mhurhangee/ep-ind-claims huggingface dataset:
An audio jack adaptor for a wireless communications device to enable push-to-talk, PTT, functionality between an audio input/output wireless accessory device and the wireless communications device, the adaptor comprising: a housing; a male plug coupled to the housing, the male plug sized, dimensioned and configured to be received by an audio jack of the wireless communications device, the male plug is further configured to provide audio received from the wireless accessory device to the wireless communication device via the audio jack; a wireless transceiver at least partially housed by the housing; and a control circuit at least partially housed by the housing, the control circuit configured to: responsive to receipt of a signal by the wireless transceiver from the wireless accessory device indicative of an activation of a PTT input switch transitioning the switch from a deactivated state to an activated state, generate and communicate via the male plug a first number of pulses, each pulse comprising a low impedance electrical connection to ground for at least a first duration and each pulse separated from another pulse by a high impedance electrical connection for at least a second duration. a housing; a male plug coupled to the housing, the male plug sized, dimensioned and configured to be received by an audio jack of the wireless communications device, the male plug is further configured to provide audio received from the wireless accessory device to the wireless communication device via the audio jack; a wireless transceiver at least partially housed by the housing; and a control circuit at least partially housed by the housing, the control circuit configured to: responsive to receipt of a signal by the wireless transceiver from the wireless accessory device indicative of an activation of a PTT input switch transitioning the switch from a deactivated state to an activated state, generate and communicate via the male plug a first number of pulses, each pulse comprising a low impedance electrical connection to ground for at least a first duration and each pulse separated from another pulse by a high impedance electrical connection for at least a second duration. responsive to receipt of a signal by the wireless transceiver from the wireless accessory device indicative of an activation of a PTT input switch transitioning the switch from a deactivated state to an activated state, generate and communicate via the male plug a first number of pulses, each pulse comprising a low impedance electrical connection to ground for at least a first duration and each pulse separated from another pulse by a high impedance electrical connection for at least a second duration.
A closure (1, 51) for closing vessel openings (18, 68), comprising a first closure body (2, 52) with a receiving opening (5, 55) and a second closure body (3, 53) with a closure member (12, 62) for closing the vessel opening (18, 68) in a closure direction which is directed to the vessel opening (18, 68) as well as with a holding member (11, 61) which connects onto the closure member (12, 62) for the outer embracing of a neck region (15, 65) of the vessel opening (18, 68), wherein the second closure body (3, 43) in the assembled condition of the closure (1, 51) is led at least partly through the receiving opening (5, 55) of the first closure body and is enclosed by this opening, and the first closure body (2, 52) comprises a pressing member (7, 57), wherein the closure body (2, 52; 3, 53) is designed such that in the assembled condition of the closure (1, 51), the pressing member (7, 57) assumes a pressing position, in which the holding member (11, 61) is pressed against the neck region (15, 65) of the vessel opening (18, 68) whilst assuming a closure position, wherein the first closure body (2, 52) forms a pressure application region (6, 56) for opening the closure (1, 51), wherein the first and the second closure body (2, 52; 3, 53) are designed in a manner such that by way of pressure application upon the pressure application region (6, 56) in the closure direction, the pressing member (7, 57) is displaced from the pressing position into a release position on account of a displacement of the first closure body (2, 52) relative to the second closure body (3, 53) in the closure direction, in a manner such that the holding member (11, 61) can move in the radial direction of the vessel opening (18, 68) out of its closure position into an opening position, characterised in that the first closure body (2, 52) is a closure cap and a cap section of the closure cap forms the pressure application region (6, 56) for opening the closure (1,51) and lies opposite the receiving opening (5, 55).
A handheld ultrasound imaging device, comprising: a housing comprising: an ultrasound imaging unit; a hand grip region between the ultrasound imaging unit and a rotatable display; and the rotatable display connected to the housing via a pivot, wherein the pivot allows for rotation of the display, relative to the hand grip region, about at least two rotational axes by at least about 30 degrees, and a marking unit detachably coupled to the housing and comprising a probe indicator configured to indicate proper placement of a probe at or near a target that is to be imaged, wherein, during use, the marking unit is arranged to be positioned between the ultrasound imaging unit and the target that is to be imaged, such that, during use, a line extending between the target and the ultrasound imaging unit intersects the marking unit, wherein the marking unit comprises a moveable tab configured to indicate a site corresponding to a center of a scan plane, wherein the moveable tab is foldable into a center cavity within the marking unit to make a visible indentation at a site corresponding to the center of the scan plane when the housing has been detached from the marking unit. an ultrasound imaging unit; a hand grip region between the ultrasound imaging unit and a rotatable display; and the rotatable display connected to the housing via a pivot, wherein the pivot allows for rotation of the display, relative to the hand grip region, about at least two rotational axes by at least about 30 degrees, and a marking unit detachably coupled to the housing and comprising a probe indicator configured to indicate proper placement of a probe at or near a target that is to be imaged, wherein, during use, the marking unit is arranged to be positioned between the ultrasound imaging unit and the target that is to be imaged, such that, during use, a line extending between the target and the ultrasound imaging unit intersects the marking unit, wherein the marking unit comprises a moveable tab configured to indicate a site corresponding to a center of a scan plane, wherein the moveable tab is foldable into a center cavity within the marking unit to make a visible indentation at a site corresponding to the center of the scan plane when the housing has been detached from the marking unit.
A multi-type receptacle connector, comprising: a receptacle insulator; main receptacle contacts arranged at the receptacle insulator to provide an electric contact point for a first plug connector; sub receptacle contacts (112a, 112b) additionally installed at both sides of the main receptacle contacts to give an additional contact point for a second plug connector; and a receptacle shell surrounding at least a part of the receptacle insulator, wherein the sub receptacle contacts (112a, 112b) are arranged at the same height as the main receptacle contacts and disposed at a relatively inner side in the insertion direction of the first plug connector or the second plug connector in comparison to the main receptacle contacts, characterized in that the receptacle shell includes: a first stopper for preventing the first plug connector having only contact points with the main receptacle contacts from being excessively inserted; and a second stopper for preventing the second plug connector having contact points with the main receptacle contacts and sub receptacle contacts (112a, 112b) from being excessively inserted, the first stopper and the second stopper having a protruding structure. a receptacle insulator; main receptacle contacts arranged at the receptacle insulator to provide an electric contact point for a first plug connector; sub receptacle contacts (112a, 112b) additionally installed at both sides of the main receptacle contacts to give an additional contact point for a second plug connector; and a receptacle shell surrounding at least a part of the receptacle insulator, a first stopper for preventing the first plug connector having only contact points with the main receptacle contacts from being excessively inserted; and a second stopper for preventing the second plug connector having contact points with the main receptacle contacts and sub receptacle contacts (112a, 112b) from being excessively inserted,
A modified human U1snRNA molecule, capable of correcting the skipping of an exon caused by a mutation localized in the sequence comprised between 50 base pairs upstream and 20 base pairs downstream of an exon, the modified human U1snRNA molecule being characterized in that a portion of the single-stranded nucleotide sequence of the 5' region of the wild-type human U1snRNA is replaced by a single-stranded binding nucleotide sequence capable of hybridizing to a target nucleotide sequence on the pre-mRNA transcribed from a target gene of therapeutic interest bearing a mutation which induces exon skipping, which is selected from the group consisting of mutations in the sequence comprised between 50 base pairs upstream and 20 base pairs downstream of an exon, the target sequence being located in a region of the pre-mRNA of the target gene comprised between 2 and 50 base pairs downstream of an exon/intron junction site, the splicing of which is affected by said mutation.
A fluid sprayer comprising: a rigid fluid conduit extending along a conduit axis (Ac) between longitudinally opposed open conduit first and second ends; a nozzle having a fluid-expulsion bore and being connected to the conduit second end such that (a) the nozzle can pivot about a nozzle-pivot axis (A NP) that extends orthogonally to the conduit axis and (b) fluid introduced into the conduit first end is expelled through the fluid-expulsion bore; and characterized in that the fluid sprayer comprises: an attachment-mounting arm configured to removably retain a surface-engaging attachment, the attachment-mounting arm being connected to the fluid conduit for pivotal movement about an arm-pivot axis (A AP) the arm-pivot axis having a component of spatial extension orthogonal to the conduit axis and being collinear with the nozzle-pivot axis and longitudinally non-displaceable relative to the rigid fluid conduit. a rigid fluid conduit extending along a conduit axis (Ac) between longitudinally opposed open conduit first and second ends; a nozzle having a fluid-expulsion bore and being connected to the conduit second end such that (a) the nozzle can pivot about a nozzle-pivot axis (A NP) that extends orthogonally to the conduit axis and (b) fluid introduced into the conduit first end is expelled through the fluid-expulsion bore; and characterized in that the fluid sprayer comprises: an attachment-mounting arm configured to removably retain a surface-engaging attachment, the attachment-mounting arm being connected to the fluid conduit for pivotal movement about an arm-pivot axis (A AP) the arm-pivot axis having a component of spatial extension orthogonal to the conduit axis and being collinear with the nozzle-pivot axis and longitudinally non-displaceable relative to the rigid fluid conduit.
A method for doping semiconductor substrates by means of a diffusion process, in which a) in a first coating phase, at least one dopant source is deposited at least in regions on a surface of a semiconductor substrate, b) in a drive-in phase, at least one dopant diffuses into the semiconductor substrate, c) in a second coating phase, the at least one dopant source is deposited again at least in regions on the semiconductor substrate with simultaneous diffusion of at least one dopant into the semiconductor substrate, wherein the diffusion depth of the dopant is set by means of the gas flow of the dopant source in the first coating phase and the dopant concentration in that region of the semiconductor substrate which is close to the surface by means of the gas flow of the dopant source in the second coating phase, characterised in that in the drive-in phase an oxidising atmosphere is used, which brings about a transformation of the dopant source. a) in a first coating phase, at least one dopant source is deposited at least in regions on a surface of a semiconductor substrate, b) in a drive-in phase, at least one dopant diffuses into the semiconductor substrate, c) in a second coating phase, the at least one dopant source is deposited again at least in regions on the semiconductor substrate with simultaneous diffusion of at least one dopant into the semiconductor substrate,
An electric motor comprising a rotor, a stator, an electronics housing, in the installation space of which electrical/electronic components are accommodated, of which at least a portion sit on a printed circuit board, and a fan wheel which is connected to the rotor shaft in a rotationally fixed manner and which rotates together with the rotor and which is arranged inside the installation space and is constructed in such a manner that it generates a cooling circuit flow in the installation space, in that the air is sucked in centrally by the fan wheel and output approximately radially outwards, characterized in that the fan wheel is arranged in the region between the electrical/electronic components, which are arranged in a distributed manner around the fan wheel, in that the side wall of the installation space and a cover closing the installation space form guides for the cooling circuit flow, in that the fan wheel has blades (22, 22'), which are located in the region between a top disc and a bottom disc, and in that the fan wheel is located on the side of the printed circuit board facing away from a stator flange.
A cosmetic implement comprising: a handle; a wand having a first end coupled to the handle and a second end opposite the first end, the wand being made of a thermally insulating material; and an applicator for applying a cosmetic product coupled to the second end of the wand, the applicator comprising a metal, ceramic, or glass thermal storage material, the applicator comprising a first portion having a plurality of channels and a second portion disposed on a side opposite the first portion, the second portion having at least one of a plurality of teeth in a comb configuration, a plurality of bristles, or a plurality of clustered bristles, wherein the first portion comprises the metal, ceramic, or glass thermal storage material, wherein a cross-sectional shape of the applicator is substantially circular with the second portion forming a semi-circle of bristles and the first portion forming a semi-circle of channels. a handle; a wand having a first end coupled to the handle and a second end opposite the first end, the wand being made of a thermally insulating material; and an applicator for applying a cosmetic product coupled to the second end of the wand, the applicator comprising a metal, ceramic, or glass thermal storage material, the applicator comprising a first portion having a plurality of channels and a second portion disposed on a side opposite the first portion, the second portion having at least one of a plurality of teeth in a comb configuration, a plurality of bristles, or a plurality of clustered bristles, wherein the first portion comprises the metal, ceramic, or glass thermal storage material, wherein a cross-sectional shape of the applicator is substantially circular with the second portion forming a semi-circle of bristles and the first portion forming a semi-circle of channels.
A zinc-air battery comprising: a zinc anode; an air cathode comprising: a wire mesh current collector comprising: a warp comprising a first nickel alloy wire having a first peak tensile strength measured according to ASTM C1557 of 9.65 x 10 8 Pa (140 ksi) to 17.2 x 10 8 Pa (250 ksi); a weft comprising a wire comprising greater than 80 wt% nickel and having a second peak tensile strength measured according to ASTM C1557 of 5.51 x 10 8 Pa (80 ksi) to 10.3 x 10 8 Pa (150 ksi); wherein: the first peak tensile strength is greater than or equal to the second peak tensile strength; the first nickel alloy wire comprises 90 wt% to 99 wt% nickel and 1 wt% to 10 wt% aluminum. a zinc anode; an air cathode comprising: a wire mesh current collector comprising: a warp comprising a first nickel alloy wire having a first peak tensile strength measured according to ASTM C1557 of 9.65 x 10 8 Pa (140 ksi) to 17.2 x 10 8 Pa (250 ksi); a weft comprising a wire comprising greater than 80 wt% nickel and having a second peak tensile strength measured according to ASTM C1557 of 5.51 x 10 8 Pa (80 ksi) to 10.3 x 10 8 Pa (150 ksi); a warp comprising a first nickel alloy wire having a first peak tensile strength measured according to ASTM C1557 of 9.65 x 10 8 Pa (140 ksi) to 17.2 x 10 8 Pa (250 ksi); a weft comprising a wire comprising greater than 80 wt% nickel and having a second peak tensile strength measured according to ASTM C1557 of 5.51 x 10 8 Pa (80 ksi) to 10.3 x 10 8 Pa (150 ksi); wherein: the first peak tensile strength is greater than or equal to the second peak tensile strength; the first nickel alloy wire comprises 90 wt% to 99 wt% nickel and 1 wt% to 10 wt% aluminum. the first peak tensile strength is greater than or equal to the second peak tensile strength; the first nickel alloy wire comprises 90 wt% to 99 wt% nickel and 1 wt% to 10 wt% aluminum.
A surgical device, comprising: a first jaw; and a second jaw coupled to and movable relative to the first jaw between a first position, in which the first and second jaws are aligned within a plane, and a second position, in which the second jaw is in non-parallel correspondence to the plane, and a first drive including an externally threaded screw in engagement with an internally threaded bore of the second jaw, wherein rotation of the first drive moves the second jaw relative to the first jaw between the first position and the second position, wherein the second jaw moves within the plane as it is moved a first distance relative to the first jaw and swivels at least partially out of the plane about an axis located within the plane as it is moved a second distance relative to the first jaw, further comprising a camming arrangement configured to move the second jaw between the first and second positions, wherein the camming arrangement includes an arm coupled to the second jaw and a sleeve coupled to the first jaw, the arm being configured to move longitudinally within and relative to the sleeve, wherein the internally threaded bore of the second jaw is disposed within the arm, wherein the arm defines a channel and the sleeve defines a bore, wherein the camming arrangement includes a cam follower disposed within the bore of the sleeve, such that a portion of the cam follower is within the channel of the arm, and wherein the first position is a closed position and the second position is an open position. a first jaw; and a second jaw coupled to and movable relative to the first jaw between a first position, in which the first and second jaws are aligned within a plane, and a second position, in which the second jaw is in non-parallel correspondence to the plane, and a first drive including an externally threaded screw in engagement with an internally threaded bore of the second jaw, wherein rotation of the first drive moves the second jaw relative to the first jaw between the first position and the second position,
A communication terminal device comprising: a first communication unit configured to perform communication using a first communication scheme; a second communication unit configured to perform communication using a second communication scheme different from the first communication scheme; a storage unit configured to store a combination of first information and second information associating the first information and the second information to each other, both the first information and the second information identifying information to perform communication with a single further communication terminal device which is capable of communication using the first communication scheme and the second communication scheme, the first information identifying information to perform communication with the further communication terminal device to provide or receive service using the first communication scheme, the second information identifying information to perform communication with the further communication terminal device using the second communication scheme; and a processing unit configured to, while the first communication unit is receiving the service from the further communication terminal device, causes the second communication unit to perform communication with the further communication terminal device based on the second information which is associated with the first information used by the first communication unit and stored in the storage unit. a first communication unit configured to perform communication using a first communication scheme; a second communication unit configured to perform communication using a second communication scheme different from the first communication scheme; a storage unit configured to store a combination of first information and second information associating the first information and the second information to each other, both the first information and the second information identifying information to perform communication with a single further communication terminal device which is capable of communication using the first communication scheme and the second communication scheme, the first information identifying information to perform communication with the further communication terminal device to provide or receive service using the first communication scheme, the second information identifying information to perform communication with the further communication terminal device using the second communication scheme; and a processing unit configured to, while the first communication unit is receiving the service from the further communication terminal device, causes the second communication unit to perform communication with the further communication terminal device based on the second information which is associated with the first information used by the first communication unit and stored in the storage unit.
A multilayered material comprising a plurality of unidirectional monolayers consisting essentially of ultra-high molecular weight polyethylene and essentially devoid of bonding matrices, with the direction of each monolayer being rotated at an angle with respect to the direction in an adjacent unidirectional monolayer, wherein the monolayers comprise a plurality of high-strength unidirectional polyethylene strips and the unidirectional strips are oriented in parallel in one plane, next to one another.
A pipe in a fire tube boiler, designed to convey the combustion gases and to be struck at its outer surface by the water to be heated, comprising a wall which has a constant thickness along its entire length and a plurality of fins (3a, 4a, 7a, 8a 9a, 12a, 13a, 14a, 15a), characterized in that said plurality of fins protrude monolithically from at least three arc-like supports (3,4,7,8,9,12,13,14,15), which are associated in contact with the internal surface of said wall.