mhurhangee/ep-ind-claims huggingface dataset:
An axial fan assembly for a vehicle cooling system, the axial fan assembly comprising an axial flow fan which rotates about a central fan axis; an inlet stator positioned upstream of the axial flow fan, the inlet stator having a first inner support ring, and a plurality of inlet stator vanes extending outwardly from the first inner support ring, each inlet stator vane having an upstream edge and a downstream edge, said downstream edge terminating adjacent to a first end plane which is generally perpendicular to the central fan axis, said downstream edge having a tangent which is oriented at a first variable angle β 1 with respect to said first end plane, and said first variable angle β 1 increasing with increasing first distance d 1 from the first inner support ring and said first variable angle β 1 varying continuously along a length of each inlet stator vane; and an outlet stator positioned downstream of the axial flow fan, the outlet stator having a second inner support ring, and a plurality of outlet stator vanes extending outwardly from the second inner support ring, each outlet stator vane having an upstream edge and a downstream edge, said upstream edge of each outlet stator vane terminating adjacent to a second end plane which is generally perpendicular to the central fan axis, said upstream edge having a tangent which is oriented at a second variable angle β 2 with respect to said second end plane, and said second variable angle β 2 decreasing with increasing second distance d 2 from the second inner support ring and said second variable angle β 2 varying continuously along a length of each outlet stator vane.
A bispecific molecule comprising at least one anti-CD38 domain and at least one anti-PD-L1 domain, which are capable of simultaneous binding to CD38 and PD-L1 antigens, respectively, which bispecific molecule is a full length antibody comprising two heavy chains and four light chains, wherein each heavy chain comprises d. a Fc region comprising Hinge-CH2-CH3 domains, e. which Fc region is linked to Fab heavy chain (CH1-VH) of antibody 1, f. which in turn is linked to the Fab heavy chain (CH1-VH) of antibody 2, by a hinge-derived polypeptide linker sequence, wherein said polypeptide linker sequence links the N-terminus of said Fab heavy chain VH domain of Ab1 with the C-terminus of said CH1 domain of Ab2, and the four light chains comprise Fab light chains (CL-VL) of Ab1 and Fab light chains (CL-VL) of Ab2 associated with their cognate heavy chain domains; wherein Ab1 is atezolizumab and Ab2 is daratumumab. wherein each heavy chain comprises d. a Fc region comprising Hinge-CH2-CH3 domains, e. which Fc region is linked to Fab heavy chain (CH1-VH) of antibody 1, f. which in turn is linked to the Fab heavy chain (CH1-VH) of antibody 2, by a hinge-derived polypeptide linker sequence, wherein said polypeptide linker sequence links the N-terminus of said Fab heavy chain VH domain of Ab1 with the C-terminus of said CH1 domain of Ab2, d. a Fc region comprising Hinge-CH2-CH3 domains, e. which Fc region is linked to Fab heavy chain (CH1-VH) of antibody 1, f. which in turn is linked to the Fab heavy chain (CH1-VH) of antibody 2, by a hinge-derived polypeptide linker sequence, wherein said polypeptide linker sequence links the N-terminus of said Fab heavy chain VH domain of Ab1 with the C-terminus of said CH1 domain of Ab2, and the four light chains comprise Fab light chains (CL-VL) of Ab1 and Fab light chains (CL-VL) of Ab2 associated with their cognate heavy chain domains; wherein Ab1 is atezolizumab and Ab2 is daratumumab.
A construction forming a structural frame including a beam and a column, the construction comprising: a buckling restraint block capable of being affixed to an end of the beam, the buckling restraint block including a first end nearest the end of the beam when the block is affixed to the beam, a second end opposite the first end and a bore between the first and second ends, and a yield link including a first end capable of being affixed to the column, and a second end fit through the bore in the buckling restraint block characterised in that the bore at the second end includes threads; the yield link being threaded into the threads in the second end of the buckling restraint block, the yield link being capable of yielding in tension and compression to dissipate stress within the frame upon a lateral load applied to the beam and/or column, the yield link being restrained against buckling within the bore of the buckling restraint block. a buckling restraint block capable of being affixed to an end of the beam, the buckling restraint block including a first end nearest the end of the beam when the block is affixed to the beam, a second end opposite the first end and a bore between the first and second ends, and a yield link including a first end capable of being affixed to the column, and a second end fit through the bore in the buckling restraint block characterised in that the bore at the second end includes threads; the yield link being threaded into the threads in the second end of the buckling restraint block, the yield link being capable of yielding in tension and compression to dissipate stress within the frame upon a lateral load applied to the beam and/or column, the yield link being restrained against buckling within the bore of the buckling restraint block.
A method comprising: in response, at least in part, to a request to store input data in storage, encrypting, based least in part upon at least one key, the input data to generate output data to store in the storage, the at least one key being authorized by a remote authority; and/or in response, at least in part, to a request to retrieve the input data from the storage, decrypting, based at least in part upon the at least one key, the output data; and wherein the encrypting and/or the decrypting is performed, at least in part, by circuitry comprised in an integrated circuit, the integrated circuit being geographically remote from and communicatively coupled to the remote authority; a server comprises the remote authority; and the storage comprises mass storage. in response, at least in part, to a request to store input data in storage, encrypting, based least in part upon at least one key, the input data to generate output data to store in the storage, the at least one key being authorized by a remote authority; and/or in response, at least in part, to a request to retrieve the input data from the storage, decrypting, based at least in part upon the at least one key, the output data; and wherein the encrypting and/or the decrypting is performed, at least in part, by circuitry comprised in an integrated circuit, the integrated circuit being geographically remote from and communicatively coupled to the remote authority; a server comprises the remote authority; and the storage comprises mass storage.
A method of designing a dry powder inhaler, the inhaler being operable to discharge a dose of medicament in the form of a dry powder plume, the method comprising: providing a first dry powder inhaler in accordance with a first design, the dry power inhaler containing a dry powder formulation, and the design intended to achieve a particular desired set of plume geometric and/or dynamic characteristics; testing the dry powder inhaler by means of a testing method comprising: actuating the inhaler to discharge a dose of the dry powder formulation in the form of a dry powder plume, illuminating the plume with a source of electromagnetic radiation; capturing, using a camera, one or more images of a pattern of radiation reflected or diffracted by the electromagnetically illuminated plume, and processing the images to determine one or more geometrical and/or dynamical characteristics of the discharged plume; and if necessary, adjusting the design of the first dry powder inhaler based on results of said testing so as to better achieve the desired set of plume geometric and/or dynamic characteristics. providing a first dry powder inhaler in accordance with a first design, the dry power inhaler containing a dry powder formulation, and the design intended to achieve a particular desired set of plume geometric and/or dynamic characteristics; testing the dry powder inhaler by means of a testing method comprising: actuating the inhaler to discharge a dose of the dry powder formulation in the form of a dry powder plume, illuminating the plume with a source of electromagnetic radiation; capturing, using a camera, one or more images of a pattern of radiation reflected or diffracted by the electromagnetically illuminated plume, and processing the images to determine one or more geometrical and/or dynamical characteristics of the discharged plume; and actuating the inhaler to discharge a dose of the dry powder formulation in the form of a dry powder plume, illuminating the plume with a source of electromagnetic radiation; capturing, using a camera, one or more images of a pattern of radiation reflected or diffracted by the electromagnetically illuminated plume, and processing the images to determine one or more geometrical and/or dynamical characteristics of the discharged plume; and if necessary, adjusting the design of the first dry powder inhaler based on results of said testing so as to better achieve the desired set of plume geometric and/or dynamic characteristics.
Ostrich antibodies against antigens from a lysis solution of microbial cells, wherein the microbial cells are Staphylococcus aureus, wherein the antibodies are polyclonal IgY antibodies obtained by: removing the microbial cells from culture solution, homogenizing the microbial cells in phosphate buffer solution by a homogenizer to obtain the lysis solution, immunizing an ostrich with the lysis solution, and obtaining the ostrich antibodies from an egg of the ostrich. removing the microbial cells from culture solution, homogenizing the microbial cells in phosphate buffer solution by a homogenizer to obtain the lysis solution, immunizing an ostrich with the lysis solution, and obtaining the ostrich antibodies from an egg of the ostrich.
Input circuit for a power supply at least having: - a switch element arranged on the input side; - an inductance, which is arranged in series with the switch element; and also a freewheeling diode; wherein, through periodic switching of the switch element between a conductive state and a blocked state, an input voltage (Ue) is able to be converted to an output voltage (Ua); wherein the inductance, at least partially during a switching period of the switch element, has a current (I L) flowing through it, which charges a capacitance (Ca) arranged on the output side at which the output voltage (Ua) is able to be made available; wherein the freewheeling diode absorbs the current (I L) in the blocked state of the switch element and wherein, in the blocked state of the switch element and if a predefined breakthrough voltage (Ud) at the switch element is exceeded, a current flow (I AVAL) via the switch element is permitted, characterised in that, on occurrence and recognition of an overvoltage on the input side of the input circuit, the switch element is put into the blocked state, that the current flow (I AVAL) via the switch element in the blocked state is relayed to the inductance and the freewheeling diode is blocked, and that the switch element and the inductance are dimensioned in such a way that, on occurrence of the overvoltage, what is known as avalanche energy arises at the switch element, at which the switch element withstands a current (I L) flowing through the inductance for a duration of the overvoltage. - a switch element arranged on the input side; - an inductance, which is arranged in series with the switch element; and also a freewheeling diode; wherein, through periodic switching of the switch element between a conductive state and a blocked state, an input voltage (Ue) is able to be converted to an output voltage (Ua); wherein the inductance, at least partially during a switching period of the switch element, has a current (I L) flowing through it, which charges a capacitance (Ca) arranged on the output side at which the output voltage (Ua) is able to be made available; wherein the freewheeling diode absorbs the current (I L) in the blocked state of the switch element and wherein, in the blocked state of the switch element and if a predefined breakthrough voltage (Ud) at the switch element is exceeded, a current flow (I AVAL) via the switch element is permitted, characterised in that, on occurrence and recognition of an overvoltage on the input side of the input circuit, the switch element is put into the blocked state, that the current flow (I AVAL) via the switch element in the blocked state is relayed to the inductance and the freewheeling diode is blocked, and that the switch element and the inductance are dimensioned in such a way that, on occurrence of the overvoltage, what is known as avalanche energy arises at the switch element, at which the switch element withstands a current (I L) flowing through the inductance for a duration of the overvoltage.
A hand held voice capture device comprising: an orientable arm, comprising one first leg and a second leg, said first leg and said second leg having different orientations, said first leg of said arm comprising a first differential linear array of microphones, the directivity of said first differential linear array being arranged for improved sensing of voice from a user; said second leg of said arm comprising a second differential linear array of microphones, the directivity of said second differential linear array being arranged for improved sensing of noise from a different than the direction of said sensed voice; a noise reduction circuit for providing a voice signal with reduced noise, based on the output of said first differential linear array and on the output of said second differential linear array. an orientable arm, comprising one first leg and a second leg, said first leg and said second leg having different orientations, said first leg of said arm comprising a first differential linear array of microphones, the directivity of said first differential linear array being arranged for improved sensing of voice from a user; said second leg of said arm comprising a second differential linear array of microphones, the directivity of said second differential linear array being arranged for improved sensing of noise from a different than the direction of said sensed voice; a noise reduction circuit for providing a voice signal with reduced noise, based on the output of said first differential linear array and on the output of said second differential linear array.
Leaf for a window or a door with a plastics-material profiled frame comprising a plurality of hollow chambers, with an insulation glazing received in the profiled frame and bonded thereto, which glazing comprises a first pane facing the profiled frame and at least a second pane spaced apart therefrom, wherein the first pane and the second pane are connected together indirectly or directly, and with a glass cover connected to the profiled frame, which cover at least partly covers the second pane on its side facing away from the profiled frame in the edge region, wherein the profiled frame of the leaf has a groove open towards the weather side of the leaf, in which groove a latching element of the glass cover is latched, characterised in that the glass cover comprises a reinforcing element, and the reinforcing element is connected to a reinforcing element of the profiled frame, the reinforcing element of the profiled frame being designed as a reinforcement profile introduced into one of the hollow chambers of the profiled frame, which profile extends at least partly beneath the insulation glazing.
A method for sharing a data object between a first system and a second system, the first system configured to process a data object that includes an identifier for configuration data for said data object, the second system configured to process a data object with configuration data included in said data object, the method comprising: accessing a data object of the first system, the data object comprising object data and an identifier referring to first configuration data; based on the identifier, accessing the first configuration data from a database; creating a modified data object comprising the object data and at least a portion of the first configuration data allowing to use the data object by a second system; and importing the modified data object into the second system; and/or the method comprising: accessing a second data object of the second system, the second data object comprising second object data, second configuration data, and a second identifier; creating a second modified data object comprising the second object data and the second identifier, the second modified data object excluding at least a portion of the second configuration data; and importing the modified second data object into the first system, the first system using the second identifier for accessing configuration data from a configuration server for using the second data object. accessing a data object of the first system, the data object comprising object data and an identifier referring to first configuration data; based on the identifier, accessing the first configuration data from a database; creating a modified data object comprising the object data and at least a portion of the first configuration data allowing to use the data object by a second system; and importing the modified data object into the second system; and/or the method comprising: accessing a second data object of the second system, the second data object comprising second object data, second configuration data, and a second identifier; creating a second modified data object comprising the second object data and the second identifier, the second modified data object excluding at least a portion of the second configuration data; and importing the modified second data object into the first system, the first system using the second identifier for accessing configuration data from a configuration server for using the second data object.
A crystalline multilayer structure comprising: a base substrate; and a corundum-structured crystalline oxide thin film disposed directly on the base substrate or with another layer therebetween, wherein a thickness of the crystalline oxide thin film is 1 μm or more, and an electrical resistivity of the crystalline oxide thin film is 80 mΩm or less. a base substrate; and a corundum-structured crystalline oxide thin film disposed directly on the base substrate or with another layer therebetween, wherein a thickness of the crystalline oxide thin film is 1 μm or more, and an electrical resistivity of the crystalline oxide thin film is 80 mΩm or less.
A pharmaceutical composition comprising an extracellular extract or comprising a mixture of extracellular extract and intracellular extract and a pharmaceutically acceptable carrier, for use in the treatment of a proliferative disease, wherein said extract is prepared from mesenchymal stem cells and wherein said extract is not an extract of human embryonic stem cells.
Assembly for adjusting the height above sea level of a radar antenna, comprising an antenna mast a radar antenna, the radar antenna being arranged such that it can be displaced in height on the antenna mast, characterized in that the assembly further comprises: a first input interface, which is designed to receive a first sensor signal, which corresponds to the presence of a subrefraction layer above sea level and to a height and thickness of the subrefraction layer above sea level, a second input interface, which is designed to receive a second sensor signal, which corresponds to the presence of an evaporation duct layer above sea level and to a height and thickness of the evaporation duct layer above sea level, an evaluation device, which is designed to determine on the basis of the first sensor signal and the second sensor signal an antenna height above sea level, which corresponds to a maximum detection range of the radar antenna, an output interface, which is designed to output a control signal, which brings about the displacement of the radar antenna to the antenna height determined by the evaluation device. a first input interface, which is designed to receive a first sensor signal, which corresponds to the presence of a subrefraction layer above sea level and to a height and thickness of the subrefraction layer above sea level, a second input interface, which is designed to receive a second sensor signal, which corresponds to the presence of an evaporation duct layer above sea level and to a height and thickness of the evaporation duct layer above sea level, an evaluation device, which is designed to determine on the basis of the first sensor signal and the second sensor signal an antenna height above sea level, which corresponds to a maximum detection range of the radar antenna, an output interface, which is designed to output a control signal, which brings about the displacement of the radar antenna to the antenna height determined by the evaluation device.
An electric device configured to generate an operation signal according to a state of an operating element, to generate a data signal, to generate a superimposed signal by superimposing a data signal by addition of the data signal to the operation signal, and to transmit the superimposed signal to the outside, the electric device further comprising: a circuit comprising a current consuming part and a first load (630, 640), wherein the current consuming part is configured to consume a current based on a processing in the electric device; and a current control part configured to control current consumption in said circuit by changing a consumed current in the first load (630, 640) such that a ratio of a magnitude of current variation of the superimposed signal based on variation of the consumed current in the current consuming part to a magnitude of current variation of the superimposed signal based on a change in a value of the data signal is set to equal to or less than a predetermined ratio. to generate an operation signal according to a state of an operating element, to generate a data signal, to generate a superimposed signal by superimposing a data signal by addition of the data signal to the operation signal, and to transmit the superimposed signal to the outside, a circuit comprising a current consuming part and a first load (630, 640), wherein the current consuming part is configured to consume a current based on a processing in the electric device; and a current control part configured to control current consumption in said circuit by changing a consumed current in the first load (630, 640) such that a ratio of a magnitude of current variation of the superimposed signal based on variation of the consumed current in the current consuming part to a magnitude of current variation of the superimposed signal based on a change in a value of the data signal a magnitude of current variation of the superimposed signal based on variation of the consumed current in the current consuming part to a magnitude of current variation of the superimposed signal based on a change in a value of the data signal is set to equal to or less than a predetermined ratio.