mhurhangee/ep-ind-claims huggingface dataset:
A vacuum pump, in particular a turbomolecular vacuum pump, or a vacuum system comprising at least one vacuum pump, in particular a turbomolecular vacuum pump, said vacuum pump comprising an inertial measurement unit which is associated with the vacuum pump and which comprises at least one inertial sensor, in particular an acceleration sensor or an angular rate sensor, which is configured to detect movements of the vacuum pump and/or the orientation of the vacuum pump and to provide measurement data in this respect, in particular as raw measurement data and/or as processed measurement data, and/or information obtained by evaluating these measurement data, characterized in that the inertial measurement unit is integrated into a vacuum leadthrough of the vacuum pump, with the inertial measurement unit in particular being arranged on a circuit board forming the vacuum leadthrough. said vacuum pump comprising an inertial measurement unit which is associated with the vacuum pump and which comprises at least one inertial sensor, in particular an acceleration sensor or an angular rate sensor, which is configured to detect movements of the vacuum pump and/or the orientation of the vacuum pump and to provide measurement data in this respect, in particular as raw measurement data and/or as processed measurement data, and/or information obtained by evaluating these measurement data, characterized in that the inertial measurement unit is integrated into a vacuum leadthrough of the vacuum pump, with the inertial measurement unit in particular being arranged on a circuit board forming the vacuum leadthrough.
A voltage controlled oscillator, comprising: a first bias generator coupled to receive a frequency select input signal (51a, 51b) and a voltage control input signal (26a, 26b), wherein, in operation, the first bias generator uses the frequency select input signal and the voltage control input signal to generate a first plurality of current bias signals (50a-50d) of the first bias generator, and wherein the voltage control input signal is a differential voltage input signal; and a first waveform generator coupled to receive the first plurality of current bias signals from the first bias generator, wherein the first waveform generator, in operation, produces a first output waveform having a frequency that is determined by the first plurality of current bias signals; wherein the first bias generator comprises a first differential amplifier coupled to receive the voltage control input signal, the first differential amplifier having a gain input signal terminal coupled to receive the frequency select input signal, the first bias generator further comprising a reference circuit (84a-84d) coupled to the first differential amplifier and configured to provide said first plurality of current bias signals (50a-50d) and to adjust a current level of the first plurality of current bias signals of the first bias generator based on the frequency select input signal and the output of the first differential amplifier. a first bias generator coupled to receive a frequency select input signal (51a, 51b) and a voltage control input signal (26a, 26b), wherein, in operation, the first bias generator uses the frequency select input signal and the voltage control input signal to generate a first plurality of current bias signals (50a-50d) of the first bias generator, and wherein the voltage control input signal is a differential voltage input signal; and a first waveform generator coupled to receive the first plurality of current bias signals from the first bias generator, wherein the first waveform generator, in operation, produces a first output waveform having a frequency that is determined by the first plurality of current bias signals; wherein the first bias generator comprises a first differential amplifier coupled to receive the voltage control input signal, the first differential amplifier having a gain input signal terminal coupled to receive the frequency select input signal, the first bias generator further comprising a reference circuit (84a-84d) coupled to the first differential amplifier and configured to provide said first plurality of current bias signals (50a-50d) and to adjust a current level of the first plurality of current bias signals of the first bias generator based on the frequency select input signal and the output of the first differential amplifier.
Plane plate for a pressing tool of a press, wherein the plane plate for activating a punch of the press by way of at least one lifting cylinder is displaceable along an axial direction; wherein the plane plate has a link to the at least one lifting cylinder, at least one at least partially cylindrical guiding face (7, 31) which for contacting a guide column (8, 37) is parallel with the axial direction, and a centrally disposed receptacle for contacting the punch or the punch holder of the press; wherein the plane plate at least in a first cross section, the first cross section running parallel to the axial direction and along a radial direction, that runs so as to be perpendicular to the axial direction, through the link and the receptacle, between the link and the receptacle has at least a first region having a wall thickness, characterized in that the wall thickness in the first region at least between the link and the minimum varies continuously and the wall thickness in the first region and so as to be spaced apart from the receptacle as well as from the link has at least a minimum.
A substrate for an organic electronic device, comprising: a first polymer base layer having a refractive index with respect to light with a wavelength of 633 nm of 1.7 to 1.8; an optical functional layer formed on the first polymer base layer and having a haze of 10 to 50%; and a high refractive layer including a planarization layer formed on the optical functional layer and having a refractive index with respect to light of a wavelength of 633 nm of 1.7 or more and a second polymer base layer formed on the planarization layer and having a refractive index with respect to light with a wavelength of 633 nm of 1.7 to 1.8, wherein both the first polymer base layer and the second polymer base layer include polyimide. a first polymer base layer having a refractive index with respect to light with a wavelength of 633 nm of 1.7 to 1.8; an optical functional layer formed on the first polymer base layer and having a haze of 10 to 50%; and a high refractive layer including a planarization layer formed on the optical functional layer and having a refractive index with respect to light of a wavelength of 633 nm of 1.7 or more and a second polymer base layer formed on the planarization layer and having a refractive index with respect to light with a wavelength of 633 nm of 1.7 to 1.8, wherein both the first polymer base layer and the second polymer base layer include polyimide.
A centrifugal pendulum at least having at least one flange (2, 3) and a plurality of pendulum masses, wherein the pendulum masses are arranged on the flange (2, 3) for movement at least in a radial direction relative to an axis of rotation and relative to the flange (2, 3); wherein the pendulum masses are preloaded with respect to the flange (2, 3) in an axial direction by at least one first preloading element; wherein the pendulum masses have an extension in the radial direction between an innermost point and an outermost point of the pendulum masses; wherein the first preloading element contacts the pendulum masses in a first region, characterised in that the first region is arranged spaced apart from the outermost point in the radial direction at a distance, which is at most 5% of the extension, and wherein the first preloading element contacts the pendulum mass further outwards in the radial direction than the flange (2, 3).
A processing unit (100; 608, 610) for a transmitter, the processing unit comprising: - a transformation unit (110; 608) configured to replace a subset of a set of input symbols with one or more fixed symbols to obtain a transformed set of symbols, and - a precoder (120; 610) configured to apply a precoding matrix to the transformed set of symbols to obtain a precoded transformed set of symbols, wherein the subset is based on a distortion of the precoding matrix. - a transformation unit (110; 608) configured to replace a subset of a set of input symbols with one or more fixed symbols to obtain a transformed set of symbols, and - a precoder (120; 610) configured to apply a precoding matrix to the transformed set of symbols to obtain a precoded transformed set of symbols,
Method for connecting a saddle to a seat post, wherein: - said saddle is provided with a casing partially or completely made of a plastic material, in turn provided with an underside housing that is tubular with a circular cross section, - said seat post comprises a substantially linear tubular body with one end suited to be inserted and locked in the frame of a bicycle and the opposite end having a tubular wall with a circular cross section corresponding to said underside housing and suited to be coupled with said underside housing provided in the saddle from below, said coupling end being shaped so that it can be engaged in said underside housing in said casing, said coupling end of the seat post comprising a discontinuous portion formed by at least one notch and/or a projection, with at least one surface not parallel to the longitudinal axis of the seat post, which is suited to interfere with the tubular wall of said tubular housing provided in the casing to prevent the axial sliding of the seat post, at least in the direction of extraction from the housing, characterized in that after the hot insertion of said coupling end in said housing in the casing when this is still hot after extraction from the mould, the plastic material with which the casing is made cools down and interferes with said non axial surface of said discontinuous portion (31, 32), locking the seat post and preventing it from successively slipping out, and wherein during the axial hot insertion of the seat post in said tubular housing, said projection in general protruding from the outside of said wall of the coupling end cuts the wall of the housing and interferes with it after the cooling stage, thus preventing the seat post from successively slipping out. - said saddle is provided with a casing partially or completely made of a plastic material, in turn provided with an underside housing that is tubular with a circular cross section, - said seat post comprises a substantially linear tubular body with one end suited to be inserted and locked in the frame of a bicycle and the opposite end having a tubular wall with a circular cross section corresponding to said underside housing and suited to be coupled with said underside housing provided in the saddle from below,
Internal combustion engine with pressure distribution chamber with multiple intakes, wherein the pressure distribution chamber has at least two independently operating intakes and each one of them can be selected in individual or combined manner, wherein the pressure distribution chamber is a pressure distribution chamber with multiple compartments, having access control means by means of valves from each one of the intakes to each compartment, and with flow control means from one compartment towards an outlet characterized in that the pressure distribution chamber has a circular cross section and it is provided with a rotating clapper which sweeps the interior surface of the chamber so that one compartment or another is selected by rotating the clapper and acting on the access valves from the intakes.
An inhibitor of LIGHT (p30 polypeptide) for use in (a) reducing or inhibiting lung or airway inflammation; (b) treating a respiratory disease or disorder, wherein the respiratory disease or disorder is selected from asthma, allergic asthma, bronchiolitis and pleuritis; (c) treating an interstitial or pulmonary disease or disorder, wherein the interstitial or pulmonary disease or disorder is selected from Idiopathic pulmonary fibrosis and Interstitial Lung Disease; or (d) treating a fibrotic disease or disorder, in a subject, wherein the inhibitor of LIGHT (p30 polypeptide) comprises an antibody or subsequence thereof that specifically binds to LIGHT (p30 polypeptide). (a) reducing or inhibiting lung or airway inflammation; (b) treating a respiratory disease or disorder, wherein the respiratory disease or disorder is selected from asthma, allergic asthma, bronchiolitis and pleuritis; (c) treating an interstitial or pulmonary disease or disorder, wherein the interstitial or pulmonary disease or disorder is selected from Idiopathic pulmonary fibrosis and Interstitial Lung Disease; or (d) treating a fibrotic disease or disorder, in a subject, wherein the inhibitor of LIGHT (p30 polypeptide) comprises an antibody or subsequence thereof that specifically binds to LIGHT (p30 polypeptide).
A film comprising a film carrier and at least one alginate membrane; wherein the film carrier is a carrier that absorbs liquid; the alginate membrane is a hydrogel membrane having a network structure formed by crosslinking occurring between alginate in at least one layer of alginate solution and the divalent metal ions of at least one layer of salt water solution coated on at least one surface of the film carrier; the alginate solution containing a certain percent of sodium alginate or potassium alginate by weight while the salt water solution containing a certain percent of divalent metal ions by weight; the layer of the alginate solution and the layer of the salt water solution being coated on the surface of the film carrier by two separate and continuous coating processes, wherein the alginate membrane is formed on and / or penetrating into the surface of the film carrier, wherein the alginate membrane is not easily separable from the film carrier after firstly coating at least one surface of the film carrier with a layer of the alginate solution by soaking and subsequent coating with a layer of the salt water solution over the layer of the alginate solution by spray-coating, wherein the divalent metal ions in the salt water solution being infiltrated into an inner surface of the film carrier, so that the alginate hydrogel membrane having a network structure is formed above the surface of the film carrier and in an infiltration interface penetrating into a surface region of the film carrier, such that the alginate membrane being infiltrated into the film carrier, wherein the position of the infiltration interface is dependent on the relative concentration of the alginate solution and the salt water solution; or wherein the hydrogel membrane is separable from the film carrier after firstly coating at least one surface of the film carrier with a layer of the salt water solution by soaking and a second coating with a layer of an alginate solution over the layer of the salt water solution by spray-coating, wherein the alginate in the alginate solution being crosslinked with the divalent metal ions in the salt water solution over the surface of the film carrier to form a hydrogel membrane with larger density, wherein the infiltration interface being overlapped with the surface and not infiltrating into the inner surface of the film carrier, wherein the hydrogel membrane having a network structure only formed on the upper surface of the film carrier.
A process for preparing a terephthalic diester by reacting terephthalic acid with at least one alcohol, wherein a) terephthalic acid is suspended in the alcohol in a dispersing tank to obtain a preliminary suspension, b) the preliminary suspension is passed from the dispersing tank into a reactor and converted in the presence of an esterification catalyst, c) a reaction suspension is drawn off from a region between the upper region and the lower region of the reactor, the reaction suspension drawn off is divided, a first stream of the reaction suspension is recycled into the upper region of the reactor and a second stream of the reaction suspension is introduced into the lower region of the reactor, and the reaction suspension is thus mixed, d) wherein the stream drawn off and/or the first stream is passed through a heat exchanger outside the reactor and heated; and e) water of reaction is distilled off together with the vapor as alcohol-water azeotrope, the vapor is at least partly condensed, the condensate is separated into an aqueous phase and an organic phase and the organic phase is at least partly recycled into the reaction system. a) terephthalic acid is suspended in the alcohol in a dispersing tank to obtain a preliminary suspension, b) the preliminary suspension is passed from the dispersing tank into a reactor and converted in the presence of an esterification catalyst, c) a reaction suspension is drawn off from a region between the upper region and the lower region of the reactor, the reaction suspension drawn off is divided, a first stream of the reaction suspension is recycled into the upper region of the reactor and a second stream of the reaction suspension is introduced into the lower region of the reactor, and the reaction suspension is thus mixed, d) wherein the stream drawn off and/or the first stream is passed through a heat exchanger outside the reactor and heated; and e) water of reaction is distilled off together with the vapor as alcohol-water azeotrope, the vapor is at least partly condensed, the condensate is separated into an aqueous phase and an organic phase and the organic phase is at least partly recycled into the reaction system.
A method for preparing an outer blade cutting wheel comprising an annular disc base having a pair of planar surfaces and a periphery, and a blade section formed on the periphery of the base and composed of abrasive grains and a bond, wherein the blade section includes side faces provided with channels extending in a direction from an inner perimeter to an outer perimeter of the blade section, the method comprising the steps of: clamping the base at its planar surfaces between a pair of jig segments so as to cover a portion of the base other than the periphery where the blade section is not to be formed, and attaching a mesh member to the jig segments to define a cavity extending along and surrounding the base periphery, the mesh member having openings sufficient to allow the passage of gas and liquid, but not the passage of the abrasive grains; filling the cavity with abrasive grains and closing the cavity; immersing the base, jig segments and mesh member in a plating solution, and effecting electroplating with the base acting as cathode and allowing plating metal to deposit, thereby bonding the abrasive grains along with the plating metal onto the base periphery, wherein the or each said jig segment includes a flange which is spaced apart from the base periphery and defines the cavity in part, and the flange has protrusions for forming the channels in the blade section. clamping the base at its planar surfaces between a pair of jig segments so as to cover a portion of the base other than the periphery where the blade section is not to be formed, and attaching a mesh member to the jig segments to define a cavity extending along and surrounding the base periphery, the mesh member having openings sufficient to allow the passage of gas and liquid, but not the passage of the abrasive grains; filling the cavity with abrasive grains and closing the cavity; immersing the base, jig segments and mesh member in a plating solution, and effecting electroplating with the base acting as cathode and allowing plating metal to deposit, thereby bonding the abrasive grains along with the plating metal onto the base periphery, wherein the or each said jig segment includes a flange which is spaced apart from the base periphery and defines the cavity in part, and the flange has protrusions for forming the channels in the blade section.
A drum type washing machine, comprising: a housing forming an external structure of the washing machine; a spin tub to hold laundry to be washed, the spin tub rotating with respect to a horizontal axis of the washing machine; and at least one ball balancer having an annular shape, the ball balancer comprising a first housing and a second housing characterized in that the first housing and the second housing are fused together to form at least one pocket between the first housing and the second housing, the pocket capable of collecting fusion scraps generated during fusion, the first housing comprises fusion ridges protruding from ends of the first housing, and the second housing comprises fusion grooves receiving the fusion ridges of the first housing when the first housing and the second housing are fused together, the second housing comprises outer pocket flanges protruding from the second housing and being situated on outer sides of the fusion grooves when the first housing is fused together with the second housing, wherein the outer pocket flanges are spaced apart from the fusion ridges of the first housing by a predetermined distance, causing an outer pocket to be formed between the fusion ridges and the outer pocket flanges. a housing forming an external structure of the washing machine; a spin tub to hold laundry to be washed, the spin tub rotating with respect to a horizontal axis of the washing machine; and at least one ball balancer having an annular shape, the ball balancer comprising a first housing and a second housing characterized in that the first housing and the second housing are fused together to form at least one pocket between the first housing and the second housing, the pocket capable of collecting fusion scraps generated during fusion, the first housing comprises fusion ridges protruding from ends of the first housing, and the second housing comprises fusion grooves receiving the fusion ridges of the first housing when the first housing and the second housing are fused together, the second housing comprises outer pocket flanges protruding from the second housing and being situated on outer sides of the fusion grooves when the first housing is fused together with the second housing, wherein the outer pocket flanges are spaced apart from the fusion ridges of the first housing by a predetermined distance, causing an outer pocket to be formed between the fusion ridges and the outer pocket flanges.