mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a French casement window or a French door using a profile system, comprising at least one outer frame profile, a casement or leaf frame profile, an astragal basic profile and an astragal impact bar profile, wherein the astragal basic profile and the astragal impact bar profile have means for form-fitting connection to each other, wherein the astragal basic profile and the astragal impact bar profile as means for the form-fitting connection - each have a hook-shaped cam (18, 22), which cams are operatively connected to each other in the connected state and have an undercut, and - together have a pair of latching connection means (19, 32) which are operatively connected to each other in the connected state, - wherein the hook-shaped cams (18, 22) and the latching connecting means (19, 32) are arranged spaced apart from one another, and wherein a cavity for receiving adhesive is formed in the region between the hook-shaped cams (18, 22) and the latching connecting means (19, 32) in the connected state, characterized by the following method steps: - the astragal basic profile and a casement or leaf frame profile are cut to mitre and are welded to each other in the mitre joint region with an excess length being formed; - the excess length is removed by machining; - adhesive is applied to the astragal basic profile and/or to the astragal impact bar profile in the region between the hook-shaped cams (18, 22) and the latching connecting means (19, 32); - the astragal impact bar profile is connected in a latching manner to the astragal basic profile by means of a rotational movement, wherein - the adhesive at least partially fills the cavity. - each have a hook-shaped cam (18, 22), which cams are operatively connected to each other in the connected state and have an undercut, and - together have a pair of latching connection means (19, 32) which are operatively connected to each other in the connected state, - wherein the hook-shaped cams (18, 22) and the latching connecting means (19, 32) are arranged spaced apart from one another, and - the astragal basic profile and a casement or leaf frame profile are cut to mitre and are welded to each other in the mitre joint region with an excess length being formed; - the excess length is removed by machining; - adhesive is applied to the astragal basic profile and/or to the astragal impact bar profile in the region between the hook-shaped cams (18, 22) and the latching connecting means (19, 32); - the astragal impact bar profile is connected in a latching manner to the astragal basic profile by means of a rotational movement, wherein - the adhesive at least partially fills the cavity.
A yarn winding machine comprising: a winding section adapted to wind a yarn into a package; a yarn supplying section adapted to supply the yarn to the winding section; a yarn joining device adapted to perform a yarn joining operation to join the yarn between the package and the yarn supplying section at an operating position; a moving means for moving the yarn joining device at the operating position between an advanced position and a receded position, the advanced position being a position located close to a yarn path between the package and the yarn supplying section during a normal winding, and the receded position being a position located away from the yarn path; and a yarn catching section (44, 46) adapted to catch a yarn from the package when the yarn between the package and the yarn supplying section is disconnected, and wherein the moving means is adapted to maintain the yarn joining device at the receded position during the normal winding and to advance the yarn joining device to the advanced position during the yarn joining operation, characterized in that the yarn catching section (44, 46) is further adapted to catch a yarn from the yarn supplying section when the yarn between the package and the yarn supplying section is disconnected, and the yarn catching section (44, 46) is controlled by a control section to guide the caught yarns to a position where the yarn can be guided into the yarn joining device located at the advanced position. a winding section adapted to wind a yarn into a package; a yarn supplying section adapted to supply the yarn to the winding section; a yarn joining device adapted to perform a yarn joining operation to join the yarn between the package and the yarn supplying section at an operating position; a moving means for moving the yarn joining device at the operating position between an advanced position and a receded position, the advanced position being a position located close to a yarn path between the package and the yarn supplying section during a normal winding, and the receded position being a position located away from the yarn path; and a yarn catching section (44, 46) adapted to catch a yarn from the package when the yarn between the package and the yarn supplying section is disconnected, and wherein the moving means is adapted to maintain the yarn joining device at the receded position during the normal winding and to advance the yarn joining device to the advanced position during the yarn joining operation, the yarn catching section (44, 46) is further adapted to catch a yarn from the yarn supplying section when the yarn between the package and the yarn supplying section is disconnected, and the yarn catching section (44, 46) is controlled by a control section to guide the caught yarns to a position where the yarn can be guided into the yarn joining device located at the advanced position.
A cut-resistant composite yarn structure (130, 170), comprising: a core-spun yarn comprising a first cut-resistant core filament and staple fibers spun over the first cut-resistant core filament; a covering yarn comprising a second cut-resistant core filament and a first covering layer wound over the second cut-resistant core filament, where the first covering layer comprises a first filament; and a second covering layer wound over the core-spun yarn and the covering yarn, where the second covering layer comprises a second filament. a core-spun yarn comprising a first cut-resistant core filament and staple fibers spun over the first cut-resistant core filament; a covering yarn comprising a second cut-resistant core filament and a first covering layer wound over the second cut-resistant core filament, where the first covering layer comprises a first filament; and a second covering layer wound over the core-spun yarn and the covering yarn, where the second covering layer comprises a second filament.
An integrated circuit for implementing at least a portion of a personal audio device, comprising a controller configured to: determine a degree of convergence of an adaptive response of an adaptive filter (32; 32A; 34A; 34D) in an adaptive noise cancellation system, wherein the adaptive response is applied to generate an anti-noise signal; enable adaptation of the adaptive response if the degree of convergence of the adaptive response is below a particular threshold; and disable adaptation of the adaptive response while continuing to apply the adaptive response to generate the anti-noise signal if the degree of convergence of the adaptive response is above a particular threshold, wherein after the adaptation of the adaptive response has been disabled for a period of time, adaptation of the adaptive response is enabled for an additional period of time to determine the degree of convergence. determine a degree of convergence of an adaptive response of an adaptive filter (32; 32A; 34A; 34D) in an adaptive noise cancellation system, wherein the adaptive response is applied to generate an anti-noise signal; enable adaptation of the adaptive response if the degree of convergence of the adaptive response is below a particular threshold; and disable adaptation of the adaptive response while continuing to apply the adaptive response to generate the anti-noise signal if the degree of convergence of the adaptive response is above a particular threshold, wherein after the adaptation of the adaptive response has been disabled for a period of time, adaptation of the adaptive response is enabled for an additional period of time to determine the degree of convergence.
An in vitro method to assess the risk that a subject is affected by prostate cancer, such method comprising: a) providing a urine sample obtained from said subject which does not comprise the last jet of a naturally voided urine sample; b) heating the sample to above 50°C in a closed, humidity-controlled environment. c) analysing the headspace of the sample heated in step b), under humidity control, with at least 3 Metal Oxide Semiconductor -based gas sensors, wherein the metal oxide of the first gas sensor is pure or doped SnO 2, the metal oxide of the second sensor is pure or doped ZnO and the metal oxides of the third sensor are pure or doped SnO 2, pure or doped TiO 2 and pure or doped Nb 2 O 5; d) comparing the values obtained in step c) to reference values for each sensor, thereby assessing the risk that a subject is affected by prostate cancer. a) providing a urine sample obtained from said subject which does not comprise the last jet of a naturally voided urine sample; b) heating the sample to above 50°C in a closed, humidity-controlled environment. c) analysing the headspace of the sample heated in step b), under humidity control, with at least 3 Metal Oxide Semiconductor -based gas sensors, wherein the metal oxide of the first gas sensor is pure or doped SnO 2, the metal oxide of the second sensor is pure or doped ZnO and the metal oxides of the third sensor are pure or doped SnO 2, pure or doped TiO 2 and pure or doped Nb 2 O 5; d) comparing the values obtained in step c) to reference values for each sensor, thereby assessing the risk that a subject is affected by prostate cancer.
Combustion system for incineration of fuels with low-melting ashes, having a boiler with a fluidized bed and a post-combustion chamber, where the free space in the boiler above the fluidized bed is separated from the post-combustion chamber by means of partition walls (14, 14', 15), characterized in that a cinder outlet is provided and in that the partition walls (14, 14', 15) merge into a vertical partition wall parallel to the side of the boiler at their lower end and form a chute.
Water-conducting domestic appliance, in particular a laundry-treatment appliance for washing laundry, having a treatment area, a treatment-agent container, which is used to store at least one treatment agent, a dosing unit, which is used to dispense the treatment agent for the treatment area, and a controller, wherein the controller has a plurality of treatment programs and is used to control the dosing unit according to a treatment program selected by a user from the treatment programs, wherein at least one treatment-agent parameter is provided, which can be set by the user, wherein an input unit connected to the controller is provided, which enables a change to be made by the user to the treatment-agent parameter for the purpose of setting the treatment-agent parameter, wherein the controller executes the selected treatment program on the basis of the treatment-agent parameter, wherein the treatment-agent quantity is a treatment-agent parameter that can be selected by the user, wherein the controller presets a treatment-agent reference quantity for the treatment-agent quantity, wherein the controller for setting the treatment-agent quantity allows a relative or absolute increase or decrease in the treatmentagent quantity proceeding from the preset treatment-agent reference quantity, wherein a display unit connected to the controller is provided, wherein the controller, when the treatment-agent parameter is changed, also defines at least one characteristic program property of the selected treatment program, said property depending on the treatment-agent parameter, with reference to the changed treatment-agent parameter, and the display unit displays the characteristic program property, defined by the controller, of the selected treatment program.
Ahead-up display device comprising: a display for emitting display light representing an image; a reflection part for reflecting the display light; a supported portion provided on an end of the reflection part and having a cylindrical shaft portion having a through hole; a support portion through which the shaft portion is inserted to rotatably support the supported portion about the shaft portion; and an elastic member having a U-shaped cross section, a first end portion (S1a), and a second end portion (S1b), in which a hole portion (S1c) is formed in the first end portion (S1a) and a spherical convex portion (S1d), that is convex toward the hole portion (S1c), is formed in the second end portion (S1b) passing through the central axis of the hole portion (S1c), wherein in a state where the supported portion is supported by the support portion, a distal end of the shaft portion is inserted into the hole portion (S1c), a distal side inner peripheral edge of the shaft portion abuts against the convex portion (S1d), and the supported portion and the support portion are pressed against each other by inner surfaces of the first end portion (Sla) and the second end portion (S1b) of the elastic member, characterized in that the supported portion is formed with a plurality of spherical surfaces at predetermined intervals, and the support portion is formed with a plurality of sliding surfaces in contact with the plurality of spherical surfaces at the predetermined intervals. a display for emitting display light representing an image; a reflection part for reflecting the display light; a supported portion provided on an end of the reflection part and having a cylindrical shaft portion having a through hole; a support portion through which the shaft portion is inserted to rotatably support the supported portion about the shaft portion; and an elastic member having a U-shaped cross section, a first end portion (S1a), and a second end portion (S1b), in which a hole portion (S1c) is formed in the first end portion (S1a) and a spherical convex portion (S1d), that is convex toward the hole portion (S1c), is formed in the second end portion (S1b) passing through the central axis of the hole portion (S1c), wherein in a state where the supported portion is supported by the support portion, a distal end of the shaft portion is inserted into the hole portion (S1c), a distal side inner peripheral edge of the shaft portion abuts against the convex portion (S1d), and the supported portion and the support portion are pressed against each other by inner surfaces of the first end portion (Sla) and the second end portion (S1b) of the elastic member, characterized in that the supported portion is formed with a plurality of spherical surfaces at predetermined intervals, and the support portion is formed with a plurality of sliding surfaces in contact with the plurality of spherical surfaces at the predetermined intervals.
A clutch device for the transmission of a rotational energy between a drive input and a drive output, in particular between an electric actuating unit and an actuating element, wherein the clutch device permits a transmission of a load torque (M R) from the electric actuating unit to the actuating element in both directions, and in the event of an overload torque greater than a predetermined threshold torque (M K), automatically permits a relative rotation between the electric actuating unit and the actuating element, characterized in that the clutch device, in the event of a torque direction reversal without previous exceeding of the threshold torque (M K), does not transmit the load torque (M R) over a predetermined free-travel angle (φ).
A septum-tied tube pack (74, 74A) for a gas turbine engine, comprising: a first outer wall formed by a multiple of first connected radiuses; a second outer wall formed by a multiple of second connected radiuses; a first end radius that connects the first outer wall and the second outer wall; a second end radius that connects the first outer wall and the second outer wall; and a multiple of septum elements that extend between the first outer wall and the second outer wall, wherein each of the multiple of septum elements includes at least one opening therethrough, or is perforated; wherein each of the multiple of septum elements extend tangentially with respect to the multiple of first connected radiuses and the multiple of second connected radiuses, characterised in that the multiple of septum elements are generally flat walls. a first outer wall formed by a multiple of first connected radiuses; a second outer wall formed by a multiple of second connected radiuses; a first end radius that connects the first outer wall and the second outer wall; a second end radius that connects the first outer wall and the second outer wall; and a multiple of septum elements that extend between the first outer wall and the second outer wall, wherein each of the multiple of septum elements includes at least one opening therethrough, or is perforated; wherein each of the multiple of septum elements extend tangentially with respect to the multiple of first connected radiuses and the multiple of second connected radiuses, characterised in that the multiple of septum elements are generally flat walls.
An apparatus for the sterilization of containers and, in particular, of an outer wall of containers by means of accelerated charge carriers with a charge carrier source (6, 7) for generating the charge carriers and with an acceleration device which accelerates the charge carriers, in particular in the direction of an outer wall of the containers, wherein the containers are movable by means of a transport device along a pre-set transport path relative to the charge carrier source (6, 7) and the transport device has at least one holding element for holding at least one container, characterized in that the at least one holding element is capable of being introduced at least in part into the interior of the container and of being brought into contact with an inner wall of the container and a portion of the holding element which can be introduced in the interior of the container can be changed with respect to its dimension at least in a direction perpendicular to the longitudinal direction of the container.
A method for monitoring a battery short circuit, comprising: receiving collected electrical signal information of all cells in each traction battery, wherein the traction battery remains stationary in a battery swap station; performing self-discharge observation and calculating a self-discharge rate based on a cell voltage in electrical signal information of each cell after depolarization is completed, to determine whether there is an internal short circuit in a traction battery where the cell corresponding to the self-discharge rate is located, wherein self-discharge observation and calculating the self-discharge rate are performed in a first phase and a second phase, wherein a first-phase self-discharge rate of each cell is used to determine whether to perform the second phase of self-discharge observation and calculation for the traction battery where the cell is located; and triggering alarm handling for the internal short circuit in the traction battery based on a back-fed result that there is an internal short circuit in the traction battery. receiving collected electrical signal information of all cells in each traction battery, wherein the traction battery remains stationary in a battery swap station; performing self-discharge observation and calculating a self-discharge rate based on a cell voltage in electrical signal information of each cell after depolarization is completed, to determine whether there is an internal short circuit in a traction battery where the cell corresponding to the self-discharge rate is located, wherein self-discharge observation and calculating the self-discharge rate are performed in a first phase and a second phase, wherein a first-phase self-discharge rate of each cell is used to determine whether to perform the second phase of self-discharge observation and calculation for the traction battery where the cell is located; and triggering alarm handling for the internal short circuit in the traction battery based on a back-fed result that there is an internal short circuit in the traction battery.
A drilling method, comprising: creating a machining order of machining a first hole to be machined with a first spindle and a second hole to be machined with a second spindle for a workpiece having a plurality of target holes, the workpiece arranged on a machining table, the first spindle and the second spindle arranged in X direction; rotating the machining table relative to the first spindle and the second spindle so that the first hole and the second hole are arranged in X direction with the first hole located nearer to the first spindle; moving the first spindle and the second spindle relative to the machining table so that the first hole and a center of the first spindle are aligned and the second hole and a center of the second spindle are aligned; and machining the first hole with the first spindle and the second hole with the second spindle; characterized by creating the machining order and sets of the first hole and the second hole for reducing a total machining time by using a genetic algorithm. creating a machining order of machining a first hole to be machined with a first spindle and a second hole to be machined with a second spindle for a workpiece having a plurality of target holes, the workpiece arranged on a machining table, the first spindle and the second spindle arranged in X direction; rotating the machining table relative to the first spindle and the second spindle so that the first hole and the second hole are arranged in X direction with the first hole located nearer to the first spindle; moving the first spindle and the second spindle relative to the machining table so that the first hole and a center of the first spindle are aligned and the second hole and a center of the second spindle are aligned; and machining the first hole with the first spindle and the second hole with the second spindle;
An over-the-air service provisioning method in a wireless communication network, the method being implemented by a mobile terminal, the method comprising: selecting a Network Access Provider/Network Service Provider, NAP/NSP for the over-the-air service provisioning; receiving service provisioning information from the selected NAP/NSP that comprises NAP/NSP record lists; receiving an Internet Protocol, IP, address; using the service provisioning information to create a service flow; and using the IP address to establish IP data communication; wherein the method is performed the first time that a customer uses the mobile terminal to access the wireless communication network. selecting a Network Access Provider/Network Service Provider, NAP/NSP for the over-the-air service provisioning; receiving service provisioning information from the selected NAP/NSP that comprises NAP/NSP record lists; receiving an Internet Protocol, IP, address; using the service provisioning information to create a service flow; and using the IP address to establish IP data communication; wherein the method is performed the first time that a customer uses the mobile terminal to access the wireless communication network.
A polarizing beam splitter, comprising: a polymer based polarizing film; an adhesive layer disposed on the polarizing film, the adhesive layer having a thickness between 1 μm and 200 μm; and a first optical element disposed on the adhesive layer, wherein the adhesive layer comprises a crystallization inhibiting first plasticizer component in an amount effective for inhibiting formation of (i) crystallized domains; (ii) particles; or (iii) a combination thereof, that cause optical artifacts in the polarizing film.