provided in the clean room and facing the second opening of each of the multiple support booths; wherein areas inside the multiple work booths have the same grade of cleanliness as the support booths and the passage. a clean room; multiple work booths provided in the clean room, each work booth comprising a first opening and further comprising a positive pressure generator for maintaining the inside of the work booth at a positive pressure; multiple support booths corresponding, one-to-one, to the multiple work booths and provided adjacent to the work booths, each support booth comprising a second opening that communicates with the first opening and that is configured to allow air flowing from the corresponding work booth into the support booth through the first opening to flow out through the second opening and thereby prevent airflow from the outside of the work booth toward the inside thereof, thus having a barrier function; and a passage provided in the clean room and facing the second opening of each of the multiple support booths; wherein areas inside the multiple work booths have the same grade of cleanliness as the support booths and the passage.
A toothbrush comprising a handle, a head secured to the handle, the head is flexibly mounted to the handle, the head having an upper face with fingers flexibly mounted, thereon, and ribs connecting the fingers to the upper face whereby flexure of the head or its upper face causes lateral movement of the fingers relative to the longitudinal axis of the toothbrush, characterized in that at least a portion of the fingers comprise a soft elastomeric material, wherein the composition of the rib material is stiffer than the elastomeric material of the fingers, and wherein the ribs attach to the elastomeric material of the fingers.
Steel sheet provided with a coating comprising at least one layer of pure zinc, optionally including impurities which are unavoidable during production and are present in trace amounts, and a top layer of paint produced by cataphoresis, the layer of zinc being the top coating layer before application of the layer of paint and being produced by a method of jet vapour deposition in a deposition chamber maintained at a pressure P chbre of between 6.10 -2 mbar and 2.10 -1 mbar.
A method implemented by one or more processors, the method comprising: detecting, at a client device, an invocation input that at least selectively invokes a first automated assistant and a second automated assistant; determining whether the invocation input is directed to the first automated assistant or is directed to the second automated assistant, wherein the determining is based on processing: one or more invocation features of the invocation input, wherein the one or more invocation features includes one or more prosodic features determined from audio data that includes the invocation input; and in response to determining that the invocation input is directed to the first automated assistant: invoking the first automated assistant in lieu of invoking the second automated assistant. detecting, at a client device, an invocation input that at least selectively invokes a first automated assistant and a second automated assistant; determining whether the invocation input is directed to the first automated assistant or is directed to the second automated assistant, wherein the determining is based on processing: one or more invocation features of the invocation input, wherein the one or more invocation features includes one or more prosodic features determined from audio data that includes the invocation input; and in response to determining that the invocation input is directed to the first automated assistant: invoking the first automated assistant in lieu of invoking the second automated assistant. one or more invocation features of the invocation input, wherein the one or more invocation features includes one or more prosodic features determined from audio data that includes the invocation input; and in response to determining that the invocation input is directed to the first automated assistant: invoking the first automated assistant in lieu of invoking the second automated assistant.
A photoelectric conversion element comprising an electrolyte composition which comprises an ionic liquid and conductive particles as main components wherein the conductive particles are made of one or more members selected from the group consisting of: carbon fibers having a diameter of between 50 nm and 1 μm and having a length of between 1 μm to 100 μm; carbon black having a particle diameter of between 1 nm and 500 nm; single-wall carbon nanotubes having a diameter of between 0.5 nm and 10 nm and having a length of between 10 nm to 1 μm; and multi-wall carbon nanotubes having a diameter between 1 nm and 100 nm and having a length between 50 nm to 50 μm; wherein an amount of the conductive particles is 0.05% to 10% by weight with respect to a total amount of the electrolyte composition; and the electrolyte composition is in the form of a gel by the action of the conductive particles. carbon fibers having a diameter of between 50 nm and 1 μm and having a length of between 1 μm to 100 μm; carbon black having a particle diameter of between 1 nm and 500 nm; single-wall carbon nanotubes having a diameter of between 0.5 nm and 10 nm and having a length of between 10 nm to 1 μm; and multi-wall carbon nanotubes having a diameter between 1 nm and 100 nm and having a length between 50 nm to 50 μm; wherein an amount of the conductive particles is 0.05% to 10% by weight with respect to a total amount of the electrolyte composition; and the electrolyte composition is in the form of a gel by the action of the conductive particles.
A solid carbon dioxide sorbent for adsorbing carbon dioxide from a gas mixture, comprising a modified polyamine which is supported upon and within or bound to a solid support, wherein the modified polyamine is the reaction product of an amine and an epoxide; and wherein the amine being selected from the group consisting of tetraethylenepentaamine, pentaethylenehexamine, triethylenetetramine, diethylenetriamine, ethylenediamine, hexaethyleneheptamine, and mixtures thereof, and wherein the solid support is fumed silica or precipitated silica.
A medical device comprising: an elongated device body including a steerable portion being steerable within a body of a subject via at least one control wire; and a plurality of control wire guides disposed along said elongated device body, characterized in that said wire guides are deployable to move radially outward and deflect said at least one control wire away from said elongated device body, wherein deflection of said at least one control wire away from said elongated body decreases a pull force required for steering said steerable portion and offsets a longitudinal axis of said at least one control wire from an axis of deflection of said steerable portion. an elongated device body including a steerable portion being steerable within a body of a subject via at least one control wire; and a plurality of control wire guides disposed along said elongated device body, characterized in that said wire guides are deployable to move radially outward and deflect said at least one control wire away from said elongated device body, wherein deflection of said at least one control wire away from said elongated body decreases a pull force required for steering said steerable portion and offsets a longitudinal axis of said at least one control wire from an axis of deflection of said steerable portion.
A method at a mobile station in a wireless communication system that is in communication with a base station, the method comprising: operating an uplink for transmitting new user data in either a first or second predetermined encoding and modulation mode, characterized by switching between the first and second encoding and modulation mode in response to a measured average transmission power of the mobile station for previous user data and a Signal-to-Interference plus Noise Ratio (SINR) as measured at the base station and reported to the mobile station or as calculated by the mobile station from measurements made by the base station that are reported to the mobile station, wherein the Peak-to-Average Power Ratio (PAPR) of the first and second encoding and modulation modes are different.
A capacitance minimization circuit, comprising: a) a CMOS transmission gate comprising signal loss caused by parasitic capacitance; and b) an amplifier circuit, connected to the input of the CMOS transmission gate, configured to sense a rate of change of an input signal voltage of the CMOS transmission gate in order to detect said signal loss caused by the parasitic capacitances and to feed back a current according to the signal loss caused by the parasitic capacitance to the input of the CMOS transmission gate. a) a CMOS transmission gate comprising signal loss caused by parasitic capacitance; and b) an amplifier circuit, connected to the input of the CMOS transmission gate, configured to sense a rate of change of an input signal voltage of the CMOS transmission gate in order to detect said signal loss caused by the parasitic capacitances and to feed back a current according to the signal loss caused by the parasitic capacitance to the input of the CMOS transmission gate.
Guide wire control device for advancing a guide wire into a body or a portion of the body, said guide wire control device comprising a handle member, a lever and a spring means, wherein the handle member is configured with an elongate passage which extends through the handle member in the longitudinal direction thereof and with a recess which extends in a substantially transverse direction relative to the elongate passage and which intersects said elongate passage, wherein the lever is pivotally mounted in the recess and configured to protrude out of said recess, wherein the part of the lever situated inside the recess is configured with a transverse through-hole, and wherein the spring means is configured to hold the lever relative to the handle member such that the longitudinal axis of the through-hole in the lever is misaligned with the longitudinal axis of the elongate passage in the handle member for locking of the guide wire control device to a guide wire extending through said elongated passage and said through-hole, to permit pivotal movement of the lever relative to the handle member in order to bring the longitudinal axis of the through-hole into alignment or substantial alignment with the longitudinal axis of the elongate passage for release of a guide wire extending through said elongate passage and said through-hole such that the guide wire control device can be displaced relative to the guide wire, and to permit further pivotal movement of the lever relative to the handle member in order to bring the longitudinal axis of the through-hole into misalignment with the longitudinal axis of the elongate passage for clamping of a guide wire extending through said elongate passage and said through-hole such that the guide wire can be advanced into the body or the portion of the body by means of the guide wire control device.
Self-propelled, at least single-axle working machine for driving and/or moving mounted implements and attached vehicles, which working machine comprises a hydrostatic drive unit operatively connected to an internal combustion engine and can preferably be switched over from a forward to a backward direction of movement, and for manual guiding comprises two operating handles (11, 12) each associated with one hand of an operator, directed towards the latter, and secured to the free ends of cantilevered steering bars (8, 9) of a steering arrangement, wherein the steering bars (8, 9) are each connected at the ends directed away from the operating handles (11, 12) to a chassis comprising an axle arranged transversely to the direction of movement (F, F') and wherein at least one of the steering bars (8, 9) connected to the chassis is provided in the region of the cantilever with a sensor responding to the deformation occurring at the steering bars (8, 9) when the working machine is guided by means of manual steering, which sensor, for the transmission of the measured deformation value, is connected to a control device comprising a transmitter in order to displace the drive unit in order to change the direction of movement of the working machine, wherein the working machine comprises a drive unit hydraulically driving wheels (6, 7) of the axle, with respective hydraulic motors (31, 32) associated with the wheels (6, 7), and a hydraulic pump controllably connected to the control device and to the hydraulic motors by means of a control element, and wherein the sensor is secured to the steering bar (8, 9) by means of a strain gauge oriented in the direction of strain of the steering bar (8, 9).
An apparatus comprising means for performing: detecting a radio link failure of a master cell group; suspending master cell group transmission for radio bearers, based on the detecting; transmitting or reporting a radio resource control indication over at least one of a signaling radio bearer between the apparatus and a secondary node, or a secondary cell group leg of a split signaling radio bearer, wherein the radio resource control indication comprises a master cell group failure information message, the apparatus characterized by further comprising means for performing: starting a timer upon transmitting or reporting the radio resource control indication, wherein the timer comprises a master cell group failure timer; and stopping the timer upon at least one of successful configuration or reconfiguration of the apparatus's primary serving cell, or reception of a command to leave radio resource control connected state. detecting a radio link failure of a master cell group; suspending master cell group transmission for radio bearers, based on the detecting; transmitting or reporting a radio resource control indication over at least one of a signaling radio bearer between the apparatus and a secondary node, or a secondary cell group leg of a split signaling radio bearer, wherein the radio resource control indication comprises a master cell group failure information message, the apparatus characterized by further comprising means for performing: starting a timer upon transmitting or reporting the radio resource control indication, wherein the timer comprises a master cell group failure timer; and stopping the timer upon at least one of successful configuration or reconfiguration of the apparatus's primary serving cell, or reception of a command to leave radio resource control connected state. starting a timer upon transmitting or reporting the radio resource control indication, wherein the timer comprises a master cell group failure timer; and stopping the timer upon at least one of successful configuration or reconfiguration of the apparatus's primary serving cell, or reception of a command to leave radio resource control connected state.
A flying electric generator comprising - a fuselage (25; 136), - at least one pair of first rotors (22, 23; 122, 123) mounted to the fuselage so as to be forward of at least one pair of second rotors (28, 29; 128, 129) that are mounted to the fuselage so as to be aft of the forward mounted first pair of rotors, - a first pair of boom arms (24A, 24B; 124A, 124B) having outer ends, a pair of the first rotors being mounted along the outer ends of the first pair of boom arms, - a second pair of boom arms (27A, 27B; 127A, 127B) having outer ends, and a pair of the second rotors being mounted along the outer ends of the second pair of boom arms, characterized in that each of the rotors is mounted to the fuselage such that when the flying electric generator is facing the wind, each rotor has a direct path to an undisturbed flow of wind regardless of angle of attack or pitch angle of the flying electric generator, in that - the at least one pair of second rotors are mounted so as to be positioned laterally outwardly of the first pair of rotors relative to a center of the fuselage in that - the fuselage comprises either a central housing or two spaced housings (26A, 26B), in that - the first pair of boom arms (24A, 24B; 124A, 124B) extends forward from the housing or two housings (26A, 26B), in that - the second pair of boom arms (27A, 27B; 127A, 127B) extends laterally outwardly and aft from the housing or two housings (26A, 26B). - a fuselage (25; 136), - at least one pair of first rotors (22, 23; 122, 123) mounted to the fuselage so as to be forward of at least one pair of second rotors (28, 29; 128, 129) that are mounted to the fuselage so as to be aft of the forward mounted first pair of rotors, - a first pair of boom arms (24A, 24B; 124A, 124B) having outer ends, a pair of the first rotors being mounted along the outer ends of the first pair of boom arms, - a second pair of boom arms (27A, 27B; 127A, 127B) having outer ends, and a pair of the second rotors being mounted along the outer ends of the second pair of boom arms, characterized in that each of the rotors is mounted to the fuselage such that when the flying electric generator is facing the wind, each rotor has a direct path to an undisturbed flow of wind regardless of angle of attack or pitch angle of the flying electric generator, in that - the at least one pair of second rotors are mounted so as to be positioned laterally outwardly of the first pair of rotors relative to a center of the fuselage in that - the fuselage comprises either a central housing or two spaced housings (26A, 26B), in that - the first pair of boom arms (24A, 24B; 124A, 124B) extends forward from the housing or two housings (26A, 26B), in that - the second pair of boom arms (27A, 27B; 127A, 127B) extends laterally outwardly and aft from the housing or two housings (26A, 26B).
High-pressure resistant sample chamber for transmitted light microscopy with at least one chamber body with a sample room which in the transmitted light direction is closed off at opposite sides by a transparent first viewing window and a transparent second viewing window, each with the interspersion of a high-pressure resistant seal (09, 10), and with a first clamping element and a second clamping element for fixing the two viewing windows (07, 08) to the sample room, wherein the first clamping element has a first viewing opening and the second clamping element has a second viewing opening into the sample room, characterised in that the first viewing window has a plane-parallel ledge which projects in a precisely fitting manner into the first viewing opening of the first clamping element and the second viewing window has a second plane-parallel ledge which projects in a precisely fitting manner into the second viewing opening of the second clamping element wherein the viewing windows (07, 08) and the high-pressure resistant seals (09, 10) are each made of a plastomer, and in that in the chamber body high-pressure resistant inlet and outlet channels are arranged which allow supplying of the sample room and/or circulation through the sample room.
A patient interface comprising: a semi-rigid side arm a mounting portion (2240, 2640) integral with or removably attachable to the semi-rigid side arm of the patient interface; and a component comprising: a body for receiving and to at least partially surround a perimeter of at least one tube and/or at least one cable, and an attachment (2220, 2620) comprising at least one arm (2230, 2630) or at least one lug configured to engage the mounting portion on the semi-rigid side arm of the patient interface, the at least one arm or at least one lug being resiliently flexible, wherein the attachment is removable from the mounting portion, wherein the patient interface is configured to deliver gases to a patient's airway. a semi-rigid side arm a mounting portion (2240, 2640) integral with or removably attachable to the semi-rigid side arm of the patient interface; and a component comprising: a body for receiving and to at least partially surround a perimeter of at least one tube and/or at least one cable, and an attachment (2220, 2620) comprising at least one arm (2230, 2630) or at least one lug configured to engage the mounting portion on the semi-rigid side arm of the patient interface, the at least one arm or at least one lug being resiliently flexible, wherein the attachment is removable from the mounting portion, a body for receiving and to at least partially surround a perimeter of at least one tube and/or at least one cable, and an attachment (2220, 2620) comprising at least one arm (2230, 2630) or at least one lug configured to engage the mounting portion on the semi-rigid side arm of the patient interface, the at least one arm or at least one lug being resiliently flexible, wherein the attachment is removable from the mounting portion, wherein the patient interface is configured to deliver gases to a patient's airway.
Compact device for electrolytic sterilization of food and utensils, especially for the electrical treatment of food and utensils using the electric current generated between a positive pole and a negative pole of an electrolysis system, all of those immersed in a fluid medium contained within a container covered by a lid of said device, wherein said device is characterized in that: - the container is the anode or positive pole; - the lid, by means of a cathode shaft provided with a cathode disc, is the cathode or negative pole; - the electrolyte is water; and - the device is powered by alternating current or direct current, wherein the electric current generated in the electrolyte is inversely proportional to a course of the cathode disc. - the container is the anode or positive pole; - the lid, by means of a cathode shaft provided with a cathode disc, is the cathode or negative pole; - the electrolyte is water; and - the device is powered by alternating current or direct current, wherein the electric current generated in the electrolyte is inversely proportional to a course of the cathode disc.