mhurhangee/ep-ind-claims huggingface dataset:
An extra-cardiovascular medical device, comprising: an impedance measurement module configured to measure an impedance of an extra-cardiovascular pacing electrode vector when extra-cardiovascular pacing electrodes (24, 28, 30) are electrically coupled to the medical device; a therapy delivery module comprising a capacitor array having a plurality of capacitors for producing a pacing pulse; and a pacing control module coupled to the therapy delivery module and the impedance measurement module and configured to: control the impedance measurement module to measure the impedance of the extra-cardiovascular pacing electrode vector; determine a first capacitor configuration based on the measured impedance, the first capacitor configuration comprising a first combination of the plurality of capacitors having a first capacitance; control the therapy delivery module to select the first capacitor configuration by selectively enabling the first combination of the plurality of capacitors of the capacitor array; and control the therapy delivery module to deliver a cardiac pacing pulse by discharging the first capacitor configuration for a predetermined pulse width across the extra-cardiovascular pacing electrode vector. an impedance measurement module configured to measure an impedance of an extra-cardiovascular pacing electrode vector when extra-cardiovascular pacing electrodes (24, 28, 30) are electrically coupled to the medical device; a therapy delivery module comprising a capacitor array having a plurality of capacitors for producing a pacing pulse; and a pacing control module coupled to the therapy delivery module and the impedance measurement module and configured to: control the impedance measurement module to measure the impedance of the extra-cardiovascular pacing electrode vector; determine a first capacitor configuration based on the measured impedance, the first capacitor configuration comprising a first combination of the plurality of capacitors having a first capacitance; control the therapy delivery module to select the first capacitor configuration by selectively enabling the first combination of the plurality of capacitors of the capacitor array; and control the therapy delivery module to deliver a cardiac pacing pulse by discharging the first capacitor configuration for a predetermined pulse width across the extra-cardiovascular pacing electrode vector. control the impedance measurement module to measure the impedance of the extra-cardiovascular pacing electrode vector; determine a first capacitor configuration based on the measured impedance, the first capacitor configuration comprising a first combination of the plurality of capacitors having a first capacitance; control the therapy delivery module to select the first capacitor configuration by selectively enabling the first combination of the plurality of capacitors of the capacitor array; and control the therapy delivery module to deliver a cardiac pacing pulse by discharging the first capacitor configuration for a predetermined pulse width across the extra-cardiovascular pacing electrode vector.
Device for external orthopedic fixations, which comprises one or more frames (1; 61; 71) which have a substantially or partially annular shape and are suitable for being arranged around a limb to surround it at least partially, wherein one or more rods (2, 36; 46; 96; 106; 110) are fixed to at least one frame (1; 61; 71) of said one or more frames (1; 61; 71) by means of at least one locking mechanism (3, 6; 23; 56; 86) provided with at least two jaws (10, 11, 30, 31; 26, 27; 57, 58; 87, 88) which, when they are closed, tighten the locking mechanism (3, 6; 23; 56; 86) to a portion of the frame (1; 61;71) by exerting a prevalently axial force, wherein said jaws (10, 11, 30, 31; 26, 27; 57, 58; 87, 88) are closed by means of a cam mechanism (13, 33) suitable for being actuated by rotating at least one lever (12, 32; 90) pivotable relative to a first jaw (10, 30) of the at least two jaws and provided with one or more cam surfaces (13, 33) cooperating with at least one surface of the second jaw (11, 31) of the at least two jaws, characterized in that said at least two jaws of the locking mechanism (3, 6; 23; 56; 86) comprise one or more seats (17, 18, 37, 38; 24, 25) for one of said one or more rods (2, 36; 46; 96; 106; 110), so that when the at least two jaws (10, 11, 30, 31; 26, 27; 57, 58; 87, 88) are closed and tightened on the frame (1; 61; 71), the one or more seats (17, 18, 37, 38; 24, 25) tighten a portion (2a, 36a) of the rod (2, 36; 46; 96; 106; 110), thereby preventing a relative movement of the rod (2, 36; 46; 96; 106; 110) with respect to at least one axis of the locking mechanism (3, 6, 23; 56; 86).
A laundry machine comprising: a dynamically suspended assembly including a drum for holding laundry, rotationally mounted with the dynamically suspended assembly, a supporting structure for the dynamically suspended assembly, at least one suspension assembly coupled between the dynamically suspended assembly and the supporting structure for supporting the dynamically suspended assembly, a load sensor, and a pivot joint, wherein the pivot joint and load sensor are positioned either: between a suspension assembly and the supporting structure; or between the suspension assembly and the dynamically suspended assembly, with the load sensor associated with or positioned at the pivot joint, characterised in that the pivot joint is a ball joint wherein an end of the suspension assembly comprises a ball mounted in a socket in a pivot arm, the pivot arm having a pivot axis to one side of the ball joint, the pivot axis located transverse to a compression axis of the suspension assembly and the load sensor mounted below the free end of the pivot arm. a dynamically suspended assembly including a drum for holding laundry, rotationally mounted with the dynamically suspended assembly, a supporting structure for the dynamically suspended assembly, at least one suspension assembly coupled between the dynamically suspended assembly and the supporting structure for supporting the dynamically suspended assembly, a load sensor, and a pivot joint, wherein the pivot joint and load sensor are positioned either: between a suspension assembly and the supporting structure; or between the suspension assembly and the dynamically suspended assembly, between a suspension assembly and the supporting structure; or between the suspension assembly and the dynamically suspended assembly, with the load sensor associated with or positioned at the pivot joint, characterised in that the pivot joint is a ball joint wherein an end of the suspension assembly comprises a ball mounted in a socket in a pivot arm, the pivot arm having a pivot axis to one side of the ball joint, the pivot axis located transverse to a compression axis of the suspension assembly and the load sensor mounted below the free end of the pivot arm.
An aromatic polycarbonate resin composition comprising 3 to 30 parts by weight of a titanium oxide-based additive which has been surface-treated with alumina and organosiloxane, 0.01 to 1 parts by weight of a metal salt of aromatic sulfonic acid, and 0.05 to 0.9 parts by weight of polytetrafluoroethylene based on 100 parts by weight of an aromatic polycarbonate resin, characterized in that an aluminium content a (wt%) in the titanium oxide-based additive obtained by fluorescent X-ray analysis, a carbon content c (wt%) in the titanium oxide-based additive obtained by using a high-frequency combustion type carbon analyzer, and an average particle size d (μm) of titanium oxide obtained by STEM observation satisfy the following and: 8 ≤ a / d 2 ≤ 15 5 ≤ c / d 2 ≤ 25
Silencer for firearms, in particular small arms or handguns, which has an outer tube, in which a damping core is arranged, which has a projectile channel and baffle walls, whereby annular chamber compartments are formed, which are separated from one another in a gas-tight manner, wherein the outer tube and/or the damping core consists of aluminium, characterised in that an inner tube consisting of steel is inserted in the projectile channel.
Optical apparatus comprising: an optical element comprising superconductor material (4; 32; 74; 80; 90, 92; 100) wherein the superconductor material is at least partially transparent to electromagnetic radiation at at least one wavelength in at least one part of the superconducting phase, and the refractive index of the superconductor material varies as a function of wavelength and diverges and strongly varies as the wavelength approaches a superconducting critical wavelength thereby providing a high wavelength dispersion, and wherein the transparent superconductor material is formed so that in the at least one part of the superconducting phase, the superconducting critical wavelength is within a range of wavelengths for which the material is transparent; and control means (12, 14; 64, 66, 68; 76, 77) for controlling at least one property of the transparent superconductor material in the superconducting phase to vary the superconducting critical wavelength. an optical element comprising superconductor material (4; 32; 74; 80; 90, 92; 100) wherein the superconductor material is at least partially transparent to electromagnetic radiation at at least one wavelength in at least one part of the superconducting phase, and the refractive index of the superconductor material varies as a function of wavelength and diverges and strongly varies as the wavelength approaches a superconducting critical wavelength thereby providing a high wavelength dispersion, and wherein the transparent superconductor material is formed so that in the at least one part of the superconducting phase, the superconducting critical wavelength is within a range of wavelengths for which the material is transparent; and control means (12, 14; 64, 66, 68; 76, 77) for controlling at least one property of the transparent superconductor material in the superconducting phase to vary the superconducting critical wavelength.
A protective helmet comprising a shell and a damping lining covering an inner surface of the shell and comprising a multitude of separate parts, each of which has an edge that is in contact with the edge of at least one other part of the multitude of parts, and wherein the multitude of parts define a lower rim, and of which the multitude of parts comprises: - at least three parts with edges that define upper rims, forming together a closed perimeter; - a central part located in a space demarcated by the closed perimeter, the helmet being characterised in that the edge of the central part applies itself and exerts a radial support on each of the upper rims, the radial support being configured to place the multitude of parts in a compressed state. - at least three parts with edges that define upper rims, forming together a closed perimeter; - a central part located in a space demarcated by the closed perimeter, the helmet being characterised in that the edge of the central part applies itself and exerts a radial support on each of the upper rims, the radial support being configured to place the multitude of parts in a compressed state.
Hermaphrodite plug-type connector comprising a plug-type connector housing having a plurality of hermaphrodite contacts which each have a connection section for connection of a cable at an end which is averted from the contact-making section, characterized in that the hermaphrodite plug-type connector comprises at least one hermaphrodite contact carrier module which is arranged in the plug-type connector housing, and in that the plug-type connector housing consists of two hermaphrodite housing half-shells.
A cleaning system (1, 201, 301, 401, 501, 601, 701), the cleaning system (1, 201, 301, 401, 501, 601, 701) comprising: an extractor accessory tool (90, 290, 390, 490, 590, 690, 790), comprising: a housing (93, 293, 393, 493, 593, 693, 793) with a first end adapted to selectively couple an airflow connector and a second end opposite the first end; an airflow pathway located within the housing (93, 293, 393, 493, 593, 693, 793) and adapted for fluid communication with a recovery container via the airflow connector; and characterized in that the cleaning system comprises an ultrasonic tool (70, 270, 370, 470, 570, 670, 770) removably operably coupled to the extractor accessory tool (90, 290, 390, 490, 590, 690, 790), wherein the housing (93, 293, 393, 493, 593, 693, 793) of the extractor accessory tool (90, 290, 390, 490, 590, 690, 790) comprises an ultrasonic tool receiver (77, 477, 677, 777) configured to selectively receive the ultrasonic tool (70, 270, 370, 470, 570, 670, 770). an extractor accessory tool (90, 290, 390, 490, 590, 690, 790), comprising: a housing (93, 293, 393, 493, 593, 693, 793) with a first end adapted to selectively couple an airflow connector and a second end opposite the first end; an airflow pathway located within the housing (93, 293, 393, 493, 593, 693, 793) and adapted for fluid communication with a recovery container via the airflow connector; and a housing (93, 293, 393, 493, 593, 693, 793) with a first end adapted to selectively couple an airflow connector and a second end opposite the first end; an airflow pathway located within the housing (93, 293, 393, 493, 593, 693, 793) and adapted for fluid communication with a recovery container via the airflow connector; and characterized in that the cleaning system comprises an ultrasonic tool (70, 270, 370, 470, 570, 670, 770) removably operably coupled to the extractor accessory tool (90, 290, 390, 490, 590, 690, 790), wherein the housing (93, 293, 393, 493, 593, 693, 793) of the extractor accessory tool (90, 290, 390, 490, 590, 690, 790) comprises an ultrasonic tool receiver (77, 477, 677, 777) configured to selectively receive the ultrasonic tool (70, 270, 370, 470, 570, 670, 770).
A seal member that is elastically deformable, comprising: a hollow tube and a porous body that is inserted in the interior of said tube; wherein: the interior of said tube is not completely filled by said porous body, and air-holding space is provided between a portion of the inner wall of said tube and a portion of the outer surface of said porous body; said porous body is composed of a material having a water absorption coefficient of at least 10% and no greater than 3000% in an uncompressed state; said porous body is arranged such that the volume of said porous body occupies at least 2.5% of the internal volume of said tube; and characterized in that said hollow tube has a configuration in which a plurality of hollow tube members (6a, 6b) are joined by way of a joint; and said porous body is bonded to the inner surface of said joint and to the inner surface of said tube member (6a, 6b) into which said porous body has been inserted. a hollow tube and a porous body that is inserted in the interior of said tube; wherein: the interior of said tube is not completely filled by said porous body, and air-holding space is provided between a portion of the inner wall of said tube and a portion of the outer surface of said porous body; said porous body is composed of a material having a water absorption coefficient of at least 10% and no greater than 3000% in an uncompressed state; said porous body is arranged such that the volume of said porous body occupies at least 2.5% of the internal volume of said tube; and characterized in that said hollow tube has a configuration in which a plurality of hollow tube members (6a, 6b) are joined by way of a joint; and said porous body is bonded to the inner surface of said joint and to the inner surface of said tube member (6a, 6b) into which said porous body has been inserted. the interior of said tube is not completely filled by said porous body, and air-holding space is provided between a portion of the inner wall of said tube and a portion of the outer surface of said porous body; said porous body is composed of a material having a water absorption coefficient of at least 10% and no greater than 3000% in an uncompressed state; said porous body is arranged such that the volume of said porous body occupies at least 2.5% of the internal volume of said tube; and characterized in that said hollow tube has a configuration in which a plurality of hollow tube members (6a, 6b) are joined by way of a joint; and said porous body is bonded to the inner surface of said joint and to the inner surface of said tube member (6a, 6b) into which said porous body has been inserted.
An injection molded composite, comprising: a first bonding surface of a diene rubber composition bonded to a second bonding surface of a polar thermoplastic elastomer composition, wherein no more than 25% of the bonding surfaces have an adhesive therebetween, wherein the polar thermoplastic elastomer composition was injected against the first bonding surface to form the second bonding surface and wherein the first bonding surface has an active halogen moiety; characterized in that the injection molded composite forms at least a part of a non-pneumatic tire, the non-pneumatic tire comprising a tire tread having the first bonding surface and a tread support having the second bonding surface. a first bonding surface of a diene rubber composition bonded to a second bonding surface of a polar thermoplastic elastomer composition, wherein no more than 25% of the bonding surfaces have an adhesive therebetween, wherein the polar thermoplastic elastomer composition was injected against the first bonding surface to form the second bonding surface and wherein the first bonding surface has an active halogen moiety; characterized in that the injection molded composite forms at least a part of a non-pneumatic tire, the non-pneumatic tire comprising a tire tread having the first bonding surface and a tread support having the second bonding surface.
A method of manufacturing a pipe section of mineral wool, said method comprising the use of an uncured mat of mineral wool, from which is sawn off a run of thin sheet, which is then cut to a length matching the desired wall thickness of a section to be manufactured and which is wound around a core for a sandwich type cylinder, and next the core, and the cylinder of mineral wool around it, are placed in a mould and cured, characterized in that the method comprises interposing between layers of mineral wool aerogel, which is in granular form and which is better in terms of heat insulation, prior to winding the sheet around the core and/or during the ongoing winding process.
A vertical axis wind turbine which comprises first and second independent coaxial rotors mounted on the same vertical axis, with the ability to rotate in directions opposite to each other, the first and second rotors having blades articulated to those rotors, the blades having a curved active surface directed in the same direction for all the blades on each rotor but in a direction opposite to the blades of the other rotor, characterised in that the blades are articulated to the rotors on non-coinciding vertical axes in such a way that the area swept by the blades of the first rotor coincides at least partly with the area swept by the blades of the second rotor.
Sunshade comprising slats, the ends of which are displaceably held between two parallel guiding beams (4, 5) and which are rotatable about their longitudinal axis (X-X'), characterized in that each slat is rotatably arranged in a sliding element at each of its two ends (12a, 12b), which sliding element is displaceable in or on a guiding beam (4, 5) and at least one of the two sliding elements of each slat being provided with a transmission between a drive shaft for the rotation of the slat and the relevant end of the slat, wherein each guiding beam (4, 5) is provided with a drive for displacing at least one of the sliding elements which pushes and/or pulls at least some of the other sliding elements during the displacement, for which purpose a carrier mechanism is provided between the concerned sliding elements.
A urine collection device, comprising: a fluid impermeable barrier that is adjustable between an extended configuration and a compact configuration, the fluid impermeable barrier at least partially defining a chamber, an aperture configured to receive a conduit therethrough, and an opening; and a fluid permeable structure positioned within the chamber to extend across at least a portion of the opening, the fluid permeable structure being configured to wick fluid away from the opening; and characterized by: a conduit extending through the aperture at least partially into the chamber, the conduit being for connecting the urine collection device to a vacuum source; and by: the fluid impermeable barrier being so adjustable as to form a roll in its compact configuration. a fluid impermeable barrier that is adjustable between an extended configuration and a compact configuration, the fluid impermeable barrier at least partially defining a chamber, an aperture configured to receive a conduit therethrough, and an opening; and a fluid permeable structure positioned within the chamber to extend across at least a portion of the opening, the fluid permeable structure being configured to wick fluid away from the opening; and characterized by: a conduit extending through the aperture at least partially into the chamber, the conduit being for connecting the urine collection device to a vacuum source; and by: the fluid impermeable barrier being so adjustable as to form a roll in its compact configuration.