mhurhangee/patent-ind-claim-en huggingface dataset:
A method for making a gas turbine engine ceramic matrix composite structure, the method comprising: providing at least one metal core element, fabricating a ceramic matrix composite component, the fabricating comprising: - wrapping a plurality of plies of ceramic fabric about the metal core element; - externally tooling the metal core element and ceramic fabric combination, or part; - removing the external tooling; the metal core element becoming molten and flowing out of the part, with the exception of some residual core material; and removing the residual core material from the part by introduction of a halogen gas, wherein the ceramic matrix composite component comprises a blade, vane, blade track or combustor liner. providing at least one metal core element, fabricating a ceramic matrix composite component, the fabricating comprising: - wrapping a plurality of plies of ceramic fabric about the metal core element; - externally tooling the metal core element and ceramic fabric combination, or part; - removing the external tooling; - wrapping a plurality of plies of ceramic fabric about the metal core element; - externally tooling the metal core element and ceramic fabric combination, or part; - removing the external tooling; the metal core element becoming molten and flowing out of the part, with the exception of some residual core material; and removing the residual core material from the part by introduction of a halogen gas, wherein the ceramic matrix composite component comprises a blade, vane, blade track or combustor liner.
Fixing element for an implant system comprising at least two fixing elements that are fixable to bone parts or the like and at least one connecting element that is fixable to the at least two fixing elements , wherein the fixing element comprises a distal end fixing part comprising a fixing section and a seating part which is connected to the fixing part , wherein the seating part comprises a connecting element seating for accommodating the connecting element and a fixing element for fixing the connecting element in the connecting element seating , wherein the seating part is formed from a seating part material, wherein the seating part comprises at least one reinforcement element which is formed from a reinforcement element material that has a greater stiffness and/or strength than the seating part material, wherein the seating part comprises at least one reinforcement element seating into which the at least one reinforcement element is inserted, characterized in that the at least one reinforcement element seating is sealed off, particularly by caulking a flange, and/or in that the fixing element comprises at least one closure element for sealing off the at least one reinforcement element seating .
A sensor system having a plurality of sensors each having a sensor housing , wherein the sensor housings are fastenable to a mounting rail ; wherein the mounting rail has an areal contact element having at least two conductor tracks and the sensor housings each have at least two contact pins ; and wherein the contact pins are each connected to the conductor tracks of the areal contact element with a sensor inserted into the mounting rail , characterized in that the areal contact element has at least one third and one fourth conductor track , with the third conductor track being provided for a ground connection and the fourth conductor track being provided for a supply voltage, with at least one switching element for the conductive track of the supply voltage respectively being provided for each sensor housing , and with the respective switching element being actuable by an actuation means of the sensor housing .
A battery module comprising: a battery cell assembly having at least one battery cell ; a module case configured to accommodate the battery cell assembly and including a first cover plate for covering one side of the battery cell assembly and a second cover plate for covering the other side of the battery cell assembly ; and at least one bolting member integrally fastened through the first cover plate and the second cover plate of the module case wherein the at least one bolting member includes: a first fastening unit screwed to the first cover plate ; and a second fastening unit extending from the first fastening unit and screwed to the second cover plate , characterized in that the first fastening unit have a smaller diameter than the second fastening unit , and the first fastening unit and the second fastening unit have different thread directions. a battery cell assembly having at least one battery cell ; a module case configured to accommodate the battery cell assembly and including a first cover plate for covering one side of the battery cell assembly and a second cover plate for covering the other side of the battery cell assembly ; and at least one bolting member integrally fastened through the first cover plate and the second cover plate of the module case wherein the at least one bolting member includes: a first fastening unit screwed to the first cover plate ; and a second fastening unit extending from the first fastening unit and screwed to the second cover plate , characterized in that the first fastening unit have a smaller diameter than the second fastening unit , and the first fastening unit and the second fastening unit have different thread directions. a first fastening unit screwed to the first cover plate ; and a second fastening unit extending from the first fastening unit and screwed to the second cover plate , characterized in that the first fastening unit have a smaller diameter than the second fastening unit , and the first fastening unit and the second fastening unit have different thread directions.
A high or differential pressure electrolyser comprising, an electrochemical cell having a high pressure side and a low pressure side , the electrochemical cell comprising: first and second flow field plates ; a membrane located between the flow field plates, the membrane having a first side on the low pressure side and a second side on the high pressure side; a first porous support between the first side of the membrane and the first flow field plate, the first porous support being relatively incompressible compared to other materials located between the plates; a first seal surrounding the first porous support, there being a gap (E) between the first porous support and the seal at the surface of the membrane; a second seal between the second side of the membrane and the second flow field plate, wherein at least part of the second seal is located inside of the gap as seen in plan view, whereby the membrane is protected against being pushed into the gap by pressure from the high pressure side of the cell. first and second flow field plates ; a membrane located between the flow field plates, the membrane having a first side on the low pressure side and a second side on the high pressure side; a first porous support between the first side of the membrane and the first flow field plate, the first porous support being relatively incompressible compared to other materials located between the plates; a first seal surrounding the first porous support, there being a gap (E) between the first porous support and the seal at the surface of the membrane; a second seal between the second side of the membrane and the second flow field plate, wherein at least part of the second seal is located inside of the gap as seen in plan view, whereby the membrane is protected against being pushed into the gap by pressure from the high pressure side of the cell.
A mounting device for a sanitary item for mounting on a rod protruding from a wall, wherein the mounting device comprises the following: a positive locking element for creating a positive locking arrangement which fixes the sanitary item in place by installing the positive locking element on the rod ; a wedge-shaped clamping mechanism for clamping the sanitary item against the positive locking arrangement and therefore for pressing the sanitary item on to the wall; characterised in that the positive locking element is attached to the mounting device and the positive locking arrangement can be created by sliding on and then lowering the mounting device and therefore the positive locking element on to the rod and by an engagement between a ribbed surface of the positive locking element and a male thread provided on the rod . a positive locking element for creating a positive locking arrangement which fixes the sanitary item in place by installing the positive locking element on the rod ; a wedge-shaped clamping mechanism for clamping the sanitary item against the positive locking arrangement and therefore for pressing the sanitary item on to the wall; characterised in that the positive locking element is attached to the mounting device and the positive locking arrangement can be created by sliding on and then lowering the mounting device and therefore the positive locking element on to the rod and by an engagement between a ribbed surface of the positive locking element and a male thread provided on the rod .
A blood pump system, comprising: a pump housing; an impeller (21; 52; 210; 411) for rotating in a pump chamber within the housing, the impeller having a first side and a second side opposite the first side; a stator (35; 53; 205) comprising drive coils for applying a torque to the impeller; a field oriented control 'FOC' device for controlling the drive coils; a hydrodynamic bearing mechanism and an electromagnetic bearing for suspending the impeller within the pump chamber, wherein the hydrodynamic bearing and the electromagnetic bearing exhibit a bearing stiffness curve having at least two stable eccentric positions for the impeller; and a position control mechanism for moving the impeller in an axial direction between a first eccentric position and a second eccentric position within the pump chamber to adjust a size of a first gap and a size of a second gap, thereby controlling a washout rate at each of the first gap and the second gap, wherein the first gap is defined by a distance between the first side and the housing and the second gap is defined by a distance between the second side and the pump housing, and wherein the position control mechanism controls a stator coil flux current provided to the FOC device to move the impeller in the axial direction, independent of a quadrature current provided by a speed control device to the FOC device to control a rotational speed of the impeller. a pump housing; an impeller (21; 52; 210; 411) for rotating in a pump chamber within the housing, the impeller having a first side and a second side opposite the first side; a stator (35; 53; 205) comprising drive coils for applying a torque to the impeller; a field oriented control 'FOC' device for controlling the drive coils; a hydrodynamic bearing mechanism and an electromagnetic bearing for suspending the impeller within the pump chamber, wherein the hydrodynamic bearing and the electromagnetic bearing exhibit a bearing stiffness curve having at least two stable eccentric positions for the impeller; and a position control mechanism for moving the impeller in an axial direction between a first eccentric position and a second eccentric position within the pump chamber to adjust a size of a first gap and a size of a second gap, thereby controlling a washout rate at each of the first gap and the second gap, wherein the first gap is defined by a distance between the first side and the housing and the second gap is defined by a distance between the second side and the pump housing, and wherein the position control mechanism controls a stator coil flux current provided to the FOC device to move the impeller in the axial direction, independent of a quadrature current provided by a speed control device to the FOC device to control a rotational speed of the impeller.
A method of a smart secure platform, SSP, in a terminal verifying a secondary platform bundle manager, SPBM, certificate in a wireless communication system, the method comprising: receiving, from a local bundle assistant, LBA , an SSP credential request including: a secondary platform bundle family identifier, SPB Family ID, wherein the SPB family ID is an identifier that identifies a type of a bundle, a secondary platform bundle family custodian object identifier, SPB Family Custodian Object ID, wherein the SPB family Custodian Object ID is an identifier that identifies a subject which manages the SPB family ID, and the secondary platform bundle manager, SPBM, certificate for key agreement, wherein the SPBM certificate for key agreement is used to generate a session key between the SSP and the SPBM; verifying the SPBM certificate for key agreement based on the SPB Family ID and the SPB Family Custodian Object ID; generating the SSP credential based on the SPB Family ID and the SPB Family Custodian Object ID; and transmitting, to the LBA , the generated SSP credential. receiving, from a local bundle assistant, LBA , an SSP credential request including: a secondary platform bundle family identifier, SPB Family ID, wherein the SPB family ID is an identifier that identifies a type of a bundle, a secondary platform bundle family custodian object identifier, SPB Family Custodian Object ID, wherein the SPB family Custodian Object ID is an identifier that identifies a subject which manages the SPB family ID, and the secondary platform bundle manager, SPBM, certificate for key agreement, a secondary platform bundle family identifier, SPB Family ID, wherein the SPB family ID is an identifier that identifies a type of a bundle, a secondary platform bundle family custodian object identifier, SPB Family Custodian Object ID, wherein the SPB family Custodian Object ID is an identifier that identifies a subject which manages the SPB family ID, and the secondary platform bundle manager, SPBM, certificate for key agreement, wherein the SPBM certificate for key agreement is used to generate a session key between the SSP and the SPBM; verifying the SPBM certificate for key agreement based on the SPB Family ID and the SPB Family Custodian Object ID; generating the SSP credential based on the SPB Family ID and the SPB Family Custodian Object ID; and transmitting, to the LBA , the generated SSP credential.
Headlamp for a vehicle comprising a housing closed by a transparent outer lens , inside which housing there are placed at least one lighting module emitting a beam of light in the direction of an optical axis defining a cone of light and a transparent screen positioned between said at least one lighting module and the outer lens, at least one edge (52-55) of the screen receiving a beam of light emitted by at least one light source , distinct from the lighting module and guided inside the screen, - an internal face of the screen, which face is situated facing said at least one lighting module, being equipped with a plurality of optical modules that scatter the light emitted by the at least one light source towards the outer lens, in order to form a signalling function, - the outer lens making a first angle of 60° to 100° with the optical axis of said at least one lighting module , characterized in that the screen makes, with the optical axis of said at least one lighting module, a second angle such that part of the cone of light from the beam of light, which part is situated beneath the optical axis and furthest from the optical axis when they headlight is in a position of use, is reflected by the screen towards said lighting module, so as to pass above the same. - an internal face of the screen, which face is situated facing said at least one lighting module, being equipped with a plurality of optical modules that scatter the light emitted by the at least one light source towards the outer lens, in order to form a signalling function, - the outer lens making a first angle of 60° to 100° with the optical axis of said at least one lighting module , characterized in that the screen makes, with the optical axis of said at least one lighting module, a second angle such that part of the cone of light from the beam of light, which part is situated beneath the optical axis and furthest from the optical axis when they headlight is in a position of use, is reflected by the screen towards said lighting module, so as to pass above the same.
A yarn winder configured to wind a running yarn (Y) onto a bobbin (Bw), comprising: a traverse unit which includes a traverse guide for traversing the yarn (Y) along an axial direction of the bobbin (Bw); a tension applying unit configured to apply tension to the yarn (Y) which is to be wound onto the bobbin (Bw); and a control unit , characterized in that the control unit includes: a prediction information acquisition unit configured to obtain prediction information regarding at least one of a predicted future position and predicted future speed of the traverse guide ; and a tension adjustment unit configured to control the tension applying unit based on adjustment information regarding the adjustment of the tension, and the tension adjustment unit obtaining the adjustment information corresponding to a predetermined first time point (t1) in association with the prediction information corresponding to a second time point (t2) which is a time point after the elapse of a predetermined time (dt) from the first time point (t1). a traverse unit which includes a traverse guide for traversing the yarn (Y) along an axial direction of the bobbin (Bw); a tension applying unit configured to apply tension to the yarn (Y) which is to be wound onto the bobbin (Bw); and a control unit , characterized in that the control unit includes: a prediction information acquisition unit configured to obtain prediction information regarding at least one of a predicted future position and predicted future speed of the traverse guide ; and a tension adjustment unit configured to control the tension applying unit based on adjustment information regarding the adjustment of the tension, and the tension adjustment unit obtaining the adjustment information corresponding to a predetermined first time point (t1) in association with the prediction information corresponding to a second time point (t2) which is a time point after the elapse of a predetermined time (dt) from the first time point (t1). a prediction information acquisition unit configured to obtain prediction information regarding at least one of a predicted future position and predicted future speed of the traverse guide ; and a tension adjustment unit configured to control the tension applying unit based on adjustment information regarding the adjustment of the tension, and the tension adjustment unit obtaining the adjustment information corresponding to a predetermined first time point (t1) in association with the prediction information corresponding to a second time point (t2) which is a time point after the elapse of a predetermined time (dt) from the first time point (t1).
Bromodomain inhibitor (+)-JQ1 in combination with DNA methylation inhibitor 2'-deoxy-5-azacytidine for use in DNA methylation inhibitor therapy of cancer to overcome the resistance and/or to reduce the incidence of developing resistance to DNA methylation inhibitor 2'-deoxy-5-azacytidine.
Method for the electrical resistance heating of an electrically conductive, flat material , in particular sheet metal, and for the thermal direct joining of a plastic component to the heated, flat material , in which a first and a second electrode are placed on a surface of the flat material at a distance from one another with a free space and an electric current can be introduced into the material via the first and second electrodes to heat the material , characterised in that at least one further electrode , which are all distributed in an electrode arrangement around the free space and are arranged on the one surface on the flat material , the flat material is heated, wherein different electrode constellations of the at least three electrodes are each alternately supplied with the electric current in pairs, and the plastic component is fed via the free space onto the heated, flat material for thermal direct joining of this plastic component thereto.
An end barrier box for blocking ambient gases from entering a hearth of a reflow oven, comprising: a box body , wherein the box body comprises a bottom , the bottom has a mounting bottom plate , the box body forms a top opening , the box body further comprises a pair of side walls , and the side walls are oppositely disposed; and a plurality of deflectors , wherein each of the plurality of deflectors is mounted between the pair of side walls , each of the plurality of deflectors comprises at least three fins (212.1, 212.2, 212.3), and the at least three fins (212.1, 212.2, 212.3) are mounted on the mounting bottom plate and extend upward from the mounting bottom plate , wherein each of the fins comprises a bent portion , and the bent portion is connected to the mounting bottom plate by a removable fastening assembly such that the at least three fins (212.1, 212.2, 212.3) are mounted on the mounting bottom plate . a box body , wherein the box body comprises a bottom , the bottom has a mounting bottom plate , the box body forms a top opening , the box body further comprises a pair of side walls , and the side walls are oppositely disposed; and a plurality of deflectors , wherein each of the plurality of deflectors is mounted between the pair of side walls , each of the plurality of deflectors comprises at least three fins (212.1, 212.2, 212.3), and the at least three fins (212.1, 212.2, 212.3) are mounted on the mounting bottom plate and extend upward from the mounting bottom plate , wherein each of the fins comprises a bent portion , and the bent portion is connected to the mounting bottom plate by a removable fastening assembly such that the at least three fins (212.1, 212.2, 212.3) are mounted on the mounting bottom plate .