mhurhangee/patent-ind-claim-en huggingface dataset:
An arrangement of a turbine blade with a straight or circular tree-shaped root , the arrangement comprising: - a turbine blade with a straight or circular tree-shaped root , said root having a tip ; - a rotor of a turbine comprising a groove with a bottom; - a locking wedge comprising on its inner side over its entire width a deformation groove ; and - securing element; - wherein the turbine blade is arranged by its root in the groove of the rotor ; - wherein at the tip of the root of the turbine blade at least from one side of the turbine blade , a recess is formed from an outer side; and - within a space of the recess, between the tip of the root of the turbine blade and the bottom of the groove in the rotor the locking wedge deformed in a controlled manner is inserted with an overlap in the radial direction, - wherein the locking wedge is in contact with a face of the recess at the tip of the root of the turbine blade ; and - wherein from an outer side is secured against the axial displacement outwardly from the groove in the rotor by means of the securing element arranged demountably in the groove in the rotor or extending to the groove in the rotor ; - wherein the securing element is formed by a securing pin arranged in a radial aperture in the bottom of the groove in the rotor , and - wherein the locking wedge is provided with a means which extends to the space between the securing pin and the tip of the root of the turbine blade and secures the securing element against movement in the radial direction. - a turbine blade with a straight or circular tree-shaped root , said root having a tip ; - a rotor of a turbine comprising a groove with a bottom; - a locking wedge comprising on its inner side over its entire width a deformation groove ; and - securing element; - wherein the turbine blade is arranged by its root in the groove of the rotor ; - wherein at the tip of the root of the turbine blade at least from one side of the turbine blade , a recess is formed from an outer side; and - within a space of the recess, between the tip of the root of the turbine blade and the bottom of the groove in the rotor the locking wedge deformed in a controlled manner is inserted with an overlap in the radial direction, - wherein the locking wedge is in contact with a face of the recess at the tip of the root of the turbine blade ; and - wherein from an outer side is secured against the axial displacement outwardly from the groove in the rotor by means of the securing element arranged demountably in the groove in the rotor or extending to the groove in the rotor ; - wherein the securing element is formed by a securing pin arranged in a radial aperture in the bottom of the groove in the rotor , and - wherein the locking wedge is provided with a means which extends to the space between the securing pin and the tip of the root of the turbine blade and secures the securing element against movement in the radial direction.
A protective element configured to be connected to an electroacoustic transducer or sound tube included in a hearing device, the protective element comprising a 3D-shaped membrane enclosing a cavity with an opening at which the membrane is configured to connect to the transducer or sound tube , wherein the membrane has one or more thinner portions (7.1, 7.4) configured to transmit sound and one or more thicker portions (7.2, 7.3) at which a rigidity of the membrane is greater than at the one or more thinner portions (7.1, 7.4), wherein the membrane comprises a front wall at a front end opposing a rear end at which the opening is provided, and a lateral wall extending between the front wall and the opening , wherein the lateral wall comprises at least one of the thicker portions (7.2, 7.3) and one or more of the thinner portions (7.1, 7.4), wherein one or more of the thicker portions (7.2, 7.3) protrude from the one or more thinner portions (7.1, 7.4) at a corner region of the lateral wall at which the one or more thinner portions (7.1, 7.4) are angled relative to one another and/or one or more of the thicker portions (7.2, 7.3) protrude from the one or more thinner portions (7.1, 7.4) at a continuous region of the lateral wall at which the one or more thinner portions (7.1, 7.4) are continuously joined, wherein the one or more thinner portions (7.1, 7.4) have a thickness of less than 0.2 mm.
An inhalable powder comprising: crystalline dry powder particles comprising: a solid salt of an alkaloid, wherein the salt of the alkaloid is solid at 25 °C; and a sugar alcohol comprising erythritol, myo-inositol, adonitol, xylitol, or a combination thereof. a solid salt of an alkaloid, wherein the salt of the alkaloid is solid at 25 °C; and a sugar alcohol comprising erythritol, myo-inositol, adonitol, xylitol, or a combination thereof.
Beam for a wind turbine blade of a wind turbine , whereby the beam is made from a composite material comprising a matrix and a reinforcement, whereby the beam comprises at least one recessed longitudinal end section in which the beam comprises at least one longitudinal recess arranged in a longitudinal direction (L) or substantially a longitudinal direction (L) of the beam extending from a longitudinal mid-section of the beam to a longitudinal end of the beam , so that the at least one longitudinal recess separates the beam into adjacent longitudinal beam portions , whereby the longitudinal beam portions are attached to the longitudinal mid-section , characterized in that at least one of the at least one recessed longitudinal end section has the shape of a fan.
An article of footwear (10; 10a) comprising: an upper (100; 100a) including an instep region at an anterior end of an ankle opening , a heel counter at a posterior end of the ankle opening (1 04), and a quarter region extending between the instep region and the heel counter ; a sole structure attached to the upper (100; 100a); a heel strap (128; 128a) disposed at the heel counter of the upper (100; 100a); a cable lock disposed within the sole structure ; and a tensioning system (300; 300a) including a tensioning element having a heel portion extending from the cable lock to the heel strap (128; 128a), and a control element extending from the cable lock to an exterior surface of the upper (100; 100a), the control element operable to move the tensioning element between a first position and a second position, wherein the instep region includes a lace independently operable to selectively draw a medial side of the upper (100; 100a) and a lateral side of the upper (100; 100a) toward one another to adjust the fit of the instep region . an upper (100; 100a) including an instep region at an anterior end of an ankle opening , a heel counter at a posterior end of the ankle opening (1 04), and a quarter region extending between the instep region and the heel counter ; a sole structure attached to the upper (100; 100a); a heel strap (128; 128a) disposed at the heel counter of the upper (100; 100a); a cable lock disposed within the sole structure ; and a tensioning system (300; 300a) including a tensioning element having a heel portion extending from the cable lock to the heel strap (128; 128a), and a control element extending from the cable lock to an exterior surface of the upper (100; 100a), the control element operable to move the tensioning element between a first position and a second position, wherein the instep region includes a lace independently operable to selectively draw a medial side of the upper (100; 100a) and a lateral side of the upper (100; 100a) toward one another to adjust the fit of the instep region .
A method for transmitting data, comprising: determining , by a network side device, a radio frame, wherein the radio frame comprises an enhanced subframe, and the enhanced subframe comprises an uplink, UL, portion and a downlink, DL, portion; and communicating , the network side device, with a user equipment through the radio frame; characterised in that the enhanced subframe in the radio frame is an enhanced subframe of a second type; wherein the UL portion is prior to the DL portion in the enhanced subframe of the second type. determining , by a network side device, a radio frame, wherein the radio frame comprises an enhanced subframe, and the enhanced subframe comprises an uplink, UL, portion and a downlink, DL, portion; and communicating , the network side device, with a user equipment through the radio frame; characterised in that the enhanced subframe in the radio frame is an enhanced subframe of a second type; wherein the UL portion is prior to the DL portion in the enhanced subframe of the second type.
Bearing bush for a rotating shaft , wherein a wall of the bearing bush has a wall thickness , which amounts to less than 10 % of the diameter of the bearing bush , characterised in that in the axial direction the bearing bush is a damping element made from a plurality of layers connected with a material bond, each of which has a layer thickness , which lies between 10 μm and 200 μm and the wall has closed cavities which are filled with a powder .
Dryer hood for drying a fibrous web, such as a tissue-paper web, comprising a plurality of nozzle boxes for feeding or discharge of air, a housing which at least partially surrounds the nozzle boxes , characterized in that the nozzle boxes are individually mounted on the housing , in each case via a first and a second bearing , wherein the two bearings are designed in such a way that they allow at least a movement of the nozzle box relative to the housing along a longitudinal axis (L) of the nozzle box and/or at least a movement in a direction transverse thereto, along a transverse axis (Q) of the nozzle box , and the translational degrees of freedom of the two bearings differ by one.
A heat storage vessel having a device for measuring the state of a phase change material inside the heat storage vessel , the phase change material having a step-wise change of refractive index at a change of phase, the vessel comprising - at least one optical fiber arranged inside the heat storage vessel , said at least one optical fiber having a cladding around a core, - a light source emitting light coupled into a first end of the at least one optical fiber at a wavelength λ, - optical measuring means for measuring the amount of light at the output at a second end of the at least one optical fiber , wherein the at least one optical fiber comprises one or a plurality of sections with the cladding removed so that at these sections the core is in direct contact with the phase change material inside the vessel , and wherein the refractive index at the wavelength λ of the core is higher than that of the phase change material in a first phase and lower than that of the phase change material in a second phase, the refractive index of the core lying within the step-wise change of refractive index at the phase change, wherein light is propagated along the optical fibre at sections where the cladding has been removed when the refractive index of the phase change material is lower than that of the core and light is lost from the optical fibre sections without cladding when the refractive index of the phase change material is higher when the phase change material has changed phase, characterized in that the amount of light at the output at the second end of the at least one optical fiber is a measure of the amount of phase change material in the first phase or the second phase. - at least one optical fiber arranged inside the heat storage vessel , said at least one optical fiber having a cladding around a core, - a light source emitting light coupled into a first end of the at least one optical fiber at a wavelength λ, - optical measuring means for measuring the amount of light at the output at a second end of the at least one optical fiber ,
Granules consisting of natural, preferably purely vegetable ingredients comprising starch and thickener and gelling agents having a solid composition consisting of Vegetable starch 40-60 wt% Thickener and/or gelling agent 40-60 wt%, and Optional additives 0-20 wt%, wherein the granules have a residual moisture of 10-30%, preferably 15-22%.
A method in a wireless communication device: - monitoring an access-barring state; and - setting a back-off time duration (501, 501-1 - 501-4) based on a count (352, 352-1 - 352-4) of multiple repetitions of a signal (401-403, 411, 6001), wherein said setting of the back-off time duration (501, 501-1 - 501-4) based on the count (352, 352-1 - 352-4) of the multiple repetitions is selectively executed depending on the access-barring state changing from barred to un-barred, wherein transmission of the multiple repetitions of the signal (401-403, 411, 6001) is allowed after the back-off time duration (501, 501-1 - 501-4). - monitoring an access-barring state; and - setting a back-off time duration (501, 501-1 - 501-4) based on a count (352, 352-1 - 352-4) of multiple repetitions of a signal (401-403, 411, 6001), wherein said setting of the back-off time duration (501, 501-1 - 501-4) based on the count (352, 352-1 - 352-4) of the multiple repetitions is selectively executed depending on the access-barring state changing from barred to un-barred, wherein transmission of the multiple repetitions of the signal (401-403, 411, 6001) is allowed after the back-off time duration (501, 501-1 - 501-4).
Muffler assembly unit for an exhaust system of an internal combustion engine, especially in a vehicle, comprising: - a muffler with a muffler housing elongated along a housing longitudinal axis, and - a housing jacket enclosing the muffler housing and permanently connected to the muffler housing , wherein at least one air guiding bulge is provided on the housing jacket , wherein the housing jacket comprises at least two jacket shells connected to one another, wherein at least one air guiding bulge is provided on at least one jacket shell , characterized in that the housing jacket is permanently connected to the muffler housing only in one connecting length area (V), in the area of a longitudinal center in the direction of the housing longitudinal axis (L) of the muffler housing , wherein at least one jacket shell is permanently connected to the muffler housing by connection in substance, in that the housing jacket is not permanently connected to the muffler housing starting from the connecting length area (V) in sections of approximately the same length in the direction towards axial end areas of the housing jacket and in that the housing jacket is supported on the muffler housing and is not fixed to the muffler housing against relative movement in at least one support area . - a muffler with a muffler housing elongated along a housing longitudinal axis, and - a housing jacket enclosing the muffler housing and permanently connected to the muffler housing , wherein at least one air guiding bulge is provided on the housing jacket , wherein the housing jacket comprises at least two jacket shells connected to one another, wherein at least one air guiding bulge is provided on at least one jacket shell ,
Process for drawing a steel wire, characterized in that the wire has a carbon content by weight C such that 0.4% ≤ C ≤ 0.74%, the process comprising: - an uninterrupted series of steps (400 1 - 400 n ) of drawing of the wire from a diameter D greater than or equal to 5 mm to a diameter d' greater than or equal to 1 mm and less than or equal to 2.2 mm, d' and D being expressed in mm, in which the true strain ε=2.ln(D/d') is such that ε ≤ 3, - a step in which the wire of diameter d' is heat treated , - an uninterrupted series of steps (700 1 - 700 m ) of drawing of the wire of diameter d' to a diameter d greater than or equal to 0.10 mm and less than or equal to 0.25 mm, d' and d being expressed in mm, in which the true strain ε'=2.ln(d'/d) is such that ε' ≥ 4.3, and - in which the true strain εT=2.ln(D/d) is such that εT ≥ 6.5. - an uninterrupted series of steps (400 1 - 400 n ) of drawing of the wire from a diameter D greater than or equal to 5 mm to a diameter d' greater than or equal to 1 mm and less than or equal to 2.2 mm, d' and D being expressed in mm, in which the true strain ε=2.ln(D/d') is such that ε ≤ 3, - a step in which the wire of diameter d' is heat treated , - an uninterrupted series of steps (700 1 - 700 m ) of drawing of the wire of diameter d' to a diameter d greater than or equal to 0.10 mm and less than or equal to 0.25 mm, d' and d being expressed in mm, in which the true strain ε'=2.ln(d'/d) is such that ε' ≥ 4.3, and - in which the true strain εT=2.ln(D/d) is such that εT ≥ 6.5.
Line feedthrough for feeding a line through a building component, comprising one or more sealing arrangements for feeding the line through, the one or more sealing arrangements having at least two opposing sealing structures , at least a first of the sealing structures having an arrangement of mutually adjacent elongate lamellae of which the protruding ends abut a second of the sealing structures and thus seal the passage region, the first and the second sealing structure of the sealing arrangement each having an arrangement of mutually adjacent elongate lamellae of which the protruding ends abut one another, characterized in that the lengths of the adjacent lamellae of the first and the second sealing structure vary in each case such that second ends of opposing lamellae abut one another at points which are offset along a transverse direction in an extension direction (E) of the lamellae , the lamellae of the first and the second sealing structure engaging with one another in a comb-like manner.
A sheet manufacturing method comprising: a step of mixing fibers and a composite in air, wherein the composite is a powder; and a step of bonding the fibers and the composite mixed in the step of mixing to form a sheet (S) in which the fibers and the composite are bonded, wherein the step of bonding the fibers and the composite includes: a step of forming a web by depositing the fibers and the composite, in air; a step of applying pressure to the web; and a step of heating the web to melt the resin and to make a sheet; characterized in that the composite integrally includes a resin and inorganic particles of a coagulation inhibitor, in a state in which at least a part of the inorganic particles are arranged on the surface of the composite. a step of mixing fibers and a composite in air, wherein the composite is a powder; and a step of bonding the fibers and the composite mixed in the step of mixing to form a sheet (S) in which the fibers and the composite are bonded, wherein the step of bonding the fibers and the composite includes: a step of forming a web by depositing the fibers and the composite, in air; a step of applying pressure to the web; and a step of heating the web to melt the resin and to make a sheet; a step of forming a web by depositing the fibers and the composite, in air; a step of applying pressure to the web; and a step of heating the web to melt the resin and to make a sheet; characterized in that the composite integrally includes a resin and inorganic particles of a coagulation inhibitor, in a state in which at least a part of the inorganic particles are arranged on the surface of the composite.
A method of removing a fiber-reinforced wrap from a fan casing , the method comprising: heating the fiber-reinforced wrap while on a metal support of the fan casing ; unwinding a layer of the fiber-reinforced wrap from the fan casing ; and winding the layer of the fiber-reinforced wrap onto a collection drum . heating the fiber-reinforced wrap while on a metal support of the fan casing ; unwinding a layer of the fiber-reinforced wrap from the fan casing ; and winding the layer of the fiber-reinforced wrap onto a collection drum .
A dolastatin 10 analog have general Formula I: wherein: A is a linear or branched C 1-6 alkyl attached to a thiazole group at position 18 or 19; B is a functional group; and R is an alkyl or H. A is a linear or branched C 1-6 alkyl attached to a thiazole group at position 18 or 19; B is a functional group; and R is an alkyl or H.
A method for detecting biological signs based on an ultrasonic detection system, wherein the ultrasonic detection system comprises an ultrasonic probe, a first processing module, a second processing module and a synchronous distribution module; wherein the ultrasonic probe comprises at least two array elements, and the first processing module comprises a master processing module and at least one slave processing module; the method comprising: sending , by the second processing module, a detection instruction to the master processing module; generating , by the master processing module, a first synchronization signal based on the detection instruction, and sending the first synchronization signal to the synchronous distribution module, so as to make the synchronous distribution module send the first synchronization signal to the master processing module and the slave processing module in the first processing module; controlling , by the slave processing module and the master processing module, the array elements respectively connected with the slave processing module and the master processing module to transmit an ultrasonic wave that is used to detect a shear wave based on the first synchronization signal, and collecting at least 20 frames of an echo signal of the ultrasonic wave; wherein the echo signal has a pulse repetition frequency within a range of 10 Hz-40,000 Hz; and processing , by the second processing module, the echo signal collected to obtain information about biological signs of an organism. sending , by the second processing module, a detection instruction to the master processing module; generating , by the master processing module, a first synchronization signal based on the detection instruction, and sending the first synchronization signal to the synchronous distribution module, so as to make the synchronous distribution module send the first synchronization signal to the master processing module and the slave processing module in the first processing module; controlling , by the slave processing module and the master processing module, the array elements respectively connected with the slave processing module and the master processing module to transmit an ultrasonic wave that is used to detect a shear wave based on the first synchronization signal, and collecting at least 20 frames of an echo signal of the ultrasonic wave; wherein the echo signal has a pulse repetition frequency within a range of 10 Hz-40,000 Hz; and processing , by the second processing module, the echo signal collected to obtain information about biological signs of an organism.