mhurhangee/ep-ind-claims huggingface dataset:
A rotary machine blade comprising: a clearance flow suppressing blade portion (34, 34B, 34C, 34D, 34E, 234, 334) the rotary machine blade being characterised in that the clearance flow suppressing blade portion (34, 34B, 34C, 34D, 34E, 234, 334) comprises one or more inflection points (P1, P2, P 3) at which a lean angle at an intersection point between a camber line in a cross section of the clearance flow suppressing blade portion (34, 34B, 34C, 34D, 34E, 234, 334) and an imaginary straight line extending from an axis of rotation in a radial direction is 0 degree, a lean angle at the intersection point toward a blade end from and adjacent to the inflection point which is located closest to the blade end being positive and a lean angle at the intersection point toward a side away from the blade end with respect to and adjacent to the inflection point which is located closest to the blade end being negative, when a direction from a positive pressure surface to a negative pressure surface is set as a positive direction at the inflection point, which is located closest to the blade end, wherein in the clearance flow suppressing blade portion (34, 34B, 34C, 34D, 34E, 234, 334), a positive lean angle gradually decreases as the intersection point nears, from the blade end, the inflection point which is located closest to the blade end. a clearance flow suppressing blade portion (34, 34B, 34C, 34D, 34E, 234, 334) the rotary machine blade being characterised in that the clearance flow suppressing blade portion (34, 34B, 34C, 34D, 34E, 234, 334) comprises one or more inflection points (P1, P2, P 3) at which a lean angle at an intersection point between a camber line in a cross section of the clearance flow suppressing blade portion (34, 34B, 34C, 34D, 34E, 234, 334) and an imaginary straight line extending from an axis of rotation in a radial direction is 0 degree, a lean angle at the intersection point toward a blade end from and adjacent to the inflection point which is located closest to the blade end being positive and a lean angle at the intersection point toward a side away from the blade end with respect to and adjacent to the inflection point which is located closest to the blade end being negative, when a direction from a positive pressure surface to a negative pressure surface is set as a positive direction at the inflection point, which is located closest to the blade end, wherein in the clearance flow suppressing blade portion (34, 34B, 34C, 34D, 34E, 234, 334), a positive lean angle gradually decreases as the intersection point nears, from the blade end, the inflection point which is located closest to the blade end.
Ink reservoir for supplying ink to a print head of an inkjet printer, comprising an ink chamber delimited by at least a front wall surface, a back wall surface, two side wall surfaces (13, 14), and a bottom wall surface, the ink chamber having an outlet located in a portion of a wall surface delimiting a lower portion of the ink chamber, the ink chamber having a return inlet located in a portion of a wall surface delimiting an upper portion of the ink chamber, wherein the bottom wall surface comprises a curved surface extending between the front wall surface and the back wall surface in a first direction and extending from the one side wall surface to the other side wall surface in a second direction, wherein the curved surface has a slope in a plane normal to the second direction and wherein the curved surface has a concave contour comprising a semi-elliptical curve having a width-to-height ratio (Q/P) of more than one in a plane normal to the first direction and parallel to the second direction.
An apparatus in a wireless communication device for enhanced implicit authentication of the user of the device, wherein the apparatus comprises: means for managing data configured for receiving user-related data collected from the wireless communication device, the user-related data being indicative of behavioural patterns of the device user; means for managing authentication configured for implicitly authenticating the device user without user-intervention by comparing the user-related data with a user model; and means for model managing configured for updating the user model as valid using the user-related data if the result of the implicit authentication is positive and explicitly authenticating the device user if the result of the implicit authentication is negative; further comprising requesting the device user for confirmation of legitimate behaviour in case the result of the explicit authentication is positive, and updating (580, 590, 595) the user model with the latest user-related data if the outcome of the legitimate confirmation is positive; and if the result of the explicit authentication is negative, requesting the device user for information corresponding to the last device usage, wherein the last device usage information comprises at least one of time, date and/or location; fetching from the storage means the user model which best matches the last device usage information provided; and using the fetched user model as the current user model. means for managing data configured for receiving user-related data collected from the wireless communication device, the user-related data being indicative of behavioural patterns of the device user; means for managing authentication configured for implicitly authenticating the device user without user-intervention by comparing the user-related data with a user model; and means for model managing configured for updating the user model as valid using the user-related data if the result of the implicit authentication is positive and explicitly authenticating the device user if the result of the implicit authentication is negative; further comprising requesting the device user for confirmation of legitimate behaviour in case the result of the explicit authentication is positive, and updating (580, 590, 595) the user model with the latest user-related data if the outcome of the legitimate confirmation is positive; and if the result of the explicit authentication is negative, requesting the device user for information corresponding to the last device usage, wherein the last device usage information comprises at least one of time, date and/or location; fetching from the storage means the user model which best matches the last device usage information provided; and using the fetched user model as the current user model.
Method for actuating a component (22, 24) of a drive train of a motor vehicle, wherein the component (22, 24) is mechanically prestressed into a safe state, having the step: - sensing a fault state, characterized by the steps - sensing whether the fault state is a first or second type of fault state, - immediate interruption of the actuation of the component (22, 24) so that the component (22, 24) is passively transferred into the safe state by the mechanical prestress (30, 32) if the fault state is of the first type of fault state or actuation of the component (22, 24) in such a way that the component (22, 24) is actively transferred into the safe state if the fault state is of the second type of fault state. - sensing a fault state, characterized by the steps - sensing whether the fault state is a first or second type of fault state, - immediate interruption of the actuation of the component (22, 24) so that the component (22, 24) is passively transferred into the safe state by the mechanical prestress (30, 32) if the fault state is of the first type of fault state or actuation of the component (22, 24) in such a way that the component (22, 24) is actively transferred into the safe state if the fault state is of the second type of fault state.
Method for controlling a wind turbine comprising a rotor which can be driven by wind, can rotate about a horizontally or substantially horizontally aligned rotor axis and comprises a plurality of rotor blades (1, 2, 3) which each extend in the direction of a blade axis (11, 12, 13) running transversely or substantially transversely to the rotor axis about which the respective rotor blade (1, 2, 3) is rotated, the rotor being rotated about a vertically or substantially vertically aligned yaw axis, at a yaw angular velocity (γ), as a result of which gyroscopic loads are generated on the rotor blades (1, 2, 3), characterised in that by rotating the rotor blades (1, 2, 3) about their blade axes (11, 12, 13) subject to the yaw angular velocity (γ), or to a guide variable (γ c) influencing said yaw angular velocity, the gyroscopic loads on the rotor blades (1, 2, 3) are reduced.
A centrifugal pendulum device for application in a drive train of a vehicle powered by an internal combustion engine, consisting of at least one support flange rotating about a rotational axis, with which pendulum masses (6, 7) are associated via a bifilar pendulum suspension in the circumferential direction, which, in the event of a rotational irregularity occurring in the drive train under the influence of centrifugal force in conjunction with cylindrical rollers which are guided in mutually opposing roller tracks (10, 11) of the support flange and of the pendulum masses (6, 7), execute a movement relative to the support flange and thereby dampen vibrations, wherein the support flange encloses open roller tracks in the direction of the rotational axis and all cylindrical rollers are subjected to a force radially in the direction of the roller tracks by a pre-stressing element, characterised in that a closed or slotted, one-piece or multi-piece, radially pre-stressed spring ring is provided as the pre-stressing element, which is in direct contact with the cylindrical rollers.
A medical instrument for endoscopic procedures, having a handle and a hollow shaft, wherein in the handle that supports the shaft at least two channels (7, 8, 9) are configured extending from the shaft and the channels (7, 8, 9) can be coupled on the proximal end with supply conduits (11, 12, 13), wherein the proximal end of at least one first channel (7, 8, 9) positioned in the handle and the distal end of at least one supply conduit (11, 12 or 13) that is to be coupled with this first channel (7, 8 or 9) of the handle are configured with respect to their geometric structural design in such a way that this first channel (7, 8 or 9) and the corresponding supply conduit (11, 12 or 13) can be coupled only with one another, characterized in that at least two supply conduits (11, 12) are combined via a stud connecting the supply conduits (11, 12) to one another in a connecting adapter that may be coupled to the medical instrument, and that the connecting adapter may be secured to the handle by means of a coupling mechanism configured as a catch connection having a catch hook and a catch recess, wherein the catch recess is formed on the stud.
An oral care implement (10, 110, 310), comprising: a handle; and a head (12, 60, 112, 312) connected to one end of the handle, wherein the head (12, 60, 112, 312) has at least one cleaning element (26, 36, 64) and at least one oral care dispenser (32, 70, 132) wherein the oral care dispenser is a capsule (32, 70, 132) having a water-soluble shell, characterised in that the oral care dispenser (32, 70, 132) is configured to release an oral care material within five seconds when exposed to water having a temperature of about 35 °C to about 40 °C; and wherein the capsule has at least one site with a reduced shell thickness, such that the shell is configured to release the oral care material from the at least one site before the oral care material is released from a thicker portion of the shell. a handle; and a head (12, 60, 112, 312) connected to one end of the handle, wherein the head (12, 60, 112, 312) has at least one cleaning element (26, 36, 64) and at least one oral care dispenser (32, 70, 132) wherein the oral care dispenser is a capsule (32, 70, 132) having a water-soluble shell, characterised in that the oral care dispenser (32, 70, 132) is configured to release an oral care material within five seconds when exposed to water having a temperature of about 35 °C to about 40 °C; and wherein the capsule has at least one site with a reduced shell thickness, such that the shell is configured to release the oral care material from the at least one site before the oral care material is released from a thicker portion of the shell.
Gluing unit of a container labeling aggregate comprising a rotatably supported paste roll drivable to rotate and at least one glue supply, wherein the gluing unit is equipped with an integrated or mountable cleaning device for cleaning cycles of at least the paste roll in the operational position of the paste roll, the paste roll being accommodated in a housing defining a cleaning chamber characterized in that the housing comprises at least one operation opening offering access to the surface of the paste roll for a co-operation of the paste roll with label-transfer elements taking off glue from the paste roll, the operation opening serving during operation for the transfer of glue, and that at least one closure element is provided which can be brought in a closing position for cleaning cycles for closing the operation opening of the cleaning chamber at the housing.
A method for providing an array, comprising: a) irradiating a substrate comprising a plurality of masked spot regions and an unmasked boundary region between the plurality of masked spot regions, whereby a photoresist in the boundary region is degraded to render the boundary region available for blocking or ablation of oligonucleotide molecules in the boundary region, whereas the spot regions are protected by a photoresist in the spot regions from oligonucleotide blocking or ablation; b) blocking or ablating oligonucleotide molecules in the boundary region; c) irradiating the substrate to render an oligonucleotide molecule immobilized in a first one or more of the spot regions on the substrate available for oligonucleotide attachment, whereas an oligonucleotide molecule immobilized in one or more other spot regions on the substrate are not available for oligonucleotide attachment; and d) attaching a first oligonucleotide of at least four nucleotides in length to the oligonucleotide molecule immobilized in the first one or more of the spot regions to provide an extended oligonucleotide molecule in the first one or more of the spot regions. a) irradiating a substrate comprising a plurality of masked spot regions and an unmasked boundary region between the plurality of masked spot regions, whereby a photoresist in the boundary region is degraded to render the boundary region available for blocking or ablation of oligonucleotide molecules in the boundary region, whereas the spot regions are protected by a photoresist in the spot regions from oligonucleotide blocking or ablation; b) blocking or ablating oligonucleotide molecules in the boundary region; c) irradiating the substrate to render an oligonucleotide molecule immobilized in a first one or more of the spot regions on the substrate available for oligonucleotide attachment, whereas an oligonucleotide molecule immobilized in one or more other spot regions on the substrate are not available for oligonucleotide attachment; and d) attaching a first oligonucleotide of at least four nucleotides in length to the oligonucleotide molecule immobilized in the first one or more of the spot regions to provide an extended oligonucleotide molecule in the first one or more of the spot regions.
A dressing interface for connecting a source of fluids to a tissue interface and sensing properties of fluid at a tissue site, characterized in that the dressing interface comprises: a housing having a body including a therapy cavity and a component cavity fluidly isolated from the therapy cavity, the therapy cavity having an opening configured to be in fluid communication with the tissue interface; a negative-pressure port fluidly coupled to the therapy cavity and adapted to be fluidly coupled to a negative-pressure source; an ambient port fluidly coupled to the component cavity and adapted to be fluidly coupled to an ambient environment; a control device disposed within the component cavity and including a microprocessor; at least one sensor (516, 518) electrically coupled to the microprocessor and having a sensing portion disposed within the therapy cavity and an ambient input fluidly coupled to the component cavity; and a fluid conduit having a first end coupled to the ambient port and a second end. a housing having a body including a therapy cavity and a component cavity fluidly isolated from the therapy cavity, the therapy cavity having an opening configured to be in fluid communication with the tissue interface; a negative-pressure port fluidly coupled to the therapy cavity and adapted to be fluidly coupled to a negative-pressure source; an ambient port fluidly coupled to the component cavity and adapted to be fluidly coupled to an ambient environment; a control device disposed within the component cavity and including a microprocessor; at least one sensor (516, 518) electrically coupled to the microprocessor and having a sensing portion disposed within the therapy cavity and an ambient input fluidly coupled to the component cavity; and a fluid conduit having a first end coupled to the ambient port and a second end.
Shading device, in particular an awning, with a rotatably mounted shaft in a housing, in particular a cloth shaft, from which a shading element, in particular, a cloth can be unwound, wherein the shaft is driven by means of an electric motor, in particular, a cloth shaft motor, wherein the shading device has one or more lighting means, wherein the shading device has a central control unit connected by wires to at least the motor and the lighting means, characterized in that the control unit is connectable/connected to a phase of a current-voltage supply, wherein by means of the control unit at least the motor and the lighting means are driven, and power supply of at least the motor and the lighting means is accomplished by the control unit in that the phase is switched through to the respective wire, wherein the central control unit comprises a radio receiver for receiving and processing signals from a radio remote control and switching and operating of at least the motor and/or the lighting means by means of the radio remote control is effected / can be effected, wherein the radio receiver of the control unit is adapted for receiving and processing signals from the radio remote control for a plurality of radio channels, wherein each of the radio channels is used for control and operation of loads connected to the control unit and supplied from the latter with electrical energy, in particular for the control and operation of the cloth shaft motor and/or the lighting means and/or a valance shaft motor and/or one or more radiant heaters.
A prestressed-concrete pile with a steel structure, having a minimum section area of 100 cm 2, and comprising steel wires as steel structure, characterized in that the pile has a minimum length of 7 meters, in that the dried prestressed concrete has a minimum strength of 50 N/mm 2, and in that the steel wires have a minimum cross-section overall of at least 170 mm 2 and in that said wires are prestressed with a force of at least 200 kN.
A motor vehicle, especially an electric or hybrid vehicle, that has a battery (4; 24) arranged in a battery compartment (3; 23), the battery compartment including a partition comprising an opening closed by a thermofusible cover (6; 14), characterized in that the cover is covered by a heat-disruptable coating.
A mobile terminal comprising: a touchscreen; and a controller operatively connected to the touchscreen and configured to: display one of a plurality of home screens (A, B, C, D) on the touchscreen, wherein the plurality of home screens (A, B, C, D) are arranged in a first cyclic order and in a second cyclic order, a home screen being an arrangement of objects comprising at least one of a file icon, an application icon or a widget; detect a first touch action or a second touch action to the touchscreen, characterized in that the controller is configured to: sequentially display the plurality of home screens in a different cyclic order depending on which of the first or second touch action is detected; wherein the plurality of home screens are sequentially displayed on the touchscreen in the first cyclic order if the first touch action is detected, and the plurality of home screens are sequentially displayed on the touchscreen in the second cyclic order if the second touch action is detected. a touchscreen; and a controller operatively connected to the touchscreen and configured to: display one of a plurality of home screens (A, B, C, D) on the touchscreen, wherein the plurality of home screens (A, B, C, D) are arranged in a first cyclic order and in a second cyclic order, a home screen being an arrangement of objects comprising at least one of a file icon, an application icon or a widget; detect a first touch action or a second touch action to the touchscreen, characterized in that the controller is configured to: sequentially display the plurality of home screens in a different cyclic order depending on which of the first or second touch action is detected; display one of a plurality of home screens (A, B, C, D) on the touchscreen, wherein the plurality of home screens (A, B, C, D) are arranged in a first cyclic order and in a second cyclic order, a home screen being an arrangement of objects comprising at least one of a file icon, an application icon or a widget; detect a first touch action or a second touch action to the touchscreen, characterized in that the controller is configured to: sequentially display the plurality of home screens in a different cyclic order depending on which of the first or second touch action is detected; sequentially display the plurality of home screens in a different cyclic order depending on which of the first or second touch action is detected; wherein the plurality of home screens are sequentially displayed on the touchscreen in the first cyclic order if the first touch action is detected, and the plurality of home screens are sequentially displayed on the touchscreen in the second cyclic order if the second touch action is detected.
An open ear canal hearing aid comprising: an electronics containing portion; and a bristle assembly connected to the electronics containing portion, wherein the bristle assembly is configured to secure the hearing aid within an ear canal, wherein the bristle assembly comprises a plurality of flexible bristles configured to contact the ear canal surface when the hearing aid is in use, the bristles being arranged in the manner of a circular hairbrush, a spiral pattern, a series of circular disks, a zig-zag, rows extending lengthwise along the hearing aid, an even covering, an array, or a random pattern_and the density of the bristles being 30 or more per square centimetre; and wherein the hearing aid preserves an open ear canal. an electronics containing portion; and a bristle assembly connected to the electronics containing portion, wherein the bristle assembly is configured to secure the hearing aid within an ear canal, wherein the bristle assembly comprises a plurality of flexible bristles configured to contact the ear canal surface when the hearing aid is in use, the bristles being arranged in the manner of a circular hairbrush, a spiral pattern, a series of circular disks, a zig-zag, rows extending lengthwise along the hearing aid, an even covering, an array, or a random pattern_and the density of the bristles being 30 or more per square centimetre; and wherein the hearing aid preserves an open ear canal.