mhurhangee/ep-ind-claims huggingface dataset:
A ring of vanes for an aircraft turbine engine, the ring presenting an axial direction (D A) and a radial direction (D R) and comprising a first annular sheath presenting a first inside surface and a second annular sheath presenting a second inside surface facing the first inside surface of the first annular sheath, the first and second sheaths (2, 3) being coaxial and defining between them a flow passage for a gas stream, and the ring further comprising both partially annular acoustic treatment panels including resonant cavities and also vanes extending in the radial direction (D R) between the first sheath and the second sheath; the ring being characterized in that • firstly, each vane includes a radial airfoil with at least two attachment tabs at each radial end of the airfoil fastened to the first or second sheath (2, 3); and • secondly, the inside surface (2a, 3a) of at least one of the first and second annular sheaths (2, 3) and the corresponding attachment tabs are covered by acoustic treatment panels arranged between the airfoils; and • each acoustic treatment panel comprises a partially annular platform and a cover cooperating with the platform to form a closed box, the platform presenting a first face facing the flow passage and a second face opposite from the first face and from which the cover extends projecting in the radial direction (D R), the box including a housing defined by the inside space extending between the second face of the platform and the cover, and having said resonant cavities arranged therein. • firstly, each vane includes a radial airfoil with at least two attachment tabs at each radial end of the airfoil fastened to the first or second sheath (2, 3); and • secondly, the inside surface (2a, 3a) of at least one of the first and second annular sheaths (2, 3) and the corresponding attachment tabs are covered by acoustic treatment panels arranged between the airfoils; and • each acoustic treatment panel comprises a partially annular platform and a cover cooperating with the platform to form a closed box, the platform presenting a first face facing the flow passage and a second face opposite from the first face and from which the cover extends projecting in the radial direction (D R), the box including a housing defined by the inside space extending between the second face of the platform and the cover, and having said resonant cavities arranged therein.
A 3-layer insulation material comprising a first fabric layer, a second fabric layer and a third fluted intermediate fabric layer between the first and the second fabric layers (12, 14), the fluted intermediate fabric layer being attached alternately to the first and the second fabric layer (12, 14) with longitudinal seams (18a-18n) forming longitudinal channels (20a-20n) for the insulation material and individual insulation material bundle inside each longitudinal channel (20a-20n), characterized in that the longitudinal seams (18a-18n) are laser welded seams and the first fabric layer and the second fabric layer are IR transparent fabric and the third fluted intermediate fabric layer is IR-absorbing.
A driving assist control method for a vehicle, provided with external environment recognition sensors that obtain forward information of a host vehicle, for executing a driving assist control for avoiding contact between the host vehicle and a pedestrian, when a pedestrian is detected by the external environment recognition sensors, comprising: providing a camera and a radar as the external environment recognition sensors; characterized by starting the driving assist control with a detected pedestrian candidate as a control target, upon detecting an object that is present in front of the host vehicle to be the pedestrian candidate based on an image signal from the camera; and determining of comparison thereafter whether or not the pedestrian candidate detected by the camera matches an object detected by the reflected waves from the radar, and continuing the driving assist control if matching is established and canceling the driving assist control if matching is not established; wherein the driving assist control is started before determining whether or not the pedestrian candidate detected by the camera matches the object detected by the reflected waves from the radar. providing a camera and a radar as the external environment recognition sensors; characterized by starting the driving assist control with a detected pedestrian candidate as a control target, upon detecting an object that is present in front of the host vehicle to be the pedestrian candidate based on an image signal from the camera; and determining of comparison thereafter whether or not the pedestrian candidate detected by the camera matches an object detected by the reflected waves from the radar, and continuing the driving assist control if matching is established and canceling the driving assist control if matching is not established; wherein the driving assist control is started before determining whether or not the pedestrian candidate detected by the camera matches the object detected by the reflected waves from the radar.
A mobile terminal, comprising: a wireless communication unit configured to wirelessly communicate with at least one other terminal; a memory configured to store recorded voice data; a display unit configured to display a progress bar representing a reproduction progress of the recorded voice data; and a controller configured to: select a section of the recorded voice data including a point-in-time at which the progress bar has been selected, in response to a user input applied to the progress bar, convert the voice keywords included in the selected section of the recorded voice data to text keywords, determine at least one of an order in which to display the text keywords and a method of displaying the text keywords, based on a number of times that the voice keywords are included in the section of the recorded voice data, and distinctively display the text keywords on the display unit. a wireless communication unit configured to wirelessly communicate with at least one other terminal; a memory configured to store recorded voice data; a display unit configured to display a progress bar representing a reproduction progress of the recorded voice data; and a controller configured to: select a section of the recorded voice data including a point-in-time at which the progress bar has been selected, in response to a user input applied to the progress bar, convert the voice keywords included in the selected section of the recorded voice data to text keywords, determine at least one of an order in which to display the text keywords and a method of displaying the text keywords, based on a number of times that the voice keywords are included in the section of the recorded voice data, and distinctively display the text keywords on the display unit. select a section of the recorded voice data including a point-in-time at which the progress bar has been selected, in response to a user input applied to the progress bar, convert the voice keywords included in the selected section of the recorded voice data to text keywords, determine at least one of an order in which to display the text keywords and a method of displaying the text keywords, based on a number of times that the voice keywords are included in the section of the recorded voice data, and distinctively display the text keywords on the display unit.
Process for modifying an article comprising the step of: I) providing an article which is at least partially constructed from a build material comprising a thermoplastic polyurethane, characterized in that the process further comprises the steps of: II) at least partially contacting the build material for a first predetermined duration with a first liquid which contains ≥ 80% by weight based on the total weight of the first liquid of a polar aprotic solvent; III) contacting for a second predetermined duration the regions of the build material contacted with the first liquid in step II) with a second liquid which contains ≥ 80% by weight based on the total weight of the second liquid of a polar protic solvent. I) providing an article which is at least partially constructed from a build material comprising a thermoplastic polyurethane, II) at least partially contacting the build material for a first predetermined duration with a first liquid which contains ≥ 80% by weight based on the total weight of the first liquid of a polar aprotic solvent; III) contacting for a second predetermined duration the regions of the build material contacted with the first liquid in step II) with a second liquid which contains ≥ 80% by weight based on the total weight of the second liquid of a polar protic solvent.
An apparatus for repairing a tear in soft tissue comprising: a bone anchor defining a passage (22, 44) that extends through the bone anchor; a suture construct (24, 58, 110) including a first suture that extends through the passage (22, 44) in the bone anchor to form an adjustable loop (28, 112, 113); an intermediate member (10, 80, 100, 130) configured to be inserted partially through the adjustable loop (28, 30) and folded to form first and second segments (18, 20, 80a, 80b) that are placeable on the soft tissue; and a second suture (14, 82, 134, 116, 118) that is configured to be passed through the first and second segments (18, 20, 80a, 80b) of the intermediate member (10, 80, 100, 130) and the soft tissue to form stiches that secure the intermediate member (10, 80, 100, 130) to the soft tissue, wherein the intermediate member (10, 80, 100, 130) is configured to increase pull-out forces of the stitches and transfer load from those of the stitches disposed closest to the bone anchor to those of the stitches disposed further away from the bone anchor. a bone anchor defining a passage (22, 44) that extends through the bone anchor; a suture construct (24, 58, 110) including a first suture that extends through the passage (22, 44) in the bone anchor to form an adjustable loop (28, 112, 113); an intermediate member (10, 80, 100, 130) configured to be inserted partially through the adjustable loop (28, 30) and folded to form first and second segments (18, 20, 80a, 80b) that are placeable on the soft tissue; and a second suture (14, 82, 134, 116, 118) that is configured to be passed through the first and second segments (18, 20, 80a, 80b) of the intermediate member (10, 80, 100, 130) and the soft tissue to form stiches that secure the intermediate member (10, 80, 100, 130) to the soft tissue, wherein the intermediate member (10, 80, 100, 130) is configured to increase pull-out forces of the stitches and transfer load from those of the stitches disposed closest to the bone anchor to those of the stitches disposed further away from the bone anchor.
A motor-brake, comprising a rotating electric machine with rotor and a stator, and a power converter, electrically connecting the stator of said electric machine to a DC link, wherein - said stator comprises a core made of soft magnetic material and a plurality of coils connected to said power converter with opportunity of forming a multi-pole rotatable magnetic field in a stator bore; - said rotor is concentrically arranged within the bore of said stator, and comprises a core and a shaft, connected to each other with capability of torque transfer; and - said rotor shaft comprises at least one channel for cooling media with at least one inlet at a first shaft end and at least one outlet at a second shaft end, characterised in that - the motor brake is a hysteresis motor brake; - the core of the rotor is made of hard magnetic material; - the rotor shaft comprises an annular cooling jacket on its radial surface, and the rotor core is mounted on said rotor shaft in a way that the cooling media from the cooling jacket directly contacts to the inner surface of the rotor core, wherein the ends of the rotor core seal said cooling jacket on both sides; and - said inlet and outlet are hydraulically connected to said cooling jacket by pluralities of diagonal bores (174c, 174d). - said stator comprises a core made of soft magnetic material and a plurality of coils connected to said power converter with opportunity of forming a multi-pole rotatable magnetic field in a stator bore; - said rotor is concentrically arranged within the bore of said stator, and comprises a core and a shaft, connected to each other with capability of torque transfer; and - said rotor shaft comprises at least one channel for cooling media with at least one inlet at a first shaft end and at least one outlet at a second shaft end, characterised in that - the motor brake is a hysteresis motor brake; - the core of the rotor is made of hard magnetic material; - the rotor shaft comprises an annular cooling jacket on its radial surface, and the rotor core is mounted on said rotor shaft in a way that the cooling media from the cooling jacket directly contacts to the inner surface of the rotor core, wherein the ends of the rotor core seal said cooling jacket on both sides; and - said inlet and outlet are hydraulically connected to said cooling jacket by pluralities of diagonal bores (174c, 174d).
An active debridement wound dressing comprising: a wound interface layer configured to contact a wound and mechanically debride the wound when the wound interface layer moves relative to the wound; an active layer coupled to the wound interface layer and comprising a transmission layer extending radially outwards relative to a central post, the transmission layer being configured to vibrate when activated so as to move the wound interface layer relative to the wound and mechanically debride the wound; and a drive unit configured to generate a vibrational energy at a frequency between 2Hz and 400 Hz operably attached to the central post; wherein the transmission layer is configured to vibrate in response to a vibrational energy being transmitted to the transmission layer by the central post. a wound interface layer configured to contact a wound and mechanically debride the wound when the wound interface layer moves relative to the wound; an active layer coupled to the wound interface layer and comprising a transmission layer extending radially outwards relative to a central post, the transmission layer being configured to vibrate when activated so as to move the wound interface layer relative to the wound and mechanically debride the wound; and a drive unit configured to generate a vibrational energy at a frequency between 2Hz and 400 Hz operably attached to the central post; wherein the transmission layer is configured to vibrate in response to a vibrational energy being transmitted to the transmission layer by the central post.
A mechanical bearing comprising a first component and a further component, wherein the mechanical bearing is configured such that the first component and the further component can perform a bearing movement against each other, wherein the first member or the further member or both includes a cermet, wherein the cermet comprises at least 20% by weight of a metal based on the total weight of the cermet, wherein the metal is biocompatible.
A method performed by an encoder (1, 20, 40, 62, 70, 80) comprising said encoder (1, 20, 40, 62, 70, 80) encoding at least one slice in at least one picture of a video stream by using a smaller maximum transform size for intra coding units in an inter coded slice as compared to at least one of a maximum transform size for intra coding units in an intra coded slice and a maximum transform size for inter coding units.
Circuit arrangement for switching an electrical load, comprising: - at least one electrical switching element with a control input and an output, - a control unit which is connected to the control input of the electrical switching element, wherein the control unit is configured to actuate the switching element such that, in a first switching state of the switching element, a first output signal can be generated at the output, and in a second switching state, a second output signal can be generated which is smaller in amount that the first output signal, - at least one safety output which is electrically connected to the output of the electrical switching element and to which the electrical load is connected, - a decoupling device which is arranged between the output of the electrical switching element and the safety output, and - a first output signal detection device which is connected to the output of the electrical switching element, characterised in that the circuit arrangement comprises a second output signal detection device which is arranged in a circuit path between the decoupling device and the safety output, wherein the output signal of the switching element in front of and behind the decoupling device can be detected, read back and compared by means of the two output signal detection devices (9, 10). - at least one electrical switching element with a control input and an output, - a control unit which is connected to the control input of the electrical switching element, wherein the control unit is configured to actuate the switching element such that, in a first switching state of the switching element, a first output signal can be generated at the output, and in a second switching state, a second output signal can be generated which is smaller in amount that the first output signal, - at least one safety output which is electrically connected to the output of the electrical switching element and to which the electrical load is connected, - a decoupling device which is arranged between the output of the electrical switching element and the safety output, and - a first output signal detection device which is connected to the output of the electrical switching element, characterised in that the circuit arrangement comprises a second output signal detection device which is arranged in a circuit path between the decoupling device and the safety output, wherein the output signal of the switching element in front of and behind the decoupling device can be detected, read back and compared by means of the two output signal detection devices (9, 10).
A biocompatible bone graft material (80, 102, 272) having macro-, meso-, and microporosity, the bone graft material comprising a homogeneous blend of calcium phosphate having macro-, meso-, and microporosity, and biocompatible resorbable collagen.
A composition comprising: (a) X4P-001 or a pharmaceutically acceptable salt thereof - 30-40% by weight of the composition; (b) microcrystalline cellulose -20-25% by weight of the composition; (c) dibasic calcium phosphate dihydrate - 30-35% by weight of the composition; (d) croscarmellose sodium - 5-10% by weight of the composition; (e) sodium stearyl fumarate - 0.5-2% by weight of the composition; (f) colloidal silicon dioxide - 0.1-1.0 % by weight of the composition; and (g) sodium lauryl sulfate - 0.1-1.0 % by weight of the composition. (a) X4P-001 or a pharmaceutically acceptable salt thereof - 30-40% by weight of the composition; (b) microcrystalline cellulose -20-25% by weight of the composition; (c) dibasic calcium phosphate dihydrate - 30-35% by weight of the composition; (d) croscarmellose sodium - 5-10% by weight of the composition; (e) sodium stearyl fumarate - 0.5-2% by weight of the composition; (f) colloidal silicon dioxide - 0.1-1.0 % by weight of the composition; and (g) sodium lauryl sulfate - 0.1-1.0 % by weight of the composition.
A dental adhesive kit comprising a dental primer and a dental bonding material, wherein the dental primer comprises an acid group-containing polymerizable monomer (A-1), a hydrophilic polymerizable monomer (A-2), and water (A-3), the dental bonding material comprises a hydrophilic polymerizable monomer (B-1), an aromatic bifunctional polymerizable monomer (B-2), an aliphatic bifunctional polymerizable monomer (B-3), an α-diketone compound (B-4), a (bis)acylphosphine oxide compound (B-5), and a benzotriazole compound (B-6) represented by the following formula: where R 1 is a hydrogen atom, a halogen atom, or an alkyl group having 1 to 6 carbon atoms, and R 2 to R 5 are each independently a hydrogen atom, a halogen atom, or an organic group having 1 to 12 carbon atoms and optionally containing at least one atom selected from the group consisting of an oxygen atom, a nitrogen atom, a sulfur atom, and a phosphorus atom, a content of the α-diketone compound (B-4) is 0.6 to 2 parts by weight per part by weight of the (bis)acylphosphine oxide compound (B-5), and a content of the benzotriazole compound (B-6) is 0.01 to 3 parts by weight per 100 parts by weight of the aliphatic bifunctional polymerizable monomer (B-3).
A fluid collection reservoir for receiving an aspirated fluid, wherein the collection reservoir has a secretion connector for connecting a drainage tube situated at a patient's side, and a vacuum connector for connecting to a suction pump, and wherein the reservoir has an interior space which is divided by means of ribs, wherein the interior space is divided at least into a vacuum chamber (26, 26') arranged in the upper region of the reservoir and a secretion chamber (29, 29'), with said two chambers being connected to one another by means of at least one passage, and wherein the vacuum connector is arranged in the vacuum chamber (26, 26') and the secretion connector is arranged in the secretion chamber (29, 29'), wherein an inclined rib (28, 28') is arranged in the upper region of the secretion chamber (29, 29'), wherein the inclined rib (28, 28') divides the interior space into an upper and a lower region, wherein the secretion connector is arranged in the lower region, and wherein the inclined rib is arranged adjacent to the vacuum chamber (26, 26') and extends over a significant part of the width, but not over the entire width, of the reservoir, and which however extends over the entire depth, such that the aspirated fluid must flow along the inclined rib 28, 28' into the lower region of the interior space.