mhurhangee/ep-ind-claims huggingface dataset:
A distractor comprising: a halo assembly for attachment to a patient's head; a vertical central rod having a longitudinal axis, a central adjustment assembly for interconnecting the vertical central rod and the halo assembly; and at least one horizontal cross piece assembly associated with the vertical central rod, the at least one horizontal cross piece assembly including at least one distraction element and at least one bone engaging portion; wherein the central adjustment assembly includes at least one angular adjustment mechanism for permitting angular adjustment of the vertical central rod with respect to the halo assembly in at least two degrees of freedom. a halo assembly for attachment to a patient's head; a vertical central rod having a longitudinal axis, a central adjustment assembly for interconnecting the vertical central rod and the halo assembly; and at least one horizontal cross piece assembly associated with the vertical central rod, the at least one horizontal cross piece assembly including at least one distraction element and at least one bone engaging portion; wherein the central adjustment assembly includes at least one angular adjustment mechanism for permitting angular adjustment of the vertical central rod with respect to the halo assembly in at least two degrees of freedom.
A management device that is communicably connected with a plurality of devices (11, 12, 21, 22, 23, 24) performing filtering of communication data based on sets of decentralized filter rules, the sets of decentralized filter rules being obtained by decentralizing a set of filter rules so as to reconstruct the set of filter rules by using a part of the sets of decentralized filter rules without using all the sets of decentralized filter rules, the sets of decentralized filter rules being set in the plurality of devices (11, 12, 21, 22, 23, 24), respectively, and that manages the set of filter rules and the sets of decentralized filter rules, wherein, in a case where a first device (11, 12) out of the devices has entered a predetermined state, the first device (11, 12) being connected to an external network not through another one of the devices, the management device reconstructs a set of decentralized filter rules set in the first device (11, 12), based on a plurality of sets of decentralized filter rules received from a plurality of second devices (21, 22, 23, 24) connected to the external network via the first device (11, 12), and sets, in the plurality of the second devices (21, 22, 23, 24), the reconstructed set of decentralized filter rules.
A device for cleaning hands, comprising: a closed case that defines a constricted environment, having a front opening, into which environment the hands to be cleaned are inserted though the opening; a plurality of nebuliser nozzles that introduce into the case, by command, nebulised water, the water being sent to the nozzles by means of a pumping device; a control unit; a sensor that detects the presence of hands inside the case and provides a command signal to said control unit to activate the cleaning operations; comprises a first tap that introduces into the case, by command, a detergent coming from a detergent tank; a first air diffuser that introduces into the case, by command, drying air coming from a fan; and a second tap, being a valve, that introduces into the case, by command, a disinfectant coming from a disinfectant tank; wherein said first tap, said second tap and said air diffuser are such positioned so as to allow to direct detergent, disinfectant and air onto the hands that are within the case; the control unit being configured to activate the nozzles a first time, dispensing detergent onto the hands by activating the first tap, rinsing the hands by activating the nozzles a second time, and drying the hands by activating the air diffuser, said disinfectant being also dispensed onto the hands, activating said second tap.
A hair styling device comprising two jaws, at least one jaw of which having a resiliently mounted heating plate that is allowed to move in such a way, that when the hair styling device is fully closed, both a first maximal gap at a proximal end of the heating plate between the heating plate and a mating element of the other jaw in the absence of a detachable holder with a hair treatment agent, and a second maximal gap at the proximal end of the heating plate between the detachable holder and the mating element of the other jaw in the presence of the detachable holder, are within a range of about 1 mm - 1.5 mm.
A method of growing cells in culture, comprising the steps of: (a) providing a three-dimensional porous scaffold disposed in a culture chamber, the culture chamber comprising a space between a first end cap and a second end cap; (b) providing one or more living cells; (c) providing a liquid growth medium; and (d) causing relative motion between the scaffold and at least one end cap, thereby moving the growth medium through the scaffold, characterized in that, a holder configured to hold the porous, three-dimensional scaffold for growing or maintaining cells is integral with the one said end cap, a hollow rod is, at one end, attached to the center of said one of said end caps and, at the other end, to a punch serving as said holder and fitting an interior diameter of the culture chamber, and, during step (d), said scaffold moves in conjunction with the one said end cap. (a) providing a three-dimensional porous scaffold disposed in a culture chamber, the culture chamber comprising a space between a first end cap and a second end cap; (b) providing one or more living cells; (c) providing a liquid growth medium; and (d) causing relative motion between the scaffold and at least one end cap, thereby moving the growth medium through the scaffold, a holder configured to hold the porous, three-dimensional scaffold for growing or maintaining cells is integral with the one said end cap, a hollow rod is, at one end, attached to the center of said one of said end caps and, at the other end, to a punch serving as said holder and fitting an interior diameter of the culture chamber, and, during step (d), said scaffold moves in conjunction with the one said end cap.
Door (3, 4) for a household refrigeration appliance, with a door leaf, which has a first groove recess that is open to the side in the width direction (x) of the door leaf on a first vertical longitudinal side and a second groove recess that is open to the side in the width direction (x) of the door leaf on a second vertical longitudinal side opposite the first vertical longitudinal side, wherein the first groove recess has a first installation region, on which a mounting part for a door joint or a functional part different therefrom optionally can be installed, and the second groove recess has a second installation region, on which a mounting part for a door joint or a functional part different therefrom optionally can be installed, wherein a mounting part for a door joint is installed in the first installation region and a functional part different from the mounting part is installed in the second installation region, characterised in that the functional part is a component part of an electronic display unit.
An electrochemical cell, comprising: an anode including an anode active material; a semi-solid cathode including a suspension of a solid phase and a liquid phase, the solid phase including 35% to 75% by volume of an active material and 0.5% - 8% by volume of a conductive material, the liquid phase including a non-aqueous liquid electrolyte; and an ion-permeable membrane disposed between the anode and the semi-solid cathode, wherein the semi-solid cathode has a thickness in the range of 250 μm to 2,000 μm, wherein the electrochemical cell has an area specific capacity of at least 7 mAh/cm 2 at a C-rate of C/4, and wherein the semi-solid cathode has a mixing index of at least 0.9, wherein the mixing index is measured by the method of measurement described in the description. an anode including an anode active material; a semi-solid cathode including a suspension of a solid phase and a liquid phase, the solid phase including 35% to 75% by volume of an active material and 0.5% - 8% by volume of a conductive material, the liquid phase including a non-aqueous liquid electrolyte; and an ion-permeable membrane disposed between the anode and the semi-solid cathode, wherein the semi-solid cathode has a thickness in the range of 250 μm to 2,000 μm, wherein the electrochemical cell has an area specific capacity of at least 7 mAh/cm 2 at a C-rate of C/4, and wherein the semi-solid cathode has a mixing index of at least 0.9, wherein the mixing index is measured by the method of measurement described in the description.
Method for optical quality control of extruded polymer strands, which can be used to produce polymer granules, wherein at least a part of at least one polymer strand, which is guided by means of at least one guide means, is continuously captured optically by means of at least one recording unit, wherein image data for at least one pixel are obtained and are compared to at least one nominal value, characterized in that the polymer strand is guided between the light source and the guide means (11, 13, 14), so that the guide means (11, 13, 14), which is arranged on the opposite side of the polymer strand, serves as background during the optical capturing.
Dose setting mechanism for a drug delivery device comprising a dose setting member rotatable relative to a housing (10, 20) in a first direction for dose setting and in an opposite second direction for dose correcting, a cam ring, a coupling member coupled to a drive member and a drive spring biasing the coupling member in the second direction, wherein a ramped interface (52, 152) is provided between the dose setting member and the cam ring such that rotation of the dose setting member relative to the cam ring in the second direction causes axial displacement of the cam ring, wherein a first set of teeth (74', 112') forming a one-way-ratchet interface is provided between the drive member and the coupling member allowing rotation of the coupling member relative to the drive member in the first direction and preventing relative rotation in the opposite second direction, characterized in that the cam ring is rotationally constrained to the coupling member and axially displaceable to the coupling member, and which is in axial contact with the drive member, and in that a second set of teeth (52, 152) forms the ramped interface between the dose setting member and the cam ring preventing relative rotation of the dose setting member and the cam ring in the first direction and allowing rotation of the dose setting member relative to the cam ring in the opposite second direction, wherein the rotation of the dose setting member relative to the cam ring in the opposite second direction causes an axial displacement of the cam ring relative to the dose setting member, wherein the height of the first set of teeth (74', 112') is smaller than the height of the second set of teeth (52, 152) and the spacing of the first set of teeth (74', 112') is smaller than the spacing of the second set of teeth (52, 152), and wherein rotation of the dose setting member relative to the cam ring in the second direction causes an axial displacement of the drive member relative to the coupling member and disengages the first set of teeth (74', 112').
A mask frame for a patient mask for delivering breathing gases to a patient, the mask frame comprising: a central region comprising a conduit connection aperture configured to be connected to a breathing gas delivery conduit, a notional central vertical plane (y) extending through the centre of the conduit connection aperture; and first and second lateral arms each extending outwardly from the central region away from the central vertical plane (y); each lateral arm having a length and terminating in a distal end remote from the central region, each lateral arm comprising a top and bottom margin; wherein each lateral arm twists along its length such that the bottom margin at the end of each lateral arm is positioned further away from the notional central vertical plane (y) than the top margin at the end of each lateral arm; wherein the ends of the bottom margin and of the top margin at the end of each lateral arm are positioned below a notional horizontal mid plane (x) that passes through the centre of the conduit connection aperture. a central region comprising a conduit connection aperture configured to be connected to a breathing gas delivery conduit, a notional central vertical plane (y) extending through the centre of the conduit connection aperture; and first and second lateral arms each extending outwardly from the central region away from the central vertical plane (y); each lateral arm having a length and terminating in a distal end remote from the central region, each lateral arm comprising a top and bottom margin; wherein each lateral arm twists along its length such that the bottom margin at the end of each lateral arm is positioned further away from the notional central vertical plane (y) than the top margin at the end of each lateral arm; wherein the ends of the bottom margin and of the top margin at the end of each lateral arm are positioned below a notional horizontal mid plane (x) that passes through the centre of the conduit connection aperture.
A photovoltaic cell comprising a) an absorber capable of absorbing light; and b) a substrate, wherein the substrate comprises a laminate structure having a mesophase or neomesophase pitch layer sandwiched by a first fiber glass layer on a top side and a second fiber glass layer on a bottom side, wherein the pitch layer comprises glassy carbon formed during a high temperature carbonization by adding an amount less than 5% of sulfur or organo-sulfur compounds to a mesophase pitch binder. a) an absorber capable of absorbing light; and b) a substrate, wherein the substrate comprises a laminate structure having a mesophase or neomesophase pitch layer sandwiched by a first fiber glass layer on a top side and a second fiber glass layer on a bottom side, wherein the pitch layer comprises glassy carbon formed during a high temperature carbonization by adding an amount less than 5% of sulfur or organo-sulfur compounds to a mesophase pitch binder.
An aircraft power distribution system, comprising: a power source; a load (20, 22); and a power distribution panel adapted to receive power from the power source and selectively provide power to the load (20, 22), wherein the power distribution panel includes a contactor having a housing, and characterized by a heat sink providing a portion of the housing; wherein the contactor includes a switch having a moveable arm, the moveable arm having a contact portion configured to close an electrical connection between the power source and the load (20, 22) by contacting an input contactor lead and an output contactor lead; wherein the moveable arm includes at least one heat sink post (70, 72) projecting from the contact portion; wherein the contactor includes a flexible spreader having a post connection section (78, 80) connected to the at least one heat sink post (70, 72), and a base section adjacent a base of the heat sink; and wherein the flexible spreader includes a flexible arm (84, 86) between the base section and the post connection section (78, 80). a power source; a load (20, 22); and a power distribution panel adapted to receive power from the power source and selectively provide power to the load (20, 22), wherein the power distribution panel includes a contactor having a housing, and characterized by a heat sink providing a portion of the housing; wherein the contactor includes a switch having a moveable arm, the moveable arm having a contact portion configured to close an electrical connection between the power source and the load (20, 22) by contacting an input contactor lead and an output contactor lead; wherein the moveable arm includes at least one heat sink post (70, 72) projecting from the contact portion; wherein the contactor includes a flexible spreader having a post connection section (78, 80) connected to the at least one heat sink post (70, 72), and a base section adjacent a base of the heat sink; and wherein the flexible spreader includes a flexible arm (84, 86) between the base section and the post connection section (78, 80).
An implantable component of a wireless energy transfer system, including: a secondary coil having between 5 and 15 turns and having a secondary axis and a secondary conductor extending in a spiral around the secondary axis; the secondary conductor having inner and outer ends (742, 744) disposed substantially on a common radial line perpendicular to the secondary axis; a secondary shield composed of a magnetizable, electrically insulating material extending transverse to the secondary axis in proximity to the secondary coil; and a ventricular assist device electrically connected to the secondary coil. a secondary coil having between 5 and 15 turns and having a secondary axis and a secondary conductor extending in a spiral around the secondary axis; the secondary conductor having inner and outer ends (742, 744) disposed substantially on a common radial line perpendicular to the secondary axis; a secondary shield composed of a magnetizable, electrically insulating material extending transverse to the secondary axis in proximity to the secondary coil; and a ventricular assist device electrically connected to the secondary coil.
An organic single, tandem or multiple solar cell comprising two electrodes (2, 9), wherein one electrode is arranged on a substrate and one electrode is arranged as a top-counterelectrode and between the two electrodes (2, 9) there is a photoactive layer system (4, 5), such as at least one undoped, partly doped or doped charge carrier transport layer (3, 6), which is arranged between one of the electrodes (2, 9) and the photoactive layer system (4,5), characterized in that a passivation layer composed of molybdenum oxide, or wholly or partly doped molybdenum oxide, which is arranged between the photoactive layer system and the top-counterelectrode, and wherein the passivation layer adjoins directly to the top-counterelectrode, or is situated within the top-counterelectrode or in that at least one further layer, is additionally arranged between the passivation layer and the top-counterelectrode, and wherein the passivation layer adjoins directly to a doped or partly doped charge carrier transport layer.
Drill rod gripper with at least one collet for gripping a drill rod element, comprising - a forked gripper casing with two collet arms for engaging within a rod magazine, - two swivel claws, one of which is mounted pivotally in a receiving space in the collet arm of the gripper casing, - a central pushing claw, which is arranged between the two swivel claws and is mounted in the gripper casing linearly movable, - a lever mechanism, through which the swivel claws are coupled with the pushing claw, and - a clamping cylinder for the linear shifting of the pushing claw, whereby the pushing claw and the two swivel claws are movable between a retracted position, in which the swivel claws are swivelled into their receiving space, and a clamping position, in which the swivel claws are swivelled out of their receiving spaces, and which together with the pushing claw are located adjacent to a drill rod element to be clamped, characterized in that - at least one drive roll is mounted pivotally at the pushing claw for driving a drill rod element in a rotary manner, - that at least one rotation drive is arranged at the pushing claw, and - that the rotary drive is designed for rotary driving the drive roll and is connected to the drive roll. - a forked gripper casing with two collet arms for engaging within a rod magazine, - two swivel claws, one of which is mounted pivotally in a receiving space in the collet arm of the gripper casing, - a central pushing claw, which is arranged between the two swivel claws and is mounted in the gripper casing linearly movable, - a lever mechanism, through which the swivel claws are coupled with the pushing claw, and - a clamping cylinder for the linear shifting of the pushing claw, whereby the pushing claw and the two swivel claws are movable between a retracted position, in which the swivel claws are swivelled into their receiving space, and a clamping position, in which the swivel claws are swivelled out of their receiving spaces, and which together with the pushing claw are located adjacent to a drill rod element to be clamped, - at least one drive roll is mounted pivotally at the pushing claw for driving a drill rod element in a rotary manner, - that at least one rotation drive is arranged at the pushing claw, and - that the rotary drive is designed for rotary driving the drive roll and is connected to the drive roll.
An orthopedic appliance comprising: a shock absorbent insole (12,14), said insole (12,14) comprising two layers configured to correspond to the shape and length of a user's foot, said two layers comprising: an upper layer constructed from slow recovery memory foam comprising billions of high density visco-elastic memory cells that are both temperature and weight sensitive and having a first thickness and first high density; and a lower layer constructed from slow recovery memory foam comprising billions of high density visco-elastic memory cells that are both temperature and weight sensitive and having a second thickness and second ultra high density, wherein said first high density is within a range of 48-193kg/m3 and less than said second ultra high density, which is within a range of 208-401 kg/m3; and a support component configured to be attachable and re-attachable to said insole by fastening means, said fastening means comprising one of a group including hinges, Velcro, magnets and hooks. a shock absorbent insole (12,14), said insole (12,14) comprising two layers configured to correspond to the shape and length of a user's foot, said two layers comprising: an upper layer constructed from slow recovery memory foam comprising billions of high density visco-elastic memory cells that are both temperature and weight sensitive and having a first thickness and first high density; and a lower layer constructed from slow recovery memory foam comprising billions of high density visco-elastic memory cells that are both temperature and weight sensitive and having a second thickness and second ultra high density, an upper layer constructed from slow recovery memory foam comprising billions of high density visco-elastic memory cells that are both temperature and weight sensitive and having a first thickness and first high density; and a lower layer constructed from slow recovery memory foam comprising billions of high density visco-elastic memory cells that are both temperature and weight sensitive and having a second thickness and second ultra high density, wherein said first high density is within a range of 48-193kg/m3 and less than said second ultra high density, which is within a range of 208-401 kg/m3; and a support component configured to be attachable and re-attachable to said insole by fastening means, said fastening means comprising one of a group including hinges, Velcro, magnets and hooks.