mhurhangee/patent-ind-claim-en huggingface dataset:
A rotor assembly for a generator , comprising: a rotor core having winding slots ; one or more coils , comprising slot-inserted segments included in the winding slots , and first and second end-turn segments external to the winding slots and located around opposite axial ends of the rotor core , respectively; a first containment band located around at least a portion of the first end-turn segments and configured to prevent the first end-turn segments from moving away from the rotor core radially; a second containment band located around at least a portion of the second end-turn segments and configured to prevent the second end-turn segments from moving away from the rotor core radially; and one or more sticks , mounted in one or more of the winding slots , respectively, wherein the first and second containment bands are retained via the sticks against moving away axially; wherein the one or more sticks each engage both the first containment band and the second containment band to prevent them from moving away axially. a rotor core having winding slots ; one or more coils , comprising slot-inserted segments included in the winding slots , and first and second end-turn segments external to the winding slots and located around opposite axial ends of the rotor core , respectively; a first containment band located around at least a portion of the first end-turn segments and configured to prevent the first end-turn segments from moving away from the rotor core radially; a second containment band located around at least a portion of the second end-turn segments and configured to prevent the second end-turn segments from moving away from the rotor core radially; and one or more sticks , mounted in one or more of the winding slots , respectively, wherein the first and second containment bands are retained via the sticks against moving away axially; wherein the one or more sticks each engage both the first containment band and the second containment band to prevent them from moving away axially.
A bending die with a device for automatically inserting a tube into the bending die , comprising a bending die having a tube inserting portion , and a traveling body moving while gripping the bending die , wherein the traveling body includes: a guide mechanism that extends from an upper portion of the bending die to below a lower portion of the bending die in a direction perpendicular to a longitudinal direction of the bending die in such a manner as to sandwich both sides of the bending die , and guides a tube to an upper portion of the tube inserting portion ; an auxiliary guide mechanism that keeps the tube at the upper portion of the tube inserting portion of the bending die while sliding along a pair of upper rails that are provided on both sides of the tube inserting portion of the bending die by staying in contact with the upper rails , whereby the auxiliary guide mechanism is perpendicular to the upper rails ; a inserting roll that inserts the tube into the tube inserting portion of the bending die while rotating along the upper portion of the tube inserting portion ; a pair of drive wheels that roll along a pair of lower rails provided on a rear side of the pair of upper rails of the bending die ; and a drive mechanism that is driven to rotate the inserting roll and the drive wheels .
A fabric disc filter having a structure for preventing damage to filter panel , the fabric disc filter comprising: a rotary drum ; and a plurality of filter segments arranged on an outer circumferential surface of the rotary drum , wherein each of the filter segments includes: a segment frame that is partially open so as to enable inlet of a fluid therethrough, and is configured so as to discharge the inlet fluid to the rotary drum , a filter frame assembled to the segment frame so as to be positioned on the fluid inlet side of the segment frame ; a filter panel provided in the filter frame so as to filter foreign matter in the fluid flowing therethrough; and a rod-shaped stopper provided in the filter panel so as to distribute a load applied to the filter panel in a washing process of the filter panel and couple the filter panel to the filter frame or the segment frame, characterised in the structure for preventing damage to the filter panel further comprising a pocket fixedly sewn to the filter panel , the pocket having a space into which the rod-shaped stopper is fixedly inserted. a rotary drum ; and a plurality of filter segments arranged on an outer circumferential surface of the rotary drum , wherein each of the filter segments includes: a segment frame that is partially open so as to enable inlet of a fluid therethrough, and is configured so as to discharge the inlet fluid to the rotary drum , a filter frame assembled to the segment frame so as to be positioned on the fluid inlet side of the segment frame ; a filter panel provided in the filter frame so as to filter foreign matter in the fluid flowing therethrough; and a rod-shaped stopper provided in the filter panel so as to distribute a load applied to the filter panel in a washing process of the filter panel and couple the filter panel to the filter frame or the segment frame, characterised in the structure for preventing damage to the filter panel further comprising a pocket fixedly sewn to the filter panel , the pocket having a space into which the rod-shaped stopper is fixedly inserted. a segment frame that is partially open so as to enable inlet of a fluid therethrough, and is configured so as to discharge the inlet fluid to the rotary drum , a filter frame assembled to the segment frame so as to be positioned on the fluid inlet side of the segment frame ; a filter panel provided in the filter frame so as to filter foreign matter in the fluid flowing therethrough; and a rod-shaped stopper provided in the filter panel so as to distribute a load applied to the filter panel in a washing process of the filter panel and couple the filter panel to the filter frame or the segment frame, characterised in the structure for preventing damage to the filter panel further comprising a pocket fixedly sewn to the filter panel , the pocket having a space into which the rod-shaped stopper is fixedly inserted.
An automotive testing system , comprising a data processing unit provided with a data input port for receiving sensor input data and a data output port for transmitting processed data, further comprising a data acquisition unit forwarding sensor input data to said data processing unit, the data acquisition unit including a sensor unit having a sensor system and an electronic system for capturing sensor data, characterised in that the automotive testing system further comprises a synthetic sensor data generator transmitting synthetic sensor data to the electronic system of the sensor unit, further comprising a data transmission channel interconnecting the synthetic sensor data generator and the electronic system of the sensor unit, wherein the electronic system of the sensor unit comprises a digital signal processing unit , wherein the testing system is arranged for repeatedly performing a sequence of steps using a first feedback loop, the steps of the sequence including the steps of: - generating the synthetic sensor data, - transmitting the synthetic sensor data to a digital signal processing unit, and - receiving image enhancements request and/or commands from the digital signal processing unit. - generating the synthetic sensor data, - transmitting the synthetic sensor data to a digital signal processing unit, and - receiving image enhancements request and/or commands from the digital signal processing unit.
Kiln for firing ceramic blanks, in particular bricks, comprising a plurality of trains which comprise a plurality of kiln cars and can be moved in parallel with one another and along a kiln region which extends longitudinally, on which trains the blanks are to be arranged, the kiln region having a firing zone for heating the blanks, it being possible for adjacently arranged trains to be moved through the firing zone in opposite directions without a reversal of direction, and at least one fan being provided for air circulation, it being possible for a kiln wall (1.1) which laterally delimits a train to be heated by means of a heating device and it being possible for the opposite kiln wall (1.2) which laterally delimits a train to be cooled by means of a cooling device , characterised in that a plurality of heating devices and a plurality of cooling devices are provided at a distance from one another in wall portions of the relevant kiln wall (1.1, 1.2), such that a plurality of heating devices are provided upstream of the firing zone and a plurality of cooling devices are provided downstream of the firing zone in a kiln wall (1.1, 1.2).
An adhesive label for a multi-part container having a threaded element and a container body , comprising: - a first, flat label portion that is designed to be fastened to the threaded element of the container , and - a second label portion which is adjacent to the first label portion and has a comb-like structure with a plurality of mutually spaced, strip-shaped fixing elements which are designed to be fastened to the container body of the container , so that the adhesive label couples the threaded element to the container body and counteracts a movement of the threaded element relative to the container body . - a first, flat label portion that is designed to be fastened to the threaded element of the container , and - a second label portion which is adjacent to the first label portion and has a comb-like structure with a plurality of mutually spaced, strip-shaped fixing elements which are designed to be fastened to the container body of the container , so that the adhesive label couples the threaded element to the container body and counteracts a movement of the threaded element relative to the container body .
Vibration damper , in particular for a vehicle tailgate, comprising a support element elastically coupled to a damper body via an elastomer device, wherein the damper body is elongated, at the end sections of which an elastomer body is arranged with a cap-like section open toward the damper body with which the respective elastomer body engages over the damper body , wherein the support element has spaced receptacles for the respective reception of one of the elastomer bodies , characterized in that respective clamping elements are provided for clamping the respective elastomer body into the assigned receptacle of the support element .
Compression device for compressing a gaseous or liquid fluid, comprising a compression means with an intake for said fluid to be compressed, an outlet for said compressed fluid, said means for compressing said fluid being borne by a compressor shaft and housed between said intake and said outlet, and an electric machine, said electric machine being positioned upstream, in the direction of the fluid flow, of said compression means , the electric machine comprising a rotor , a stator , an outer shell and a means for cooling said stator, the rotor and the stator being coaxial along a longitudinal axis (xx), the stator comprising coils, characterized in that said means for cooling said stator comprises at least two circulation means for circulating a cooling fluid, at least one first circulation means extending longitudinally within said stator and at least one second circulation means being positioned on the periphery of said stator , said at least one second circulation means comprising a passive flow-regulating means positioned at the inlet (ER2, EL2) or at the outlet (SR2) of said at least one second circulation means.
A downhole gravel packing apparatus , comprising: a tubular assembly for being arranged within a wellbore to define an annulus between said tubular assembly and a wall of the wellbore; and a control valve provided within the tubular assembly to control flow of a gravel pack carrier fluid between external and internal regions of the tubular assembly , the control valve comprising a fluid reactant arrangement which reacts with a first fluid to reconfigure the control valve from a first configuration in which flow through the control valve is permitted during a gravel packing operation, and a second configuration in which flow through the control valve is restricted; wherein the downhole gravel packing apparatus comprises a sand screen and a base pipe ; wherein the sand screen circumscribes the base pipe and defines a screen annulus between the sand screen and the base pipe , the screen annulus being arranged such that fluid may enter the screen annulus from the annulus via the sand screen ; wherein the control valve is located in the base pipe to permit flow from the screen annulus into the interior of the base pipe . a tubular assembly for being arranged within a wellbore to define an annulus between said tubular assembly and a wall of the wellbore; and a control valve provided within the tubular assembly to control flow of a gravel pack carrier fluid between external and internal regions of the tubular assembly , the control valve comprising a fluid reactant arrangement which reacts with a first fluid to reconfigure the control valve from a first configuration in which flow through the control valve is permitted during a gravel packing operation, and a second configuration in which flow through the control valve is restricted; wherein the downhole gravel packing apparatus comprises a sand screen and a base pipe ; wherein the sand screen circumscribes the base pipe and defines a screen annulus between the sand screen and the base pipe , the screen annulus being arranged such that fluid may enter the screen annulus from the annulus via the sand screen ; wherein the control valve is located in the base pipe to permit flow from the screen annulus into the interior of the base pipe .
An FPGA device configured to achieve remote configuration without needing to connect to a JTAG cable when in communication with a host comprising: a management logic unit and a user logic unit , wherein: the management logic unit comprises a PCIe module ; the PCIe module provided in the management logic unit is coupled to the user logic unit via a PCIe configuration channel; the PCIe module comprises a PCIe interface; and the PCIe module further comprises a first physical functional unit and a second physical functional unit , wherein said physical functional units are provided with different permissions; and the first physical functional unit is configured to: receive a user logic loading request initiated by the second physical functional unit, wherein the user logic loading request carries a user logic identifier; obtain a user logic file according to the user logic identifier; and burn the user logic file into the user logic unit via the PCIe configuration channel. a management logic unit and a user logic unit , wherein: the management logic unit comprises a PCIe module ; the PCIe module provided in the management logic unit is coupled to the user logic unit via a PCIe configuration channel; the PCIe module comprises a PCIe interface; and the PCIe module further comprises a first physical functional unit and a second physical functional unit , wherein said physical functional units are provided with different permissions; and the first physical functional unit is configured to: receive a user logic loading request initiated by the second physical functional unit, wherein the user logic loading request carries a user logic identifier; obtain a user logic file according to the user logic identifier; and burn the user logic file into the user logic unit via the PCIe configuration channel. the management logic unit comprises a PCIe module ; the PCIe module provided in the management logic unit is coupled to the user logic unit via a PCIe configuration channel; the PCIe module comprises a PCIe interface; and the PCIe module further comprises a first physical functional unit and a second physical functional unit , wherein said physical functional units are provided with different permissions; and the first physical functional unit is configured to: receive a user logic loading request initiated by the second physical functional unit, wherein the user logic loading request carries a user logic identifier; obtain a user logic file according to the user logic identifier; and burn the user logic file into the user logic unit via the PCIe configuration channel.
A method of releasably attaching a tool to a work machine , the method comprising: inserting a front lug of a coupling assembly into a front recess on the tool ; inserting a rear lug of the coupling assembly into a rear recess on the tool ; moving a retaining body of the coupling assembly to a retaining position relative to the tool to releasably attach the tool to the work machine , while simultaneously preventing movement of a hydraulic coupling manifold on the coupling assembly ; and moving the hydraulic coupling manifold to a coupling position with a hydraulic power transmission coupling on the tool to hydraulically couple the tool to the work machine in response to the retaining body reaching the retaining position, wherein the retaining body moves to the retaining position in a direction opposite of the direction that the hydraulic coupling manifold moves to the coupling position. inserting a front lug of a coupling assembly into a front recess on the tool ; inserting a rear lug of the coupling assembly into a rear recess on the tool ; moving a retaining body of the coupling assembly to a retaining position relative to the tool to releasably attach the tool to the work machine , while simultaneously preventing movement of a hydraulic coupling manifold on the coupling assembly ; and moving the hydraulic coupling manifold to a coupling position with a hydraulic power transmission coupling on the tool to hydraulically couple the tool to the work machine in response to the retaining body reaching the retaining position, wherein the retaining body moves to the retaining position in a direction opposite of the direction that the hydraulic coupling manifold moves to the coupling position.
Method for identifying a component of an automation system or a clamping system, the component having at least one movable component , a signal transmitter being provided on the movable component , which signal transmitter generates a magnetic field, and at least one sensor unit being provided for detecting the magnetic field of the signal transmitter and a computing unit being provided for determining the position of the component from the magnetic field detected by the sensor unit , comprising the following steps: - moving the component with the signal transmitter to at least one specific position, - detecting the magnetic field values of the signal transmitter when moving into the specific position or at the specific position, - evaluating the detected magnetic field values, - comparing the evaluated magnetic field values with stored reference values, characterized in that a specific component is assigned to each of the stored reference values, further characterized by the following steps: - selecting the specific component of which the assigned reference values correspond to the evaluated magnetic field values, and thus identifying the component , - transmitting a characteristic variable associated with the specific component to a control unit . comprising the following steps: - moving the component with the signal transmitter to at least one specific position, - detecting the magnetic field values of the signal transmitter when moving into the specific position or at the specific position, - evaluating the detected magnetic field values, - comparing the evaluated magnetic field values with stored reference values, - moving the component with the signal transmitter to at least one specific position, - detecting the magnetic field values of the signal transmitter when moving into the specific position or at the specific position, - evaluating the detected magnetic field values, - comparing the evaluated magnetic field values with stored reference values, characterized in that a specific component is assigned to each of the stored reference values, further characterized by the following steps: - selecting the specific component of which the assigned reference values correspond to the evaluated magnetic field values, and thus identifying the component , - transmitting a characteristic variable associated with the specific component to a control unit . - selecting the specific component of which the assigned reference values correspond to the evaluated magnetic field values, and thus identifying the component , - transmitting a characteristic variable associated with the specific component to a control unit .
An enamel composition, in particular intended for covering a glass pane of a fireplace insert, comprising at least one glass frit, at least one pigment in a content varying from 40 to 65% of the total weight of the enamel, preferably from 45 to 60%, and optionally at least one vehicle or medium, characterized in that the glass frit comprises the following constituents, within the limits defined below, limits included, expressed as percentages by weight of the total weight of the frit: SiO 2 45-65% Al 2 O 3 0-13% B 2 O 3 23-55% Na 2 O 0-10% K 2 O 0-10% Li 2 O 0-10% said frit not containing Zr0 2 , CaO and BaO.
A process for recovering a "full" viral product from a viral product composition comprising said "full" viral product and an "empty" viral product, which process comprises: A) contacting the composition with a functionalised chromatography medium, whereby the composition has a dissolved salt concentration such that the electrical conductivity is below 10 mS/cm; B) optionally washing the functionalised chromatography medium with a liquid phase of low ionic concentration, corresponding to the loading electric conductivity of A); and C) selectively eluting the "full" viral product and the "empty" viral product by contacting the functionalised chromatography medium with a liquid phase of increasing ionic strength, wherein: (i) the "full" viral product is an Adenovirus or an Adeno-associated virus, or corresponding viral particle containing one or more polynucleotides; (ii) the "empty" viral product is an Adenovirus or an Adeno-associated virus, or corresponding viral particle substantially devoid of polynucleotides; and (iii) the functionalised chromatography medium comprises one or more non-woven non-grafted cellulose nanofibres having a density of 600 to 1,000 μmol trimethylammonium ligand groups per g of functionalised chromatography medium. A) contacting the composition with a functionalised chromatography medium, whereby the composition has a dissolved salt concentration such that the electrical conductivity is below 10 mS/cm; B) optionally washing the functionalised chromatography medium with a liquid phase of low ionic concentration, corresponding to the loading electric conductivity of A); and C) selectively eluting the "full" viral product and the "empty" viral product by contacting the functionalised chromatography medium with a liquid phase of increasing ionic strength, wherein: (i) the "full" viral product is an Adenovirus or an Adeno-associated virus, or corresponding viral particle containing one or more polynucleotides; (ii) the "empty" viral product is an Adenovirus or an Adeno-associated virus, or corresponding viral particle substantially devoid of polynucleotides; and (iii) the functionalised chromatography medium comprises one or more non-woven non-grafted cellulose nanofibres having a density of 600 to 1,000 μmol trimethylammonium ligand groups per g of functionalised chromatography medium. (i) the "full" viral product is an Adenovirus or an Adeno-associated virus, or corresponding viral particle containing one or more polynucleotides; (ii) the "empty" viral product is an Adenovirus or an Adeno-associated virus, or corresponding viral particle substantially devoid of polynucleotides; and (iii) the functionalised chromatography medium comprises one or more non-woven non-grafted cellulose nanofibres having a density of 600 to 1,000 μmol trimethylammonium ligand groups per g of functionalised chromatography medium.