mhurhangee/ep-ind-claims huggingface dataset:
A low pressure gradient prosthetic heart valve (40; 86; 90; 180), comprising: a support frame (46; 130; 140; 150) including an undulating leaflet attachment edge with alternating arcuate inflow cusps (50; 132; 154) and arcuate outflow commissures (48; 134; 152) ending in tips (136; 158), the leaflet attachment edge in a relaxed state of the support frame (46; 130; 140; 150) circumcribing a flow volume having a central axis, the flow volume having a maximum flow orifice area perpendicular to the central axis limited by the inflow end (42; 182) of the support frame (46; 130; 140; 150); and a plurality of flexible leaflets (52; 80) attached to the support frame (46; 130; 140; 150) and extending inward toward the axis, each leaflet (52; 80) having an arcuate cusp edge (60; 85) that conforms to a corresponding support frame cusp (50; 132; 154) and attaches therealong between adjacent commissures (48; 134; 152), and a free edge (62; 82) that coapts with the free edges (62; 82) of the other leaflets (52; 80) to provide one way flow through the valve (40; 86; 90; 180), wherein when the valve (40; 86; 90; 180) opens the free edges (62; 82) of the leaflets (52; 80) move outward toward the generally tubular shape described by the support frame (46; 130; 140; 150) from fluid flow in an outflow direction and corresponding fluid pressures, characterized in that each commissure (48; 134; 152) of the relaxed support frame (46; 130; 140; 150) is angled radially outward so as to provide an outflow orifice area greater than the maximum flow orifice area and induce laminar flow through the valve (40; 86; 90; 180). a support frame (46; 130; 140; 150) including an undulating leaflet attachment edge with alternating arcuate inflow cusps (50; 132; 154) and arcuate outflow commissures (48; 134; 152) ending in tips (136; 158), the leaflet attachment edge in a relaxed state of the support frame (46; 130; 140; 150) circumcribing a flow volume having a central axis, the flow volume having a maximum flow orifice area perpendicular to the central axis limited by the inflow end (42; 182) of the support frame (46; 130; 140; 150); and a plurality of flexible leaflets (52; 80) attached to the support frame (46; 130; 140; 150) and extending inward toward the axis, each leaflet (52; 80) having an arcuate cusp edge (60; 85) that conforms to a corresponding support frame cusp (50; 132; 154) and attaches therealong between adjacent commissures (48; 134; 152), and a free edge (62; 82) that coapts with the free edges (62; 82) of the other leaflets (52; 80) to provide one way flow through the valve (40; 86; 90; 180), wherein when the valve (40; 86; 90; 180) opens the free edges (62; 82) of the leaflets (52; 80) move outward toward the generally tubular shape described by the support frame (46; 130; 140; 150) from fluid flow in an outflow direction and corresponding fluid pressures, characterized in that each commissure (48; 134; 152) of the relaxed support frame (46; 130; 140; 150) is angled radially outward so as to provide an outflow orifice area greater than the maximum flow orifice area and induce laminar flow through the valve (40; 86; 90; 180).
Device for changing work tools on a loading crane, comprising a first coupling member on the work tool side or the loading crane side with a receiving opening and a second coupling member on the loading crane side or the work tool side with a guide member extending along a longitudinal axis, which guide member is engageable with the receiving opening of the first coupling member by movement of the first coupling member and the second coupling member towards each other in the direction of the longitudinal axis, wherein the first coupling member comprises a support surface for axial abutment of the second coupling member and the second coupling member comprises a bearing surface corresponding to the support surface and at least one locking element which can be moved by means of a drive (23, 30, 31) transversely to the longitudinal axis of the second coupling member between a release position and a holding position, characterized in that the locking element has a clamping surface for frictionally abutting the first coupling member and in that the first coupling member has an abutment surface corresponding to the clamping surface for backlash-free axial clamping of the first coupling member and the second coupling member.
Device for the dynamic chronometric testing of a watch movement or watch, said device including at least one receptacle arranged to hold, up to a given acceleration threshold, at least one movement or a watch, and including handling means arranged to handle each said receptacle spatially, arranged to apply to each said receptacle at least one predefined or random cycle in respect of the path thereof and the dynamic evolution thereof along this path under the fine control of control means including a clock or connected to an external time base, said cycle including the passage via standardised static chronometric testing positions, such that said handling means are arranged for the continuous spatial handling of each said receptacle, and in that said device includes rate sensor means for the continuous and dynamic recording of the rate parameters of each movement placed in a said receptacle during a movement or/and an acceleration, relative to environment sensor means for the continuous recording, correlated with said recording of the rate parameters, of the physical conditions of the environment wherein said chronometric testing takes place, and said device includes fine control means and analysis means interfaced with said control means, said rate sensor means, and said environment sensor means, and arranged to evaluate the behaviour upon wearing of each said movement or respectively of each said watch, to issue a testing certificate in the case where all the values measured comply with predefined tolerances, or to resume an iterative rate setting correction and testing process otherwise, for both said standardised static positions and dynamic positions where the acceleration and velocity are different to zero and which correspond to additional dynamic chronometry criteria, defined in order to qualify the rate during continuous motion applied to said movement or respectively to said watch, such that said fine control means are arranged to control said multi-axis handling means so as to simulate the movements of the arm or/and forearm or/and hand of a right-handed or left-handed user, with angular amplitudes limited to the natural angular amplitudes at the level respectively of the shoulder, elbow, wrist, and further such that said fine control means include means for generating random numbers arranged to trigger the switching, at random times, of said predefined cycle, to apply to said movement or respectively to the watch a path according to a random velocity or/and according to a random acceleration or/and according to random modulus or/and direction or/and random direction movement vectors, along travels limited to a predefined envelope volume.
An apparatus comprising: an implantable auditory prosthesis (102, 402) comprising an implantable magnet and a first proximity sensor, wherein the implantable auditory prosthesis (102, 402) comprises a first operational mode and a second operational mode; and an external control element (104, 404) configured to communicate with the implantable auditory prosthesis (102, 402), wherein the external control element (104, 404) comprises an external magnet, and wherein the implantable auditory prosthesis (102, 402) operates in the first operational mode when the external magnet is engaged with the implantable magnet, and wherein the implantable auditory prosthesis (102, 402) operates in the second operational mode when the external magnet is disengaged from the implantable magnet and the first proximity sensor detects a presence of the external magnet, wherein the implantable auditory prosthesis (102, 402) further comprises a second proximity sensor, and wherein the presence of the external magnet is characterized by a first signal received at the first proximity sensor being stronger than a second signal received at the second proximity sensor. an implantable auditory prosthesis (102, 402) comprising an implantable magnet and a first proximity sensor, wherein the implantable auditory prosthesis (102, 402) comprises a first operational mode and a second operational mode; and an external control element (104, 404) configured to communicate with the implantable auditory prosthesis (102, 402), wherein the external control element (104, 404) comprises an external magnet, and wherein the implantable auditory prosthesis (102, 402) operates in the first operational mode when the external magnet is engaged with the implantable magnet, and wherein the implantable auditory prosthesis (102, 402) operates in the second operational mode when the external magnet is disengaged from the implantable magnet and the first proximity sensor detects a presence of the external magnet, wherein the implantable auditory prosthesis (102, 402) further comprises a second proximity sensor, and wherein the presence of the external magnet is characterized by a first signal received at the first proximity sensor being stronger than a second signal received at the second proximity sensor.
A boiler system comprising: a boiler configured to burn fuel containing at least sulfur content, chlorine content, and water content, a weight percent concentration of the sulfur content being lower than 8.0%, a weight percent concentration of the chlorine content being lower than 0.1%, and a weight percent concentration of the water content being lower than 20.0%, to generate a combustion gas; a removal section configured to remove sulfur oxide and nitrogen oxide contained in the combustion gas, the sulfur oxide containing sulfur dioxide; a desulfurizing absorbent supply section configured to mixe a desulfurizing absorbent for removing sulfur oxide, which contains the sulfur dioxide, contained in the combustion gas into the combustion gas on an upstream side of the removal section; and a denitrating reagent supply section configured to mixe a denitrating reagent for removing nitrogen oxide contained in the combustion gas into the combustion gas on the upstream side of the removal section, wherein the removal section has a dry desulfurization function, and a temperature of the combustion gas flowing into the removal section is higher than 200°C and 350°C or lower. a boiler configured to burn fuel containing at least sulfur content, chlorine content, and water content, a weight percent concentration of the sulfur content being lower than 8.0%, a weight percent concentration of the chlorine content being lower than 0.1%, and a weight percent concentration of the water content being lower than 20.0%, to generate a combustion gas; a removal section configured to remove sulfur oxide and nitrogen oxide contained in the combustion gas, the sulfur oxide containing sulfur dioxide; a desulfurizing absorbent supply section configured to mixe a desulfurizing absorbent for removing sulfur oxide, which contains the sulfur dioxide, contained in the combustion gas into the combustion gas on an upstream side of the removal section; and a denitrating reagent supply section configured to mixe a denitrating reagent for removing nitrogen oxide contained in the combustion gas into the combustion gas on the upstream side of the removal section, wherein the removal section has a dry desulfurization function, and a temperature of the combustion gas flowing into the removal section is higher than 200°C and 350°C or lower.
Plate-shaped building element, in particular a floor panel, with a plate body, wherein the plate body being formed from a mix of fibrous and/or powdered wood material, binding agent and color pigments, which is pressed under temperature and pressure, wherein a carrier layer is integrated in the plate body, wherein the carrier layer comprises at least one wood veneer, characterized in that two veneer carrier layers are arranged one above the other and that the two veneer carrier layers are aligned transversely to one another.
A method for transmitting control information to a user equipment including distributed antenna units and a central unit for controlling the distributed antenna units, by a base station in a wireless communication system, the method comprising: transmitting distributed antenna units-common control information scrambled by a first identifier; and transmitting distributed antenna units-specific control information scrambled by a second identifier, wherein the first identifier is an identifier of the user equipment, wherein the second identifier is a specific value determined based on the identifier of the user equipment and an index of each of the distributed antenna units. transmitting distributed antenna units-common control information scrambled by a first identifier; and transmitting distributed antenna units-specific control information scrambled by a second identifier, wherein the first identifier is an identifier of the user equipment, wherein the second identifier is a specific value determined based on the identifier of the user equipment and an index of each of the distributed antenna units.
An amorphous solid dispersion of belinostat comprising: a) Belinostat or a pharmaceutically acceptable salt, solvate or ester thereof; b) At least one polyvinyl lactam polymer; and c) Optionally, at least one additive. a) Belinostat or a pharmaceutically acceptable salt, solvate or ester thereof; b) At least one polyvinyl lactam polymer; and c) Optionally, at least one additive.
A fluid repellent coating composition for elastomeric articles, said coating composition comprising: a) a low surface energy ingredient; b) a hydrophobic ingredient; and (c) water, wherein the coating composition has a total solids content of 10.2 % by weight or less. a) a low surface energy ingredient; b) a hydrophobic ingredient; and (c) water, wherein the coating composition has a total solids content of 10.2 % by weight or less.
Catch for fastening an object to a link chain, comprising at least one catch projection which is formed so as to be able to be brought into engagement with the link chain and protrudes from an attachment base for attaching the object to the catch, the attachment base and the at least one catch projection being formed by the at least one partial body (A, B) in each case, the at least one partial body being connected to the at least one other partial body by means of at least one form-locking arrangement (E, F), characterised in that the at least one partial body which forms the attachment base is made of a different material from the at least one other partial body which forms the at least one catch projection, and in that the at least one partial body (A, B) is cast onto the at least one other partial body (B, A) such that the partial bodies (A, B) are joined together in such a way that they can no longer be detached from one another in a non-destructive manner.
Apparatus for collecting sap, which comprises at least one drainage tap, which is intended to be fitted into at least one hole in a tree in order to drain sap from the tree, a collection tank, and piping for leading the sap from the said at least one drainage tap to the collection tank, characterized by - an analysis apparatus for taking a sample from the sap and analysing the sample, - the analysis apparatus comprises microbe-level-determining means for determining the microbe level of the sap, and - the piping comprises at least one shut-off means for shutting off the sap flow in the piping, and that the analysis apparatus is operationally connected to the shut-off means, in such a way that the shut-off means is arranged to shut off the sap flow in the piping when the microbe level of the sap reaches a predefined value. - an analysis apparatus for taking a sample from the sap and analysing the sample, - the analysis apparatus comprises microbe-level-determining means for determining the microbe level of the sap, and - the piping comprises at least one shut-off means for shutting off the sap flow in the piping, and that the analysis apparatus is operationally connected to the shut-off means, in such a way that the shut-off means is arranged to shut off the sap flow in the piping when the microbe level of the sap reaches a predefined value.
A rotorcraft tail rotor blade assembly comprising: a rotor blade comprising an inboard end and an outboard end; and a composite yoke fitting made from a composite material, the composite yoke fitting attached to the rotor blade, wherein the composite yoke fitting comprises: an outboard portion inserted into the inboard end of the rotor blade, an inboard portion, and a flexure region about which the rotor blade is configured to flex, wherein the inboard portion and the flexure region are outside the rotor blade. a rotor blade comprising an inboard end and an outboard end; and a composite yoke fitting made from a composite material, the composite yoke fitting attached to the rotor blade, wherein the composite yoke fitting comprises: an outboard portion inserted into the inboard end of the rotor blade, an inboard portion, and a flexure region about which the rotor blade is configured to flex, wherein the inboard portion and the flexure region are outside the rotor blade. an outboard portion inserted into the inboard end of the rotor blade, an inboard portion, and a flexure region about which the rotor blade is configured to flex, wherein the inboard portion and the flexure region are outside the rotor blade.
A method of forming a microwave applicator comprising forming a body comprising dielectric material so that there is a void in the dielectric material, and performing a deposition process to deposit conductive material in the void to create a conductive feature that adheres directly to the dielectric material, thereby to form a feed for coupling energy into the dielectric material.
Locking drive for locking and unlocking a sash/leaf of a window, of a door or the like, having a housing; a mechanical locking energy store for locking the sash/leaf via the energy which can be stored in this locking energy store; a mechanical unlocking energy store for unlocking the sash/leaf via the energy which can be stored in this unlocking energy store; a tensioning device, which can be acted upon by the closing sash/leaf and which can be coupled to the energy stores (16, 18), for pretensioning the energy stores (16, 18); and a control device, wherein the unloading of the pretensioned locking energy store can be triggered via the control device to lock the sash/leaf, and the unloading of the pretensioned unlocking energy store can be triggered via the control device to unlock the sash/leaf, and the tensioning device is connected to the energy stores (16, 18) via a coupling which, with the sash/leaf opening, can be operated in idle to cancel the coupling between the tensioning device and the energy stores (16, 18) and via which, with the sash/leaf closing, the tensioning device and the energy stores (16, 18) can be coupled to one another to pretension the energy stores (16, 18) by means of the closing sash/leaf.
An intervertebral device for use in a human spine, the device comprising: an anterior end; a posterior end; and at least four peripheral walls (22, 24, 26) defining an interior volume surrounding a midline of the device, wherein the peripheral walls comprise a superior wall and an inferior wall for positioning adjacent to vertebral endplates within an intervertebral disc space and a pair of opposing, generally trapezoidal-shaped sidewalls, wherein each of the trapezoidal-shaped sidewalls comprises an internal hinge element that is rotatable from a first configuration to at least a second configuration such that the device is expandable from a collapsed configuration to an expanded configuration in a first dimension, and wherein each of the internal hinge elements comprises an axis that is coplanar with the midline of the device, characterized in that each internal hinge element is restricted from achieving an on-center and an over-center articulation position. an anterior end; a posterior end; and at least four peripheral walls (22, 24, 26) defining an interior volume surrounding a midline of the device, wherein the peripheral walls comprise a superior wall and an inferior wall for positioning adjacent to vertebral endplates within an intervertebral disc space and a pair of opposing, generally trapezoidal-shaped sidewalls,
A telecommunication method for the protected transmission of a message (340, 404) from a message client of a mobile radio device (102, 104, 201, 400), wherein a message server (130, 250, 410) is assigned to the message client and implements a protocol for receiving the message from the message client and for sending the message (340, 404) to a further message server (140, 260, 412), to which the message recipient specified in the message (340, 404) is assigned, wherein the message (340, 404) is transmitted from the message client to the message server (130, 250, 410) via a network node (120, 122, 132, 220, 406), wherein the network node (120, 122, 132, 220, 406) emulates the message server (130, 250, 410) with respect to the message client, and wherein the network node (120, 122, 132, 220, 406) emulates the message client with respect to the message server (130, 250, 410), said method comprising the following steps: a) receiving the message (340, 404) from the message client by the network node (120, 122, 132, 220, 406), b) checking by the network node (120, 122, 132, 220, 406) whether the content of the message (340, 404) to be transmitted is encrypted, and, c) if this is the case, sending the message (340, 404) from the network node (120, 122, 132, 220, 406) via the message server (130, 250, 410) to the message recipient specified in the message (340, 404), and, d) if this is not the case, protecting the message (340, 404) by the network node (120, 122, 132, 220, 406) and sending the protected message (342, 408) to the message recipient, wherein the network node (120, 122, 132, 220, 406) is a node of a mobile radio network. a) receiving the message (340, 404) from the message client by the network node (120, 122, 132, 220, 406), b) checking by the network node (120, 122, 132, 220, 406) whether the content of the message (340, 404) to be transmitted is encrypted, and, c) if this is the case, sending the message (340, 404) from the network node (120, 122, 132, 220, 406) via the message server (130, 250, 410) to the message recipient specified in the message (340, 404), and, d) if this is not the case, protecting the message (340, 404) by the network node (120, 122, 132, 220, 406) and sending the protected message (342, 408) to the message recipient,
A method for identifying a compound which modulates the activity of a BCL-2 family polypeptide, the method comprising: a) contacting said BCL-2 family polypeptide with a compound under conditions suitable for modulation of the activity of said BCL-2 family polypeptide wherein the BCL-2 family polypeptide comprises BAX (SEQ ID NO: 1); and b) detecting modulation of the activity of said BCL-2 family polypeptide by the compound, c) determining whether the compound interacts with an active site in said BCL-2 family polypeptide and wherein the compound binds to one or more amino acid residues selected from the group consisting of Ala24, Met20, Leu141, Met137, Lys21, Arg134, Asp142, Leu27, Ile31, Ile133, Glu17, Gln28, Gln32, Gln52, Glu131 and Arg145 of a BAX active site of SEQ ID NO: 1. a) contacting said BCL-2 family polypeptide with a compound under conditions suitable for modulation of the activity of said BCL-2 family polypeptide wherein the BCL-2 family polypeptide comprises BAX (SEQ ID NO: 1); and b) detecting modulation of the activity of said BCL-2 family polypeptide by the compound, c) determining whether the compound interacts with an active site in said BCL-2 family polypeptide and wherein the compound binds to one or more amino acid residues selected from the group consisting of Ala24, Met20, Leu141, Met137, Lys21, Arg134, Asp142, Leu27, Ile31, Ile133, Glu17, Gln28, Gln32, Gln52, Glu131 and Arg145 of a BAX active site of SEQ ID NO: 1.