mhurhangee/ep-ind-claims huggingface dataset:
Procedure for the fastening of a sealing plug in an assembly bore of a motor housing, comprising the steps - Provision of a sealing plug with a central recess on one outer surface resting against an outer surface of the motor housing after assembly, and a sealing area extending in the circumferal direction for the sealing of the assembly bore, - Insertion of an assembly pin of an assembly aid in the central recess of the sealing plug, - Placing of the sealing plug on an edge of the assembly bore, - Deformation of an inner surface of the sealing plug by pressing it into the assembly bore, so that once the sealing area has passed through the assembly bore it reaches a position where it engages behind the edge of the assembly bore, characterized in that the assembly pin is preloaded relative to the remaining part of the assembly aid and in that the sealing area is deformed radially during assembly. - Provision of a sealing plug with a central recess on one outer surface resting against an outer surface of the motor housing after assembly, and a sealing area extending in the circumferal direction for the sealing of the assembly bore, - Insertion of an assembly pin of an assembly aid in the central recess of the sealing plug, - Placing of the sealing plug on an edge of the assembly bore, - Deformation of an inner surface of the sealing plug by pressing it into the assembly bore, so that once the sealing area has passed through the assembly bore it reaches a position where it engages behind the edge of the assembly bore,
A method of coating a paper substrate using a multi-slot curtain coater, wherein a water-based composition comprising a polymer is fed through a first slot and a water-based composition comprising silicone is fed through a second slot to form a curtain of at least two layers that coats the paper with a support layer and a silicone layer on top of the support layer and wherein: - the flow rate (l/min*m) is at least five times higher for the polymer composition than for the silicone composition; - the flow rate of the curtain is at least 6.0 l/min*m, such as 6.0-50 l/min*m, such as 6.0-15 l/min ∗ m; - the coating speed is 500-2000 m/min, such as 500-1500 m/min; - the viscosity is higher for polymer composition than for the silicone composition, wherein the viscosity is measured according to ISO 3219:1993 at 25 °C using a shear rate of 25 s -1; - the solids content of the polymer composition is 8.0-40 % and the solids content of the silicone composition is 8.0-40 %; and - the solids content of the polymer composition is higher than or equal to the solids content of the silicone composition. - the flow rate (l/min*m) is at least five times higher for the polymer composition than for the silicone composition; - the flow rate of the curtain is at least 6.0 l/min*m, such as 6.0-50 l/min*m, such as 6.0-15 l/min ∗ m; - the coating speed is 500-2000 m/min, such as 500-1500 m/min; - the viscosity is higher for polymer composition than for the silicone composition, wherein the viscosity is measured according to ISO 3219:1993 at 25 °C using a shear rate of 25 s -1; - the solids content of the polymer composition is 8.0-40 % and the solids content of the silicone composition is 8.0-40 %; and - the solids content of the polymer composition is higher than or equal to the solids content of the silicone composition.
A spray powder with a superferritic iron-based compound for the thermal coating of a substrate, wherein the spray powder includes, apart from impurities, Cr and a ceramic component Al 2 O 3 /ZrO 2, characterized in that the spray powder has the following chemical composition: Cr in the range from 20% to 40% by weight, Mo in the range 2.0% to 6% by weight, ceramic component Al 2 O 3 /ZrO 2 up to a maximum of 50% by weight, remainder Fe, wherein optional C at a maximum up to 0.7% by weight, Mn at a maximum up to 0.7% by weight, Ni at a maximum up to 0.5% by weight, Nb at a maximum up to 1.2% by weight P at a maximum up to 0.1 % by weight S at a maximum up to 0.1 % by weight Si at a maximum up to 0.2% by weight can be contained and a total of a maximum of 0.4% by weight of further chemical elements are contained as impurities. Cr in the range from 20% to 40% by weight, Mo in the range 2.0% to 6% by weight, ceramic component Al 2 O 3 /ZrO 2 up to a maximum of 50% by weight, remainder Fe, wherein optional C at a maximum up to 0.7% by weight, Mn at a maximum up to 0.7% by weight, Ni at a maximum up to 0.5% by weight, Nb at a maximum up to 1.2% by weight P at a maximum up to 0.1 % by weight S at a maximum up to 0.1 % by weight Si at a maximum up to 0.2% by weight can be contained and a total of a maximum of 0.4% by weight of further chemical elements are contained as impurities.
An ejector for ejecting a movable furniture part from a closed end position in or on a furniture carcass comprising an ejection lever drivable by an electric drive unit - in particular an electric motor -, wherein the ejection lever has a first ejection lever portion and a second ejection lever portion movable relative thereto, characterised in that there is provided an adjusting device which provides that during the ejection process the ejection lever changes its length by displacement of the two ejection lever portions (11, 12) relative to each other.
Abatement filter to filter the aerosol produced in a leather treatment and/or finishing chamber, said abatement filter comprising a container, through which the aerosol to be filtered is passed, said container containing: - at least one suction device (3,10) configured to suck the aerosol generated in said leather treatment and/or finishing chamber, - at least one liquid filter configured to spray at least one water-based liquid on said aerosol in order to at least partially precipitate the particulate present in suspension in the aerosol itself, - a dry filtering apparatus arranged downstream of said liquid filter according to the direction of flow of said aerosol, comprising at least one laminar filter element, characterized in that said at least one element filter is movable, in a mechanized way, between a first operating position suitable for filtering said aerosol, wherein said first position is interfering with the path of said aerosol through said container, and a second non operating position not suitable for filtering said aerosol, wherein said second position is not interfering with said path. - at least one suction device (3,10) configured to suck the aerosol generated in said leather treatment and/or finishing chamber, - at least one liquid filter configured to spray at least one water-based liquid on said aerosol in order to at least partially precipitate the particulate present in suspension in the aerosol itself, - a dry filtering apparatus arranged downstream of said liquid filter according to the direction of flow of said aerosol, comprising at least one laminar filter element,
An image forming apparatus, comprising: a main body; an electrostatic latent image bearing member having a surface on which an electrostatic latent image is formed; a toner cartridge that contains toner; a developing member that supplies the toner from the toner cartridge onto the surface of the electrostatic latent image bearing member, thereby developing the electrostatic latent image into a toner image; a transfer member that transfers the toner image from the surface of the electrostatic latent image bearing member to a recording medium; a development cartridge to which the toner cartridge is removably coupled and which incorporates at least the developing member; a development contact which is provided on the toner cartridge and which is configured to receive a voltage to be applied to the developing member; an electrode which is provided in the main body, and which is configured to be opposed to the development contact and to supply the voltage to the development contact when the development cartridge and the toner cartridge are mounted in the main body; and electrical connection units (602, 403) which are provided on the toner cartridge and the development cartridge, respectively, and which apply the voltage from the development contact to the developing member when the toner cartridge and the development cartridge are coupled to each other. a main body; an electrostatic latent image bearing member having a surface on which an electrostatic latent image is formed; a toner cartridge that contains toner; a developing member that supplies the toner from the toner cartridge onto the surface of the electrostatic latent image bearing member, thereby developing the electrostatic latent image into a toner image; a transfer member that transfers the toner image from the surface of the electrostatic latent image bearing member to a recording medium; a development cartridge to which the toner cartridge is removably coupled and which incorporates at least the developing member; a development contact which is provided on the toner cartridge and which is configured to receive a voltage to be applied to the developing member; an electrode which is provided in the main body, and which is configured to be opposed to the development contact and to supply the voltage to the development contact when the development cartridge and the toner cartridge are mounted in the main body; and electrical connection units (602, 403) which are provided on the toner cartridge and the development cartridge, respectively, and which apply the voltage from the development contact to the developing member when the toner cartridge and the development cartridge are coupled to each other.
Method to produce/manufacture a concrete tower by an apparatus comprising a slipform, wherein - the slipform comprises a container with a negative shape of a geometric form to produce the tower with said geometric form during circumferential sliding of the slip-form; - the slipform is carried by a support device of the apparatus (5, 7, 30, 50) which is circumferentially guided on sliding elements (8, 18, 46, 48) by the geometric form (11, 21, 22, 19, 49) of the tower in such a way that the slipform slides helically on top of an upper end face of the tower, - concrete is disposed by the slipform to the end face of the tower. - the slipform comprises a container with a negative shape of a geometric form to produce the tower with said geometric form during circumferential sliding of the slip-form; - the slipform is carried by a support device of the apparatus (5, 7, 30, 50) which is circumferentially guided on sliding elements (8, 18, 46, 48) by the geometric form (11, 21, 22, 19, 49) of the tower in such a way that the slipform slides helically on top of an upper end face of the tower, - concrete is disposed by the slipform to the end face of the tower.
Food processor comprising a mixing vessel and a mixer in the mixing vessel, further comprising an electrically operated motor for driving the mixer, comprising a supporting housing part formed as a base frame and a housing trough which forms the base, appliance feet also being provided and being connected to weighing modules, characterised in that the weighing modules are attached to a common receiving part that has the necessary wiring for the weighing modules, the housing trough also being connectable to the base frame and/or detachable from the base frame when the appliance feet are assembled.
A method of adjusting an X-ray emission range using a collimator, the method comprising: displaying an X-ray image obtained by capturing in real time X-rays continuously passing through a subject, where the collimator is fully open; receiving a user input for selecting a predetermined area on the displayed X-ray image; adjusting an aperture size of the collimator by controlling the collimator according to the selected predetermined area; and providing a magnified image of the selected predetermined area; wherein the controlling of the collimator comprises adjusting an aperture position of the collimator to a partially open state based on the location of the predetermined area selected on the displayed X-ray image, wherein the ratio of the area of the selected predetermined area to the total area of the image obtained by capturing the X-rays passing through the subject corresponds to the ratio of the aperture size of the collimator in the partially open state to the aperture size of the collimator in the fully open state; and wherein the magnified image is magnified at a variable scale and is displayed in a pop-up form on the X-ray image. displaying an X-ray image obtained by capturing in real time X-rays continuously passing through a subject, where the collimator is fully open; receiving a user input for selecting a predetermined area on the displayed X-ray image; adjusting an aperture size of the collimator by controlling the collimator according to the selected predetermined area; and providing a magnified image of the selected predetermined area; wherein the controlling of the collimator comprises adjusting an aperture position of the collimator to a partially open state based on the location of the predetermined area selected on the displayed X-ray image, wherein the ratio of the area of the selected predetermined area to the total area of the image obtained by capturing the X-rays passing through the subject corresponds to the ratio of the aperture size of the collimator in the partially open state to the aperture size of the collimator in the fully open state; and wherein the magnified image is magnified at a variable scale and is displayed in a pop-up form on the X-ray image.
A degassing method for lithium battery cell, comprising the following steps: a) providing a lithium battery cell comprising a sealed bag, an electrolyte solution being filled in the sealed bag and a remnant gas being contained in the sealed bag; b) providing a negative pressure on the external surface of the sealed bag to inflate the sealed bag and to decompress the sealed bag and a part of the electrolyte solution being thereby vaporized, the remnant gas being separated from the liquid electrolyte solution and mixed with the vaporized electrolyte solution to form a mixed gas; characterized in that in step a), a degassing tube being arranged on an external surface of the sealed bag, an end of the degassing tube communicating with a space in the sealed bag, the other end of the degassing tube provided in the step a is sealed; a step c) following step b): c) cutting the degassing tube and the mixed gas being thereby allowed to flow into the degassing tube, extracting the mixed gas via the degassing tube, thereby the vaporized electrolyte solution being pressurized to be liquefied in the degassing tube, and the remnant gas meanwhile being discharged via the degassing tube. a) providing a lithium battery cell comprising a sealed bag, an electrolyte solution being filled in the sealed bag and a remnant gas being contained in the sealed bag; b) providing a negative pressure on the external surface of the sealed bag to inflate the sealed bag and to decompress the sealed bag and a part of the electrolyte solution being thereby vaporized, the remnant gas being separated from the liquid electrolyte solution and mixed with the vaporized electrolyte solution to form a mixed gas; characterized in that in step a), a degassing tube being arranged on an external surface of the sealed bag, an end of the degassing tube communicating with a space in the sealed bag, the other end of the degassing tube provided in the step a is sealed; a step c) following step b): in step a), a degassing tube being arranged on an external surface of the sealed bag, an end of the degassing tube communicating with a space in the sealed bag, the other end of the degassing tube provided in the step a is sealed; a step c) following step b): c) cutting the degassing tube and the mixed gas being thereby allowed to flow into the degassing tube, extracting the mixed gas via the degassing tube, thereby the vaporized electrolyte solution being pressurized to be liquefied in the degassing tube, and the remnant gas meanwhile being discharged via the degassing tube.
Method for operating an analogue input module in a programmable logic controller, wherein the analogue input module has a ground potential for a channel output, a first channel input, a second channel input and a third channel input, and wherein the method comprises the following steps of: - connecting a two-wire measuring transducer to the channel output of the analogue input module and to the first channel input of the analogue input module; - connecting a four-wire measuring transducer to the first channel input of the analogue input module and to the second channel input of the analogue input module; - connecting further measurement circuits (116; 118; 120; 122; 124) to the second channel input and to the third channel input of the analogue input module; - generating a first electrical potential which is present at the channel output with the aid of transformer means; - generating a second electrical potential which is present at the first channel input with the aid of the transformer means, the absolute value of the second electrical potential being less than the absolute value of the first electrical potential and greater than the absolute value of the ground potential; - generating a current for performing a functional test of the connected two-wire measuring transducer as a result of a potential difference between the first electrical potential and the second electrical potential. - connecting a two-wire measuring transducer to the channel output of the analogue input module and to the first channel input of the analogue input module; - connecting a four-wire measuring transducer to the first channel input of the analogue input module and to the second channel input of the analogue input module; - connecting further measurement circuits (116; 118; 120; 122; 124) to the second channel input and to the third channel input of the analogue input module; - generating a first electrical potential which is present at the channel output with the aid of transformer means; - generating a second electrical potential which is present at the first channel input with the aid of the transformer means, the absolute value of the second electrical potential being less than the absolute value of the first electrical potential and greater than the absolute value of the ground potential; - generating a current for performing a functional test of the connected two-wire measuring transducer as a result of a potential difference between the first electrical potential and the second electrical potential.
A method performed by a gateway (108, 110, 1308, 1310) for handling bearers in a communications system, the method comprising: detecting (1402, 1504 1803) that a procedure for activating or deactivating a bearer has been initiated, which bearer is associated with a Packet Data Network, PDN, connection and a User Equipment, UE,; receiving (1404, 1507, 1806) a first modify bearer or modify access bearers request message from a mobility node (105, 1305) for the same PDN connection and UE as the bearer activation or deactivation procedure is intended for, which message identifies a first set of bearers associated with said same PDN connection and UE; detecting (1405, 1807) at least one bearer mismatch between the first set of bearers and a second set of bearers known by the gateway (108, 110, 1308, 1310) and associated with said same PDN connection and UE; accepting (1406, 1808), during a time interval from the procedure has been detected, the received modify bearer or modify access bearers request message even though the bearer mismatch has been detected. detecting (1402, 1504 1803) that a procedure for activating or deactivating a bearer has been initiated, which bearer is associated with a Packet Data Network, PDN, connection and a User Equipment, UE,; receiving (1404, 1507, 1806) a first modify bearer or modify access bearers request message from a mobility node (105, 1305) for the same PDN connection and UE as the bearer activation or deactivation procedure is intended for, which message identifies a first set of bearers associated with said same PDN connection and UE; detecting (1405, 1807) at least one bearer mismatch between the first set of bearers and a second set of bearers known by the gateway (108, 110, 1308, 1310) and associated with said same PDN connection and UE; accepting (1406, 1808), during a time interval from the procedure has been detected, the received modify bearer or modify access bearers request message even though the bearer mismatch has been detected.
Vehicle heating device, comprising a burner section to which fuel and combustion air have to be supplied for combustion and the generation of heat, wherein combustion products developing during combustion flow along an inner side of a tubular guiding element in a first flow direction (S 1), further comprising a substantially pot-like heat exchanger housing with a bottom wall section and a circumferential wall section, the circumferential wall section surrounding at least partly a guiding element and forming a backflow space with the latter, a silencer arrangement being provided at the heat exchanger housing which is arranged downstream of the backflow space in the flow direction of the combustion products and through which the combustion products leaving the backflow space flow before leaving the heat exchanger housing, wherein a sound absorption space is formed in the circumferential wall section of the heat exchanger housing, wherein the sound absorption space comprises a reflection loss space portion, where there is substantially no sound absorption material, and an absorption loss space portion where sound absorption material is provided, characterized by the reflection loss space portion being arranged prior to the absorption loss space portion in the flow direction and by at least one inlet opening (68, 70) leading into the reflection loss space portion and by at least one outlet opening leading from the reflection loss space portion to the absorption loss space portion, wherein the at least one inlet opening (68, 70) and the at least one outlet opening being laterally offset relative to one another in relation to the first flow direction (S 1).
Hearing aid with a two-part housing, in which an earpiece and a battery are arranged, characterized - in that the earpiece and the battery are arranged in separate, vibrationally decoupled housing parts (111; 112, 151), wherein a connection (19, 191) of the housing parts lies between the earpiece and the battery, - in that the battery is arranged in a first housing part of the housing parts that is formed from an elastic, attenuating material, and - in that the earpiece is arranged in a second housing part (112, 151) of the housing parts. - in that the earpiece and the battery are arranged in separate, vibrationally decoupled housing parts (111; 112, 151), wherein a connection (19, 191) of the housing parts lies between the earpiece and the battery, - in that the battery is arranged in a first housing part of the housing parts that is formed from an elastic, attenuating material, and - in that the earpiece is arranged in a second housing part (112, 151) of the housing parts.
Industrial truck with a driver's platform for an operator, characterized in that the driver's platform is movably connected to the industrial truck with the intermediate connection of at least one actuator, and an electronic control device is provided which is operatively connected on the output side to the actuator in order to drive the latter, wherein the electronic control device is embodied in such a way that the actuator is driven as a function of sensed vibrations of the industrial truck and as a function of the mass of an operator located on the driver's platform, in such a way that vibrations of the driver's platform are minimized.