mhurhangee/ep-ind-claims huggingface dataset:
An electronic pump, comprising a first housing, a second housing, an end cover, an outer rotor part, an inner stator part and a circuit board; the first housing, the second housing and the end cover being fixedly connected to form a pump chamber of the electronic pump, and the pump chamber being divided by a partition into a wet chamber allowing a working medium to pass through and at least one dry chamber where there is no working medium passing through, wherein the rotor part is arranged in the wet chamber, and the stator part and the circuit board are arranged in the dry chamber; the electronic pump further comprises a shaft, and the shaft and the partition are fixed by injection molding; the partition forms a partition cavity, wherein the partition comprises a first side wall configured to separate the stator part from the rotor part and a top portion, said top portion comprising a sunken portion sinking from the top of the partition to an interior of the partition and being formed at a central area at the top portion of the partition, the sunken portion comprises a second side wall and a bottom, and forms a sunken cavity, the stator part is arranged in the partition cavity, the rotor part is arranged outside the partition cavity, and the shaft is fixed to the bottom of the sunken portion; an upper end of the shaft extends out of the partition, the rotor part cooperates with an extending section of the shaft, and a portion of the rotor part of a rotation pair between the rotor part and the shaft is a cooperation portion of the rotor part; the rotor part is of a bell shape and has a rotor cavity, wherein the rotor part comprises a rotor side wall and a rotor top portion, and wherein the cooperation portion comprises a first portion located above a lowest portion of a cavity top surface of the rotor cavity, and a second portion extending from the lowest portion of the cavity top surface into the rotor cavity, and at least a part of the second portion is located in the sunken cavity; and characterized in that, the second side wall of the sunken portion has a thickness smaller than a thickness of the top portion of the partition, a plurality of first reinforcing ribs are provided at an outer side of the second side wall and are configured to connect an inner side of the top portion and the second side wall, and the plurality of first reinforcing ribs start from the second side wall and end at an inner wall of the partition and are divergently arranged; and wherein, a plurality of second reinforcing ribs are formed on the first side wall of the partition.
A method of manufacturing a header, the method comprising: preparing a first member having a first surface having no brazing material applied thereto, a second member having a second surface having no brazing material applied thereto, and a third member having a third surface (614, 616) having a brazing material applied thereto; arranging the first surface and the second surface to face each other; bringing the third surface into contact with both the first member and the second member; and heating the first member, the second member, and the third member in a furnace to cause the brazing material applied to the third surface to enter a gap between the first surface and the second surface. preparing a first member having a first surface having no brazing material applied thereto, a second member having a second surface having no brazing material applied thereto, and a third member having a third surface (614, 616) having a brazing material applied thereto; arranging the first surface and the second surface to face each other; bringing the third surface into contact with both the first member and the second member; and heating the first member, the second member, and the third member in a furnace to cause the brazing material applied to the third surface to enter a gap between the first surface and the second surface.
A micro-electromechanical device for monitoring fluid media, the device comprising at least one fluid port and at least one cavity or fluid flow path fluidly coupled to said at least one fluid port for enabling exchange of fluid media therewith, at least one deformable membrane element configured to interact with the fluid media, when said fluid media is introduced into said at least one cavity or fluid flow path, and elastically deform responsive to pressure conditions inside said at least one cavity or fluid flow path, at least one sensing element configured to measure at least one property or condition of said fluid media, and at least one electrical contact electrically coupled to said at least one sensing element, characterized in that: said at least one fluid port and said at least one cavity or fluid flow path are formed in a base element of the device being a monolithic unit made of a certain type of polymer material and having at least one opening sealably covered by at least one region of said at least one deformable membrane element that interacts with the fluid media; said at least one sensing element comprises a transducing element and it is formed on said at least one region of said at least one deformable membrane element that covers the at least one opening and interacts with the fluid media, for measuring the at least one property or condition of the fluid media; and said at least one electrical contact is disposed on said base element of the device. said at least one fluid port and said at least one cavity or fluid flow path are formed in a base element of the device being a monolithic unit made of a certain type of polymer material and having at least one opening sealably covered by at least one region of said at least one deformable membrane element that interacts with the fluid media; said at least one sensing element comprises a transducing element and it is formed on said at least one region of said at least one deformable membrane element that covers the at least one opening and interacts with the fluid media, for measuring the at least one property or condition of the fluid media; and said at least one electrical contact is disposed on said base element of the device.
An aluminophosphate-metal oxide bonded body comprising a metal oxide having a bonding surface on a part of the surface thereof, and aluminophosphate that is disposed in a form of a membrane shape on the bonding surface of the metal oxide, wherein an alkali metal, an alkaline earth metal or both of these is/are disposed on the bonding surface of the metal oxide, and the content rate of the alkali metal, alkaline earth metal or both is from 0.3 to 30.0% by mass with respect to all of the substances that are disposed on the bonding surface of the metal oxide.
Strapping device, having a tensioning unit (3, 4) and a sealing unit (5, 6, 7) and having a drive device (8, 9), wherein the tensioning unit (3, 4) or sealing unit (5, 6, 7) can be optionally coupled to the drive device (8, 9) as a base, characterized in that the tensioning unit (3, 4) or sealing unit (5, 6, 7) is designed as a module, wherein the module is a replaceable, complex and closed functional unit, i.e. a replaceable complex element within an overall system, of the strapping device, wherein further the module and the drive device (8, 9) can not only be connected or separated mechanically, but also in terms of data technology, and wherein the module is equipped with a transponder, which communicates with a reader in the drive device (8, 9). characterized in that the tensioning unit (3, 4) or sealing unit (5, 6, 7) is designed as a module, wherein the module is a replaceable, complex and closed functional unit, i.e. a replaceable complex element within an overall system, of the strapping device, wherein further the module and the drive device (8, 9) can not only be connected or separated mechanically, but also in terms of data technology, and wherein the module is equipped with a transponder, which communicates with a reader in the drive device (8, 9).
A trash spearing tool, comprising: a spearing pin; a trigger assembly movable between a normal position and an activated position; an inner tube depending from the trigger assembly; and an outer tube being disposed over a portion the inner tube and being slidable between a storage position and a use position, characterized in that the spearing pin is operatively coupled to the trigger assembly in such manner that, when the outer tube is in the use position and the trigger assembly is in the normal position, the spearing pin is normally biased to an extended position in which a portion of the spearing pin extends from the outer tube and, when the outer tube is in the storage position and the trigger assembly is in either the normal position or activated position, the spearing pin is in a retracted position in which the spearing pin does not extend from the outer tube. a spearing pin; a trigger assembly movable between a normal position and an activated position; an inner tube depending from the trigger assembly; and an outer tube being disposed over a portion the inner tube and being slidable between a storage position and a use position, characterized in that the spearing pin is operatively coupled to the trigger assembly in such manner that, when the outer tube is in the use position and the trigger assembly is in the normal position, the spearing pin is normally biased to an extended position in which a portion of the spearing pin extends from the outer tube and, when the outer tube is in the storage position and the trigger assembly is in either the normal position or activated position, the spearing pin is in a retracted position in which the spearing pin does not extend from the outer tube.
A condenser adapted to be used in a vapor compression system, the condenser comprising: a shell having a refrigerant inlet that at least refrigerant with gas refrigerant flows therethrough and a refrigerant outlet that at least refrigerant with liquid refrigerant flows therethrough, with a longitudinal center axis of the shell extending generally parallel to a horizontal plane; a tube bundle including a plurality of heat transfer tubes disposed inside of the shell to receive the refrigerant discharged from the refrigerant inlet onto the tube bundle, the heat transfer tubes extending generally parallel to the longitudinal center axis of the shell; and a tube support structure (32, 36) configured and arranged to support the plurality of heat transfer tubes of the tube bundle within the shell, the tube support structure including at least one tube support plate inclined relative to a vertical direction perpendicular to the longitudinal center axis of the shell, wherein the tube support structure includes a plurality of tube support plates arranged at intervals relative to each other along a longitudinal direction of the shell; the plurality of tube support plates are arranged to overlap with each other when viewed from above; and characterised in that each tube support plate extends from above the tube bundle to below the tube bundle. a shell having a refrigerant inlet that at least refrigerant with gas refrigerant flows therethrough and a refrigerant outlet that at least refrigerant with liquid refrigerant flows therethrough, with a longitudinal center axis of the shell extending generally parallel to a horizontal plane; a tube bundle including a plurality of heat transfer tubes disposed inside of the shell to receive the refrigerant discharged from the refrigerant inlet onto the tube bundle, the heat transfer tubes extending generally parallel to the longitudinal center axis of the shell; and a tube support structure (32, 36) configured and arranged to support the plurality of heat transfer tubes of the tube bundle within the shell, the tube support structure including at least one tube support plate inclined relative to a vertical direction perpendicular to the longitudinal center axis of the shell, wherein the tube support structure includes a plurality of tube support plates arranged at intervals relative to each other along a longitudinal direction of the shell; the plurality of tube support plates are arranged to overlap with each other when viewed from above; and characterised in that each tube support plate extends from above the tube bundle to below the tube bundle.
A method for controlling insects that comprise exposing insects to insect resistant soybean plants, said soybean plants comprising a polynucleotide segment having at least 95% identity with SEQ ID NO: 14, which comprises soybean event 9582.814.19.1, wherein a representative soybean seed has been deposited with the American Type Culture Collection (ATCC) accession number PTA-12006.
A solar cell comprising: a semiconductor substrate; and a busbar electrode extending in a first direction and a finger electrode extending in a second direction on a first surface of said semiconductor substrate, said finger electrode and said busbar electrode being electrically connected to each other, and a side portion of said busbar electrode being curved such that a width of said busbar electrode increases toward an end portion of said busbar electrode, in a region near the end portion of said busbar electrode in said first direction, and a side portion of said finger electrode is curved such that a width of said finger electrode increases toward a connection portion between said finger electrode and said busbar electrode, in a region near the connection portion between said finger electrode and said busbar electrode. a semiconductor substrate; and a busbar electrode extending in a first direction and a finger electrode extending in a second direction on a first surface of said semiconductor substrate, said finger electrode and said busbar electrode being electrically connected to each other, and a side portion of said busbar electrode being curved such that a width of said busbar electrode increases toward an end portion of said busbar electrode, in a region near the end portion of said busbar electrode in said first direction, and a side portion of said finger electrode is curved such that a width of said finger electrode increases toward a connection portion between said finger electrode and said busbar electrode, in a region near the connection portion between said finger electrode and said busbar electrode.
A method of analyzing protein variants of a recombinant protein of interest in liquid samples of a mammal comprising a) providing two or more liquid samples of a mammal comprising the recombinant protein of interest; b) immobilizing the recombinant protein of interest of each of said samples on a separate solid support coupled to an affinity ligand specific for the recombinant protein of interest in the samples; c) eluting the recombinant protein of interest or a fragment thereof of each of said samples from the solid support into separate eluates; and d) analyzing the protein variants of step c) of each of said samples separately using an analytical separating method and comparing said two or more samples, wherein an internal standard binding to the same affinity ligand is added to each of said samples prior to step b and the internal standard is analyzed together with the recombinant protein of interest of step d), and wherein the protein variants of the recombinant protein of interest to be analyzed are due to deamidation, oxidation, N-terminal heterogeneity, C-terminal heterogeneity, isomerization, or disulfide isoforms. a) providing two or more liquid samples of a mammal comprising the recombinant protein of interest; b) immobilizing the recombinant protein of interest of each of said samples on a separate solid support coupled to an affinity ligand specific for the recombinant protein of interest in the samples; c) eluting the recombinant protein of interest or a fragment thereof of each of said samples from the solid support into separate eluates; and d) analyzing the protein variants of step c) of each of said samples separately using an analytical separating method and comparing said two or more samples,
Method for separating sausages from a sausage strand, at which individual sausages are connected to one another via a connection and this connection is severed, characterized in that, prior to severing, at least one link wall, which is at least partially wedge-shaped in its vertical longitudinal section, and a second link wall, which is at least partially wedge-shaped in its vertical longitudinal section, are inserted into the area of the connection between two sausages, and at least one link wall (10, 11) is/are adjustable relative to the other link wall (11, 10) or both link walls are adjustable relative to each other in a wedge-shaped manner.
Diagnostic device for monitoring the operation of a technical system, wherein the system has an automation system, wherein the diagnostic device comprises a data storage unit, in which at least one data record which has values of process variables and which identifies the operation of the system can be stored, and an evaluation device, by means of which on the basis of the data record and at least one predetermined, so-called self-organising map, a diagnostic statement about the operation of the system can be determined and/or displayed, wherein, on the basis of a program for controlling the sequence during operation of the system with repeatedly run step sequences, the evaluation device is embodied to automatically determine at least one part of the process variables as relevant to the diagnosis and to assign a coordinate of the data record to these in each case, wherein the data record is designed as an n-tuple with a number n of coordinates, characterised in that the evaluation device is embodied to determine the controlled variables and/or measured variables set in steps in the step sequence, which are queried in steps in the step sequence in order to monitor a transition condition, as process variables which are relevant to the diagnosis.
A page data creating apparatus for creating page data expressing contents to be printed in a page description language, in a printing system for producing prints including a fixed area having identical contents throughout a plurality of pages, and a variable area having different contents for each of the plurality of pages, comprising: an allocating condition setting device for setting allocating condition information for use in allocating page constituent elements expressed by objects into prints, to each of the objects as content information; a correction information embedding device for embedding, in the page data, as precondition information linked to allocating conditions of an object relating to a bar code to be allocated to the variable area, bar-code correction information indicating that the object is to be corrected; a common object defining device for defining, outside the content information, bar-code constituent elements provided for each type of bar code to express the bar code, as a common object for composing a different bar code for each page, to which the plurality of pages refer selectively; and a page data generating device for generating page data including the precondition information and the common object. an allocating condition setting device for setting allocating condition information for use in allocating page constituent elements expressed by objects into prints, to each of the objects as content information; a correction information embedding device for embedding, in the page data, as precondition information linked to allocating conditions of an object relating to a bar code to be allocated to the variable area, bar-code correction information indicating that the object is to be corrected; a common object defining device for defining, outside the content information, bar-code constituent elements provided for each type of bar code to express the bar code, as a common object for composing a different bar code for each page, to which the plurality of pages refer selectively; and a page data generating device for generating page data including the precondition information and the common object.
Method for manufacturing an opto-electrical device comprising the steps of - providing a cover comprising a metal foil, and a patterned electrically conductive layer carried by and electrically insulated from the metal foil, - providing an opto-electrical structure that comprises at least an opto-electrical layer and a transparent electrically conductive layer, - providing a plurality of transverse electrical conductors that extend from the metal foil or the patterned electrically conductive layer of the cover through the at least one opto-electrical layer to said transparent electrically conductive layer - providing a barrier structure, wherein the opto-electrical structure is sandwiched between the cover and the barrier structure, and wherein a portion of the cover extends beyond a first main surface of the opto-electrical structure, and said portion of the cover is wrapped around a circumference of the opto-electrical structure and over a free surface of the barrier structure facing away from the opto-electrical structure, wherein said opto-electrical structure provided with the barrier structure and said cover are manufactured separately and wherein said opto-electrical structure and said cover are mutually integrated into the device by laminating the opto-electrical structure to the cover, the cover therewith extending beyond the first main surface of the opto-electrical structure, wherein before laminating the opto-electrical structure is provided with the transverse electrical conductors. - providing a cover comprising a metal foil, and a patterned electrically conductive layer carried by and electrically insulated from the metal foil, - providing an opto-electrical structure that comprises at least an opto-electrical layer and a transparent electrically conductive layer, - providing a plurality of transverse electrical conductors that extend from the metal foil or the patterned electrically conductive layer of the cover through the at least one opto-electrical layer to said transparent electrically conductive layer - providing a barrier structure, wherein the opto-electrical structure is sandwiched between the cover and the barrier structure, and wherein a portion of the cover extends beyond a first main surface of the opto-electrical structure, and said portion of the cover is wrapped around a circumference of the opto-electrical structure and over a free surface of the barrier structure facing away from the opto-electrical structure, wherein said opto-electrical structure provided with the barrier structure and said cover are manufactured separately and wherein said opto-electrical structure and said cover are mutually integrated into the device by laminating the opto-electrical structure to the cover, the cover therewith extending beyond the first main surface of the opto-electrical structure, wherein before laminating the opto-electrical structure is provided with the transverse electrical conductors.
Comfort system for a motor vehicle, characterised by - a component, which has at least two mechanical operating elements, and - an operating device for the comfort system, having a touch sensitive-screen comprising an operating surface, characterised in that the touch-sensitive screen is designed as a frame element for the component and entirely or largely frames the component of the comfort system; wherein an operating area of the operating surface is configured to assign an operating function to at least one of the mechanical operating elements, and the respective operating area displays the function that can be triggered by the mechanical operating element, and the touch-sensitive screen is configured to perform an operating action to change an assignment of a function to be triggered by the respective mechanical operating element, to receive the respective mechanical operating element. - a component, which has at least two mechanical operating elements, and - an operating device for the comfort system, having a touch sensitive-screen comprising an operating surface,