mhurhangee/patent-ind-claim-en huggingface dataset:
A civil aircraft, in particular electrified vertical take-off and landing aircraft, comprising at least one actuator for generating an actuating movement for a primary flight control surface , wherein the actuator comprises an electric motor and a reduction gear coupled thereto, and wherein the reduction gear is configured as a harmonic drive gear comprising a wave generator , wherein the actuator is configured as a flap actuator for adjusting a flap structure pivotable about a pivot axis at a trailing edge of a wing structure , wherein the actuator comprises an outer ring with an inner toothing and which is part of a housing of the actuator that is fixed in the flap structure , and wherein an output shaft of the actuator is disposed coaxially with the pivot axis of the flap structure , characterized in that the actuator further comprises an input shaft rotated by the electric motor and arranged coaxially with the output shaft ; and in that the wave generator consists of: an elliptical steel disk connected to the input shaft in a rotationally fixed manner; a ball bearing shrunk onto the outside of the steel disk; and a steel bush with an outer toothing which engages with the inner toothing of the outer ring, said steel bush being deformable by the steel disk via an outer ring of the ball bearing and being fixed to the output shaft . wherein the actuator is configured as a flap actuator for adjusting a flap structure pivotable about a pivot axis at a trailing edge of a wing structure , wherein the actuator comprises an outer ring with an inner toothing and which is part of a housing of the actuator that is fixed in the flap structure , and wherein an output shaft of the actuator is disposed coaxially with the pivot axis of the flap structure , characterized in that the actuator further comprises an input shaft rotated by the electric motor and arranged coaxially with the output shaft ; and in that the wave generator consists of: an elliptical steel disk connected to the input shaft in a rotationally fixed manner; a ball bearing shrunk onto the outside of the steel disk; and a steel bush with an outer toothing which engages with the inner toothing of the outer ring, said steel bush being deformable by the steel disk via an outer ring of the ball bearing and being fixed to the output shaft . an elliptical steel disk connected to the input shaft in a rotationally fixed manner; a ball bearing shrunk onto the outside of the steel disk; and a steel bush with an outer toothing which engages with the inner toothing of the outer ring, said steel bush being deformable by the steel disk via an outer ring of the ball bearing and being fixed to the output shaft .
A method of preparing a compound represented by formula (I): comprising reacting in a reaction mixture a first starting material represented by formula (II): and a second starting material represented by formula (III) under Negishi conditions: to form the compound of formula (I), wherein R is an amine protecting group; Y is Cl, Br or I; and Z is Cl, Br, I or triflate.
A method, comprising: determining a contention window size, CWS, of an uplink/downlink, UL/DL, communication channel in a new radio unlicensed, NR-U, spectrum; adjusting the CWS based on: defining a reference burst that is set to span a predetermined time length independent from a subcarrier spacing and partially spanning a UL burst or a DL burst, and counting feedback corresponding to one or more code block groups, CBGs, transmitted in the reference burst; and scheduling a retransmission of a UL burst communication or of a DL burst communication in the NR-U spectrum based on the adjusted CWS. determining a contention window size, CWS, of an uplink/downlink, UL/DL, communication channel in a new radio unlicensed, NR-U, spectrum; adjusting the CWS based on: defining a reference burst that is set to span a predetermined time length independent from a subcarrier spacing and partially spanning a UL burst or a DL burst, and counting feedback corresponding to one or more code block groups, CBGs, transmitted in the reference burst; and defining a reference burst that is set to span a predetermined time length independent from a subcarrier spacing and partially spanning a UL burst or a DL burst, and counting feedback corresponding to one or more code block groups, CBGs, transmitted in the reference burst; and scheduling a retransmission of a UL burst communication or of a DL burst communication in the NR-U spectrum based on the adjusted CWS.
A gas turbine engine comprising: a fan comprising a plurality of fan blades ; a support structure downstream of the fan comprising an engine section stator configured to guide air received from the fan, the fan being rotatable with respect to the engine section stator; an interstage flow region defined between the fan blades and the engine section stator; and characterised in that an acoustic attenuator is provided on at least a portion of a rotatable section of the radially-inner boundary of the interstage flow region to attenuate acoustic waves in the interstage flow region. a fan comprising a plurality of fan blades ; a support structure downstream of the fan comprising an engine section stator configured to guide air received from the fan, the fan being rotatable with respect to the engine section stator; an interstage flow region defined between the fan blades and the engine section stator; and characterised in that an acoustic attenuator is provided on at least a portion of a rotatable section of the radially-inner boundary of the interstage flow region to attenuate acoustic waves in the interstage flow region.
Flexible supporting membrane for a mobile standing and raising aid for positioning and supporting a patient knees and lower legs, wherein the flexible supporting membrane is made from a stretchable material formed into a sheet that adjusts itself based on the pressure applied by the knees of the patient; the membrane being shaped to cover the knees and shins of the patient; the flexible supporting membrane comprising: a top edge adapted to be located in vicinity of the knees of the patient when in use; a bottom edge adapted to be located in vicinity of the patient's ankles when in use; and a first and second lateral edge extending between the bottom edge and the top edge , wherein the flexible supporting membrane has a central and two peripheral sections extending along the direction defined by the lateral edges between the top edge and the bottom edge of the sheet; and wherein the peripheral sections are adapted for each supporting one of the two knees of a patient by yielding to the pressure exerted by the knees and thus forming a knee cradling depression, characterised in that , the central section is stiffer than the two adjacent peripheral sections , such that upon the adapted pressure by the knees against the flexible supporting membrane the central section is adapted to deform less than the peripheral sections and is a barrier adapted to keep the knees separated from each other in the respective formed knee cradling depression, the flexible supporting membrane comprises a first and a second lateral support element adapted to obtain a curved configuration. a top edge adapted to be located in vicinity of the knees of the patient when in use; a bottom edge adapted to be located in vicinity of the patient's ankles when in use; and a first and second lateral edge extending between the bottom edge and the top edge , wherein the flexible supporting membrane has a central and two peripheral sections extending along the direction defined by the lateral edges between the top edge and the bottom edge of the sheet; and wherein the peripheral sections are adapted for each supporting one of the two knees of a patient by yielding to the pressure exerted by the knees and thus forming a knee cradling depression, characterised in that , the central section is stiffer than the two adjacent peripheral sections , such that upon the adapted pressure by the knees against the flexible supporting membrane the central section is adapted to deform less than the peripheral sections and is a barrier adapted to keep the knees separated from each other in the respective formed knee cradling depression, the flexible supporting membrane comprises a first and a second lateral support element adapted to obtain a curved configuration.
Decorated wall or floor panel , comprising: - a carrier ; - a primer layer arranged on a surface of the carrier ; - a decorative layer arranged on the primer layer ; - a layer of a radiation curable lacquer arranged on the decorative layer ; - a structured plastic film arranged on the layer of a radiation curable lacquer; characterized by - a cover layer arranged on the structured plastic film, and characterized in that the carrier comprises a fiber cement material which comprises inorganic, organic, metallic, synthetic fibers or mixtures thereof and the fibers have a length in a range from ≥ 5 μm to ≤ 1500 μm. - a carrier ; - a primer layer arranged on a surface of the carrier ; - a decorative layer arranged on the primer layer ; - a layer of a radiation curable lacquer arranged on the decorative layer ; - a structured plastic film arranged on the layer of a radiation curable lacquer; characterized by - a cover layer arranged on the structured plastic film, and characterized in that the carrier comprises a fiber cement material which comprises inorganic, organic, metallic, synthetic fibers or mixtures thereof and the fibers have a length in a range from ≥ 5 μm to ≤ 1500 μm.
An additive manufacturing system comprising: a build plate having at least one indentation ; a primary insert within the at least one indentation and configured to provide a surface upon which a component can be formed; a first support insert within the at least one indentation and configured to provide a surface upon which a first support structure can be formed,; a material depositor configured to provide material to form the component and the first support structure; and a first energy source configured to change a state of the material to form the component and the first support structure; and the system characterized by further comprising: a second energy source configured to heat the build plate to cause the build plate to expand to allow the primary insert and the first support insert to be placed within the at least one indentation; and a cooling source configured to cool the primary insert and the first support insert to cause the primary insert and the first support insert to contract to allow for the primary insert and the first support insert to be removed from the at least one indentation. a build plate having at least one indentation ; a primary insert within the at least one indentation and configured to provide a surface upon which a component can be formed; a first support insert within the at least one indentation and configured to provide a surface upon which a first support structure can be formed,; a material depositor configured to provide material to form the component and the first support structure; and a first energy source configured to change a state of the material to form the component and the first support structure; and the system characterized by further comprising: a second energy source configured to heat the build plate to cause the build plate to expand to allow the primary insert and the first support insert to be placed within the at least one indentation; and a cooling source configured to cool the primary insert and the first support insert to cause the primary insert and the first support insert to contract to allow for the primary insert and the first support insert to be removed from the at least one indentation.
A gripper device provided in a capper , the gripper device comprising: a gripper including a pair of gripping pieces configured to grip necks of containers ; and a support configured to support the neck of the container , in contact with the neck , between the pair of gripping pieces , characterized in that the support includes a first support and a second support corresponding to either of the containers having the necks with different dimensions; the first support and the second support are alternately provided along a circumferential direction; and positions of the first support and the second support in the circumferential direction with respect to the gripper can be displaced relatively. a gripper including a pair of gripping pieces configured to grip necks of containers ; and a support configured to support the neck of the container , in contact with the neck , between the pair of gripping pieces , characterized in that the support includes a first support and a second support corresponding to either of the containers having the necks with different dimensions; the first support and the second support are alternately provided along a circumferential direction; and positions of the first support and the second support in the circumferential direction with respect to the gripper can be displaced relatively.
A computer-implemented method for monitoring a person performing a physical exercise based on a sequence of image frames showing the person's exercise activity, the method comprising the following steps - extracting, based on the sequence of image frames, for each image frame a set of body key points (5-1 - 5-16) using a neural network, the set of body key points (5-1 - 5-16) being indicative of the person's posture in the image frame; - deriving, based on a subset of the body key points (5-1 - 5-16) in each image frame, at least one characteristic parameter indicating the progression of the person's movement; - detecting a start loop condition by evaluating the time progression of at least one of the characteristic parameters, said start loop condition indicating a transition from a start posture of the person to the person's movement when performing the physical exercise, wherein a loop of exercising encompasses one single repetition of the physical exercise; - detecting at least one evaluation point in the person's movement during the loop of exercising by evaluating the time progression of at least one of the characteristic parameters; - evaluating the person's posture in a respective image frame at each evaluation point or in at least one image frame in a respective predefined time interval around each evaluation point ; and - detecting an end loop condition by evaluating the time progression of at least one of the characteristic parameters, said end loop condition indicating a transition from the person's movement when performing the physical exercise to an intermediate posture. - extracting, based on the sequence of image frames, for each image frame a set of body key points (5-1 - 5-16) using a neural network, the set of body key points (5-1 - 5-16) being indicative of the person's posture in the image frame; - deriving, based on a subset of the body key points (5-1 - 5-16) in each image frame, at least one characteristic parameter indicating the progression of the person's movement; - detecting a start loop condition by evaluating the time progression of at least one of the characteristic parameters, said start loop condition indicating a transition from a start posture of the person to the person's movement when performing the physical exercise, wherein a loop of exercising encompasses one single repetition of the physical exercise; - detecting at least one evaluation point in the person's movement during the loop of exercising by evaluating the time progression of at least one of the characteristic parameters; - evaluating the person's posture in a respective image frame at each evaluation point or in at least one image frame in a respective predefined time interval around each evaluation point ; and - detecting an end loop condition by evaluating the time progression of at least one of the characteristic parameters, said end loop condition indicating a transition from the person's movement when performing the physical exercise to an intermediate posture.
A method of manufacturing a partially-filled confectionery shell comprising the steps of; a) depositing a solidifiable confectionery material into a mould cavity; b) moulding the solidifiable confectionery material within the mould cavity to form a confectionery shell; c) forming at least one separating member integral with and protruding from the confectionery shell which defines a boundary between at least two sections of the confectionery shell; and d) depositing an edible material into at least one section of the confectionery shell to form a partially-filled confectionery shell, wherein the at least one separating member prevents at least a portion of the edible material within a section from entering an adjacent section, and wherein no edible material is deposited into at least one section. a) depositing a solidifiable confectionery material into a mould cavity; b) moulding the solidifiable confectionery material within the mould cavity to form a confectionery shell; c) forming at least one separating member integral with and protruding from the confectionery shell which defines a boundary between at least two sections of the confectionery shell; and d) depositing an edible material into at least one section of the confectionery shell to form a partially-filled confectionery shell, wherein the at least one separating member prevents at least a portion of the edible material within a section from entering an adjacent section, and wherein no edible material is deposited into at least one section.
A plasma probe , in particular for plasma coagulation of biological tissue, having a fluid line which delimits at least one channel that can be connected to a gas source , wherein the channel leads to a distal end of the fluid line and terminates there at an outlet opening , having an electrode arranged in proximity to the outlet opening which can be connected to an electrical source via a line , characterized in that a hydrophobic surface area is formed on the electrode . having a fluid line which delimits at least one channel that can be connected to a gas source , wherein the channel leads to a distal end of the fluid line and terminates there at an outlet opening , having an electrode arranged in proximity to the outlet opening which can be connected to an electrical source via a line , characterized in that a hydrophobic surface area is formed on the electrode .
Clamp for holding cables, preferably high-voltage cables, which comprises an elongated clamping body for receiving cables , whereby the elongated clamping body is provided with at least three ducts for receiving the cables forming a triangular in cross section and having at least a lower part , a middle part and an upper part , whereby the middle part with the middle part and the upper part are respectively forming pairwise clamping jaws (4a, 4b or 4c, 4d) for fixing the cables in the ducts , whereby the clamping jaws (4a to 4d) can be clamped against one another in pairs with fastening means, preferably clamping screws , which are guided in rows on both sides of the clamping jaws (4a to 4d) in laterally protruding shoulders of the clamping jaws, whereby the ducts are recessed as half in the clamping jaws of the respective clamping jaw pair (4a, 4b or 4c, 4d) and each have a circular cross-section.
A computer-implemented method for predicting a navigation event, the method comprising: receiving an indicator of navigational intent , wherein the indicator is at least one of a browsing history, a text entry, or a cursor input; selecting a uniform resource locator from a plurality of uniform resource locators based on the indicator; incrementing a first frequency value associated with the selected uniform resource locator; decaying , after a sweep interval, a second frequency value associated with one or more non-selected uniform resource locators from the plurality of uniform resource locators, the sweep interval being a predetermined amount of time; determining a next navigation event from the plurality of uniform resource locators based on the first frequency value associated with the selected uniform resource locator and the second frequency value associated with the one or more non-selected uniform resource locators; and prerendering content of a web page associated with the next navigation event, the prerendering including preemptively requesting at least a portion of the next navigation event before a user selection of the next navigation event; swapping the prerendered content of the web page associated with the next navigation event with a current web page , wherein the swapping occurs before the prerendered content of the web page associated with the next navigation event has finished loading so that the partially loaded prerendered web page is swapped in and continues loading as an active page. receiving an indicator of navigational intent , wherein the indicator is at least one of a browsing history, a text entry, or a cursor input; selecting a uniform resource locator from a plurality of uniform resource locators based on the indicator; incrementing a first frequency value associated with the selected uniform resource locator; decaying , after a sweep interval, a second frequency value associated with one or more non-selected uniform resource locators from the plurality of uniform resource locators, the sweep interval being a predetermined amount of time; determining a next navigation event from the plurality of uniform resource locators based on the first frequency value associated with the selected uniform resource locator and the second frequency value associated with the one or more non-selected uniform resource locators; and prerendering content of a web page associated with the next navigation event, the prerendering including preemptively requesting at least a portion of the next navigation event before a user selection of the next navigation event; swapping the prerendered content of the web page associated with the next navigation event with a current web page , wherein the swapping occurs before the prerendered content of the web page associated with the next navigation event has finished loading so that the partially loaded prerendered web page is swapped in and continues loading as an active page.