mhurhangee/ep-ind-claims huggingface dataset:
A robot for a system configured for feeding livestock, comprising a container arranged on a chassis with drive and/or steering wheels (26, 27) including at least one mixing member (15, 25), a metering device, an electric drive comprising at least one frequency converter, a battery, and at least one current collector for connection to a power rail line (S1 to S5), wherein the robot comprises electric drives, which are speed-controllable by means of frequency converters, for the at least one mixing member (15, 25), for the drive and/or steering wheels (26, 27), and for the metering device, characterized in that the battery is a high-voltage DC battery and is connected on the output side to a DC intermediate circuit of the frequency converter, the frequency converter including the DC intermediate circuit, an AC primary circuit, and an AC secondary circuit.
An isolated human acetaminophen (APAP)-protein adduct, wherein the APAP-protein adduct comprises a protein modified with N-acetyl-p-benzoquinone imine (NAPQI), and wherein the protein is betaine-homocysteine S-methyltransferase 1.
An articulated arm CMM comprising: an articulated arm comprising a plurality of articulated arm members, a probe, a receiving portion at a distal end comprising a threaded portion, and a base at a proximal end; a base plate mounted on the receiving portion, the plate comprising a hole positioned such that the probe passes through the hole, the base plate coupled to a laser and an optical sensor located on opposite sides of the hole, wherein the base plate mounts on the receiving portion by a kinematic mount; a nut threadably mounted to the threaded portion of the receiving portion; and a spring, particularly a wave spring or a coil spring, or a padding member, the spring or padding member mounted on the receiving portion between the nut and the base plate, such that movement of the nut, along the receiving portion causes the spring or the padding member, respectively, to urge the base plate against the articulated arm to secure the kinematic mount, the spring or the padding member, respectively, mechanically isolating the base plate from the articulated arm. an articulated arm comprising a plurality of articulated arm members, a probe, a receiving portion at a distal end comprising a threaded portion, and a base at a proximal end; a base plate mounted on the receiving portion, the plate comprising a hole positioned such that the probe passes through the hole, the base plate coupled to a laser and an optical sensor located on opposite sides of the hole, wherein the base plate mounts on the receiving portion by a kinematic mount; a nut threadably mounted to the threaded portion of the receiving portion; and a spring, particularly a wave spring or a coil spring, or a padding member, the spring or padding member mounted on the receiving portion between the nut and the base plate, such that movement of the nut, along the receiving portion causes the spring or the padding member, respectively, to urge the base plate against the articulated arm to secure the kinematic mount, the spring or the padding member, respectively, mechanically isolating the base plate from the articulated arm.
Method for producing a recombinant baculovirus comprising n genes of interest in an insect cell, by means of multiple homologous recombination between: a) a replication deficient baculovirus genome in which n genes essential to the viral replication are non-functional; and b) n transfer vectors each comprising: i) a nucleotide sequence making it possible to restore the function of one of the n non-functional genes essential to the viral replication, ii) one of the n genes of interest, all of the nucleotide sequences i) of the n transfer vectors being capable of restoring the replication of the replication-deficient baculovirus genome; n being an integer equal to at least 2, and the replication-deficient baculovirus genome and the n transfer vectors being introduced into the insect cell in a single step. a) a replication deficient baculovirus genome in which n genes essential to the viral replication are non-functional; and b) n transfer vectors each comprising: i) a nucleotide sequence making it possible to restore the function of one of the n non-functional genes essential to the viral replication, ii) one of the n genes of interest, i) a nucleotide sequence making it possible to restore the function of one of the n non-functional genes essential to the viral replication, ii) one of the n genes of interest, all of the nucleotide sequences i) of the n transfer vectors being capable of restoring the replication of the replication-deficient baculovirus genome; n being an integer equal to at least 2, and the replication-deficient baculovirus genome and the n transfer vectors being introduced into the insect cell in a single step.
A heat exchanger comprising: a first passage in which a first fluid flows; a heat storage body that is thermally connected to the first passage and stores a warm heat or a cold heat; and a second passage that is thermally connected to both of the first passage and the heat storage body, the second passage in which a second fluid flows, wherein the heat exchanger performs a heat exchange between the first fluid and the second fluid, the heat exhanger characterised by the heat storage body changes to a first phase that is in a solid state when a temperature of the heat storage body is lower than or equal to a phase transition temperature, and changes to a second phase in a solid state when the temperature of the heat storage body exceeds the phase transition temperature, the heat storage body stores or dissipates heat depending on a phase transition between the first phase and the second phase, and the second passage is formed in the heat storage body integrally with the heat storage body. a first passage in which a first fluid flows; a heat storage body that is thermally connected to the first passage and stores a warm heat or a cold heat; and a second passage that is thermally connected to both of the first passage and the heat storage body, the second passage in which a second fluid flows, wherein the heat exchanger performs a heat exchange between the first fluid and the second fluid, the heat exhanger characterised by the heat storage body changes to a first phase that is in a solid state when a temperature of the heat storage body is lower than or equal to a phase transition temperature, and changes to a second phase in a solid state when the temperature of the heat storage body exceeds the phase transition temperature, the heat storage body stores or dissipates heat depending on a phase transition between the first phase and the second phase, and the second passage is formed in the heat storage body integrally with the heat storage body.
Process for the preparation of dental restorations based on lithium disilicate glass ceramic, wherein a lithium silicate glass ceramic or a lithium silicate glass is shaped to the dental restoration by (i) pressing or (ii) machining, wherein the glass ceramic and the glass comprise 54.0 to 80.0 wt.-% SiO 2 and at least 8.5 wt.-% transition metal oxide selected from the group consisting of oxides of yttrium, oxides of transition metals with an atomic number from 41 to 79 and mixtures of these oxides. (i) pressing or (ii) machining,
A device for controlling a material, said device comprising at least means for transmitting an electromagnetic signal, of microwave type, at a carrier frequency Fp to illuminate the material and means for receiving the electromagnetic signal comprising modulation means of the electromagnetic signal at a frequency Fm2, arranged on the signal path, between the material and the electromagnetic signal reception means in order to spatially sample the electromagnetic signal passed through the material, characterized in that it further comprises means for modulating the electromagnetic signal at a frequency Fm1, arranged on the signal path, between the transmission means and the material in order to spatially sample the emitted electromagnetic signal, and in that the different modulation means (141, 140) include an array of sensors of spatial modulation, each sensor being formed by a nonlinear electronic component or by an array of nonlinear electronic components fed at the desired modulation frequency Fm and charging two or more radiating wires each connected to the component(s).
A fusion protein comprising (a) an anti-c-Met antibody or an antigen-binding fragment of the anti-c-Met antibody and (b) a VEGF-binding fragment, wherein the VEGF-binding fragment is a VIG2 polypeptide comprising SEQ ID NO: 110.
A cell line transformed with a reporter gene construct comprising a nucleotide sequence encoding a reporter gene product operatively linked to a transcriptional control element, wherein: a) said transcription control element is a synthetic promoter comprising a SV40 minimal promoter and the GAS sequence defined by SEQ ID NO: 1, and wherein the construct lacks response elements for other transcription factors; and b) wherein the cell lacks type I interferon receptors. a) said transcription control element is a synthetic promoter comprising a SV40 minimal promoter and the GAS sequence defined by SEQ ID NO: 1, and wherein the construct lacks response elements for other transcription factors; and b) wherein the cell lacks type I interferon receptors.
Veto unit for an ACC device of a motor vehicle, comprising: - an input interface for receiving input data comprising information on an environment of the motor vehicle; - an analysis unit designed to analyze the input data; - an output interface for transmitting a veto, characterized in that: - the analysis unit is designed to determine, based on the input data, whether an additional road user used by the ACC device as a control object is rejected as a control object for the ACC device and to generate a veto if the additional road user is rejected as a control object for the ACC device, the veto being configured so that the ACC device receiving the veto rejects the additional road user as a control object; and - the output interface is designed to transmit the veto if the analysis unit determines that the additional road user is rejected as a control object for the ACC device. - an input interface for receiving input data comprising information on an environment of the motor vehicle; - an analysis unit designed to analyze the input data; - an output interface for transmitting a veto, - the analysis unit is designed to determine, based on the input data, whether an additional road user used by the ACC device as a control object is rejected as a control object for the ACC device and to generate a veto if the additional road user is rejected as a control object for the ACC device, the veto being configured so that the ACC device receiving the veto rejects the additional road user as a control object; and - the output interface is designed to transmit the veto if the analysis unit determines that the additional road user is rejected as a control object for the ACC device.
A method for distributing a product update in a digital distribution platform, comprising - providing a distribution server or a configuration device; - providing one or more medical devices; - receiving a request to download a product update from a requesting medical device in the distribution server or the configuration device; - determining, by the distribution server or the configuration device, a first dependency that must be met before the product update can be downloaded to the requesting medical device, wherein the first dependency for the product update is defined by a publisher of the product update and stored in a dependency file in a distribution database along with other information regarding the product update; - verifying the first dependency by the distribution server or the configuration device, comprising retrieving the first dependency from the dependency file; and - distributing the product update from the distribution server or the configuration device to the requesting medical device, if the first dependency associated with the product update is verified. - providing a distribution server or a configuration device; - providing one or more medical devices; - receiving a request to download a product update from a requesting medical device in the distribution server or the configuration device; - determining, by the distribution server or the configuration device, a first dependency that must be met before the product update can be downloaded to the requesting medical device, wherein the first dependency for the product update is defined by a publisher of the product update and stored in a dependency file in a distribution database along with other information regarding the product update; - verifying the first dependency by the distribution server or the configuration device, comprising retrieving the first dependency from the dependency file; and - distributing the product update from the distribution server or the configuration device to the requesting medical device, if the first dependency associated with the product update is verified.
A beverage container including a body member (12, 16) with a lid and a cooling member (22, 24) detachably engageable with said body member (12, 16), wherein said body member (12, 16) is adapted to hold a beverage, wherein said cooling member (22, 24) is adapted to contain a coolable agent, wherein when said cooling member (22, 24) is engaged with said body member, at least a major portion of said lid of said body member (12, 16) is closed and at least part of said cooling member (22, 24) extends into an interior cavity of said body member (12, 16), via a central opening of lid wherein said cooling member (22, 24) includes a vessel member and a closure member in the form of a top closure member that has a cavity, the vessel member and the top closure member being removably engageable with each other, wherein when said vessel member is engaged with said top closure member, the volume of the internal cavity of said cooling member (22, 24) is larger than the volume of the vessel member whereby coolable agent poured into said vessel member can expand into the cavity of said top closure member upon freezing, and wherein the cooling member (22, 24), including the vessel member removably engaged with the top closure member, is removable from the lid of the body member (12, 16); the container being characterized in that the volume of cavity of the top closure member is large enough to allow filling the vessel member with water to the fullest possible extent without fear of breaking the vessel member when water is being frozen with said vessel member engaged with said top closure member.
A gas turbine engine turbine vane airfoil comprising: an article wall having an inner portion at least partially defining a cavity and an outer portion; a plurality of first cooling passage networks (76; 76-1; 76-3) each defining first dimensions and embedded in the article wall between the inner portion and the outer portion of the article wall; and a plurality of second cooling passage networks (76; 76-2; 76-4) each defining second dimensions and embedded into the article wall between the inner portion and the outer portion of the article wall, wherein the plurality of first and second cooling passage networks (76; 76-1, 76-2; 76-3, 76-4) are arranged in one of a first column (90; 98) of radially positioned networks (76; 76-1; 76-3, 76-4) and a second column (92; 100) of radially positioned networks (76; 76-2; 76-3, 76-4), wherein each of the first cooling passage networks (76-1; 76-3; 76-4) have an outlet orifice (77-1; 77-3; 77-4) radially aligned with a second mid-span wall (94; 102; 104) between adjacent networks (76; 76-2; 76-3; 76-4) in the second column (92; 100); characterised by comprising a plurality of cooling holes (97; 106) located upstream of the first column (90; 98) of radially positioned networks (76; 76-1; 76-3, 76-3) and radially aligned with at least one first mid-span wall (96; 108, 110) between adjacent networks (76; 76-1; 76-3, 76-4) in the first column (90; 98) of networks (76; 76-1; 76-3, 76-4), wherein the airfoil is sized such that it cannot accommodate an additional column of cooling passage networks upstream of the first cooling passage networks (76; 76-2; 76-3; 76-4). an article wall having an inner portion at least partially defining a cavity and an outer portion; a plurality of first cooling passage networks (76; 76-1; 76-3) each defining first dimensions and embedded in the article wall between the inner portion and the outer portion of the article wall; and a plurality of second cooling passage networks (76; 76-2; 76-4) each defining second dimensions and embedded into the article wall between the inner portion and the outer portion of the article wall, wherein the plurality of first and second cooling passage networks (76; 76-1, 76-2; 76-3, 76-4) are arranged in one of a first column (90; 98) of radially positioned networks (76; 76-1; 76-3, 76-4) and a second column (92; 100) of radially positioned networks (76; 76-2; 76-3, 76-4), wherein each of the first cooling passage networks (76-1; 76-3; 76-4) have an outlet orifice (77-1; 77-3; 77-4) radially aligned with a second mid-span wall (94; 102; 104) between adjacent networks (76; 76-2; 76-3; 76-4) in the second column (92; 100); characterised by comprising a plurality of cooling holes (97; 106) located upstream of the first column (90; 98) of radially positioned networks (76; 76-1; 76-3, 76-3) and radially aligned with at least one first mid-span wall (96; 108, 110) between adjacent networks (76; 76-1; 76-3, 76-4) in the first column (90; 98) of networks (76; 76-1; 76-3, 76-4), wherein the airfoil is sized such that it cannot accommodate an additional column of cooling passage networks upstream of the first cooling passage networks (76; 76-2; 76-3; 76-4).
A metrology system, comprising: a light source configured to produce a diffraction-limited light beam; an apodizer positioned in an illumination pupil of illumination optics which is configured to alter the light distribution of the light beam in the illumination pupil using a mask to alter the amplitude and/or phase of the light beam such that an irradiance farther than 1.5 microns from the center of an illumination spot in a wafer plane is less than 10 -6 of the peak irradiance of the center of the spot; optical elements (18, 20) configured to direct the diffraction-limited light beam from the apodizer to the illumination spot on a grating target on a wafer and to collect scattered light from the grating target; a field stop configured to reject a portion of the collected scattered light; a detector configured to detect the scattered light that passes through the field stop and to generate output responsive to the detected scattered light such that the grating target is measured by the metrology system using scatterometry; and a computer system configured to determine a characteristic of the grating target using the output; Characterized in that: wherein the optical elements (18, 20) are further configured to concentrate ghost images of the collected scattered light to localized areas in an imaging pupil of the optical elements or spread the ghost images out across the imaging pupil to reduce irradiance of the ghost images. a light source configured to produce a diffraction-limited light beam; an apodizer positioned in an illumination pupil of illumination optics which is configured to alter the light distribution of the light beam in the illumination pupil using a mask to alter the amplitude and/or phase of the light beam such that an irradiance farther than 1.5 microns from the center of an illumination spot in a wafer plane is less than 10 -6 of the peak irradiance of the center of the spot; optical elements (18, 20) configured to direct the diffraction-limited light beam from the apodizer to the illumination spot on a grating target on a wafer and to collect scattered light from the grating target; a field stop configured to reject a portion of the collected scattered light; a detector configured to detect the scattered light that passes through the field stop and to generate output responsive to the detected scattered light such that the grating target is measured by the metrology system using scatterometry; and a computer system configured to determine a characteristic of the grating target using the output; Characterized in that: wherein the optical elements (18, 20) are further configured to concentrate ghost images of the collected scattered light to localized areas in an imaging pupil of the optical elements or spread the ghost images out across the imaging pupil to reduce irradiance of the ghost images.
An electrolyte membrane suitable for use in an electrochemical cell, comprising a polymer electrolyte body and at least one metal oxide thin film layer deposited by atomic layer deposition method on at least one surface of the polymer electrolyte body, wherein said metal oxide thin film layer is permeable to protons, characterised in that the metal oxide thin film layer further comprises in addition to this primary metal oxide thin film layer, at least one secondary metal oxide thin film layer selected from copper or silver, provided that the metal is different than in the first metal oxide thin film layer.