mhurhangee/ep-ind-claims huggingface dataset:
A centrifugal pump for pumping a multiphase suspension containing liquid, solid material and gas, the pump comprising: - a pump housing having a suspension inlet and a suspension outlet and a flow channel between the inlet and the outlet, - a shaft mounted by bearings for rotation about its center axis (A-A), - an impeller which is rotatable by the shaft, in alignment with the inlet and arranged to be rotated about the axis (A-A) in the flow channel, - gas collecting openings for gas removal arranged in the flow channel, wherein the inlet end of the flow channel is provided with a number of static vanes comprising the gas collecting openings connected to gas channels configured through the vanes, and wherein the vanes are extending radially from an inner wall of the flow channel toward the center of the flow channel, the vanes are located upstream of the impeller, characterized in that the gas collecting openings are provided at a trailing edge of the vane or at a backside of the vane, in respect to the flow direction when in use. - a pump housing having a suspension inlet and a suspension outlet and a flow channel between the inlet and the outlet, - a shaft mounted by bearings for rotation about its center axis (A-A), - an impeller which is rotatable by the shaft, in alignment with the inlet and arranged to be rotated about the axis (A-A) in the flow channel, - gas collecting openings for gas removal arranged in the flow channel,
An image processing system for the reproduction of an image content in a predetermined scale comprising: - an optical camera with a large depth of field, a digital image sensor, a laser light source generating an information representative of a geometric distance in the form of a pattern, which is detected and processed with the image data captured by the camera, - image memory means and a monitor for reproducing the captured image data, wherein - the camera having a separator downstream connected thereto which separate the information representative of a geometric distance from the rest of the image data, - the separator, having an evaluator downstream connected thereto which determine and output physical distance data from the information representative for geometric distance, - an actuator for varying the size of the reproduced image on the monitor in the manner of a digital zoom, controlled by the geometric distance data as an input variable, for adjusting the size of the image representation on the monitor in accordance with a scale factor, the physical distance data being included as a multiplier, such that an object contained in the picture data having a physical size corresponding to the physical distance data it is reproduced on the monitor in a size, which is defined by the preselected scale factor. - an optical camera with a large depth of field, a digital image sensor, a laser light source generating an information representative of a geometric distance in the form of a pattern, which is detected and processed with the image data captured by the camera, - image memory means and a monitor for reproducing the captured image data, wherein - the camera having a separator downstream connected thereto which separate the information representative of a geometric distance from the rest of the image data, - the separator, having an evaluator downstream connected thereto which determine and output physical distance data from the information representative for geometric distance, - an actuator for varying the size of the reproduced image on the monitor in the manner of a digital zoom, controlled by the geometric distance data as an input variable, for adjusting the size of the image representation on the monitor in accordance with a scale factor, the physical distance data being included as a multiplier, such that an object contained in the picture data having a physical size corresponding to the physical distance data it is reproduced on the monitor in a size, which is defined by the preselected scale factor.
A method for removing contamination from a support surface of a chuck, comprising: (a) providing a treatment tool comprising a treatment surface configured to contact and pass lightly over said support surface, wherein said treatment surface features turn-up edges such that the treatment surface assumes a toroidal shape so that when said treatment surface is brought into contact with a flat surface, an area of contact between said treatment surface and said flat surface is a circle, ring or annulus, wherein the toroidal shape of the treatment surface involves deviations from the treatment surface being flat that are less than a micron; (b) contacting said treatment surface to said support surface; (c) moving said treatment tool over at least a portion of said support surface containing contamination, wherein at least during said moving, the force applied by said treatment tool against said support surface is maintained at a level of pressure below a level of pressure that would alter an elevation or roughness of the support surface of the chuck; and (d) continuing said moving for a time or a number of passes over the contaminated surface sufficient to remove said contamination, and (e) wherein a diameter of said support surface is greater than a size of said treatment surface. (a) providing a treatment tool comprising a treatment surface configured to contact and pass lightly over said support surface, wherein said treatment surface features turn-up edges such that the treatment surface assumes a toroidal shape so that when said treatment surface is brought into contact with a flat surface, an area of contact between said treatment surface and said flat surface is a circle, ring or annulus, wherein the toroidal shape of the treatment surface involves deviations from the treatment surface being flat that are less than a micron; (b) contacting said treatment surface to said support surface; (c) moving said treatment tool over at least a portion of said support surface containing contamination, wherein at least during said moving, the force applied by said treatment tool against said support surface is maintained at a level of pressure below a level of pressure that would alter an elevation or roughness of the support surface of the chuck; and (d) continuing said moving for a time or a number of passes over the contaminated surface sufficient to remove said contamination, and (e) wherein a diameter of said support surface is greater than a size of said treatment surface.
An anti-icing/de-icing method for a piece of aircraft equipment (1, 1') having an opening (J, J') which is directed toward the outer side of the aircraft and which is surrounded by the fuselage (2, 2') via a sealing joint (4, 4') in the closed position, characterized in that it involves dissipating an excitation energy along at least one extent (5, 21') which at least partially follows the sealing joint (4, 4') of the opening (J, J') of the piece of equipment (1, 1') out of this sealing joint (4, 4'), the dissipation being started when the engines of the aircraft are in operation and the external temperature is less than or substantially equal to a reference temperature.
A User Equipment, UE, comprising: a receiver configured to receive a Tracking Area Update, TAU, Accept message; and characterized by further comprising: a setting unit configured to set a Temporary Identity used in Next update, TIN, to Globally Unique Temporary Identifier, GUTI, in a case where a. the TIN is currently set to Packet Temporary Mobile Subscriber Identity, P-TMSI, b. the TAU Accept message contains an indication of Idle mode Signaling Reduction, ISR, being activated, and c. a periodic routing area update timer has already expired. a receiver configured to receive a Tracking Area Update, TAU, Accept message; and characterized by further comprising: a setting unit configured to set a Temporary Identity used in Next update, TIN, to Globally Unique Temporary Identifier, GUTI, in a case where a. the TIN is currently set to Packet Temporary Mobile Subscriber Identity, P-TMSI, b. the TAU Accept message contains an indication of Idle mode Signaling Reduction, ISR, being activated, and c. a periodic routing area update timer has already expired. a. the TIN is currently set to Packet Temporary Mobile Subscriber Identity, P-TMSI, b. the TAU Accept message contains an indication of Idle mode Signaling Reduction, ISR, being activated, and c. a periodic routing area update timer has already expired.
A weight means for a fishing lure body, wherein the weight means comprises a receiving means for the uptake of a plurality of weight elements, a plurality of weight elements mounted onto the receiving means and a detent means for arresting the weight elements arranged on the receiving means, whereby the receiving means is formed as a longitudinal bolt and the weight elements are each formed as a disc having a first face and a second face, characterized in that, the first face comprises at least one recess and the second face comprises at least one projection, so that the projection of a first disc can engage the recess of an adjacent disc in an assembled condition of the weight means, whereby recesses and projections of the disc are located at a distance from an opening engaging with the receiving means such that the respective projections and recesses of the plurality of weight elements are connected along an axial line which is parallel to the axis of the receiving means.
A computer-implemented method for dynamic Domain-based Message Authentication, Reporting, and Conformance, DMARC, enforcement, comprising: receiving, by a mail transfer agent, MTA, an electronic mail, email, message, the MTA having a processor and a non-transitory computer-readable medium; obtaining, by the MTA, an originating email domain from the email message; in response to the email message failing authentication, preparing and sending, by the MTA, a query to a dynamic DMARC module, the query containing the originating email domain, wherein the dynamic DMARC module is adapted for determining whether any DMARC local policy override published from a source system is applicable to the originating email domain; receiving, by the MTA, a response from the dynamic DMARC module, the response containing a DMARC local policy override that is published from the source system and that is associated with the originating email domain; and dynamically overriding, by the MTA, a DMARC decision on the email message with the DMARC local policy override associated with the originating email domain published from the source system, wherein the dynamic overriding results in the email message which failed DMARC being delivered. receiving, by a mail transfer agent, MTA, an electronic mail, email, message, the MTA having a processor and a non-transitory computer-readable medium; obtaining, by the MTA, an originating email domain from the email message; in response to the email message failing authentication, preparing and sending, by the MTA, a query to a dynamic DMARC module, the query containing the originating email domain, wherein the dynamic DMARC module is adapted for determining whether any DMARC local policy override published from a source system is applicable to the originating email domain; receiving, by the MTA, a response from the dynamic DMARC module, the response containing a DMARC local policy override that is published from the source system and that is associated with the originating email domain; and dynamically overriding, by the MTA, a DMARC decision on the email message with the DMARC local policy override associated with the originating email domain published from the source system, wherein the dynamic overriding results in the email message which failed DMARC being delivered.
A wind power generation unit, comprising: a mounting frame; a fixed toroidal support structure attached to the mounting frame, the toroidal support structure having a concave portion and a convex portion; at least a first wind turbine located proximal to the concave portion of the toroidal support structure, wherein the wind turbine travels about at least a portion of the concave portion of the toroidal support structure; and characterised by: a first baffle, wherein the first baffle extends about the portion of the concave portion of the toroidal support structure that houses the wind turbine. a mounting frame; a fixed toroidal support structure attached to the mounting frame, the toroidal support structure having a concave portion and a convex portion; at least a first wind turbine located proximal to the concave portion of the toroidal support structure, wherein the wind turbine travels about at least a portion of the concave portion of the toroidal support structure; and characterised by: a first baffle, wherein the first baffle extends about the portion of the concave portion of the toroidal support structure that houses the wind turbine. a first baffle, wherein the first baffle extends about the portion of the concave portion of the toroidal support structure that houses the wind turbine.
An electronic device, comprising: an M.2 connector having a first pin and a second pin; a protection circuit coupled to the first pin and the second pin; and a processor configured to determine whether a module inserted into the M.2 connector is a 4G communication technology module or a 5G communication technology module, wherein in response to that the processor determines that the module inserted into the M.2 connector is the 4G communication technology module, the processor is configured to cause the protection circuit to execute a protection process, and in response to that the processor determines that the module inserted into the M.2 connector is the 5G communication technology module, the processor is configured to cause the protection circuit not to execute the protection process; characterized in that; in the protection process, the protection circuit is configured to block an electrical connection between the first pin and a first power supply and to block an electrical connection between the second pin and a reset signal; wherein a pin number of the first pin is 24, and a pin number of the second pin is 50. an M.2 connector having a first pin and a second pin; a protection circuit coupled to the first pin and the second pin; and a processor configured to determine whether a module inserted into the M.2 connector is a 4G communication technology module or a 5G communication technology module, wherein in response to that the processor determines that the module inserted into the M.2 connector is the 4G communication technology module, the processor is configured to cause the protection circuit to execute a protection process, and in response to that the processor determines that the module inserted into the M.2 connector is the 5G communication technology module, the processor is configured to cause the protection circuit not to execute the protection process; characterized in that; in the protection process, the protection circuit is configured to block an electrical connection between the first pin and a first power supply and to block an electrical connection between the second pin and a reset signal; wherein a pin number of the first pin is 24, and a pin number of the second pin is 50.
Valuable document processing system, in particular for banknotes, having a device for processing, the processing comprising conveying and/or checking and/or counting and/or sorting valuable documents, with a portable user interface (10, 20) also being present in this system and being designed - to receive pieces of information (13, 23) relating to the device and/or the processing of the valuable documents, characterized in that the user interface is further configured - to take one or more pictures of the device by means of a camera (11, 21), - to reproduce the received pieces of information (13, 23) and/or pictures taken, wherein the respectively reproduced piece of information (13, 23) depends on the object, in particular the portion or part of the device, which is recorded by the camera (11, 21) and the displayed piece of information relates to the region of the device recorded by the camera (11, 21). - to receive pieces of information (13, 23) relating to the device and/or the processing of the valuable documents, characterized in that the user interface is further configured - to take one or more pictures of the device by means of a camera (11, 21), - to reproduce the received pieces of information (13, 23) and/or pictures taken, wherein
A heat exchanger comprising: a first pressure plate and a first energy exchanging plate attached to the first pressure plate; a second pressure plate, a second energy exchanging plate and a third energy exchanging plate, the second energy exchanging plate and the third energy exchanging plate attached to the second pressure plate on opposing sides of the second pressure plate, the second pressure plate attached to the first pressure plate; a first spacer and a second spacer arranged between the first energy exchanging plate and the second energy exchanging plate, wherein the first energy exchanging plate, the second energy exchanging plate, the first spacer and the second spacer define a first temperature controlled passage for a first product to pass through the heat exchanger; a third pressure plate and a fourth energy exchanging plate attached to the third pressure plate, the third pressure plate attached to the second pressure plate; and a third spacer and a fourth spacer arranged between the third energy exchanging plate and the fourth energy exchanging plate, wherein the third energy exchanging plate, the fourth energy exchanging plate, the third spacer and the fourth spacer define a second temperature controlled passage for a second product to pass through the heat exchanger. a first pressure plate and a first energy exchanging plate attached to the first pressure plate; a second pressure plate, a second energy exchanging plate and a third energy exchanging plate, the second energy exchanging plate and the third energy exchanging plate attached to the second pressure plate on opposing sides of the second pressure plate, the second pressure plate attached to the first pressure plate; a first spacer and a second spacer arranged between the first energy exchanging plate and the second energy exchanging plate, wherein the first energy exchanging plate, the second energy exchanging plate, the first spacer and the second spacer define a first temperature controlled passage for a first product to pass through the heat exchanger; a third pressure plate and a fourth energy exchanging plate attached to the third pressure plate, the third pressure plate attached to the second pressure plate; and a third spacer and a fourth spacer arranged between the third energy exchanging plate and the fourth energy exchanging plate, wherein the third energy exchanging plate, the fourth energy exchanging plate, the third spacer and the fourth spacer define a second temperature controlled passage for a second product to pass through the heat exchanger.
Arrangement for a motor vehicle, the arrangement comprising an ultrasonic sensor device and a trim part for the motor vehicle, wherein the ultrasonic sensor device is configured for arrangement behind the trim part, wherein the ultrasonic sensor device comprises an ultrasonic sensor for emitting and/or receiving an ultrasonic signal and a plate damping element for absorbing and/or damping a vibration generated as a consequence of the ultrasonic signal, wherein the plate damping element is arranged in an environment of the ultrasonic sensor and wherein the ultrasonic sensor is connected with the trim part, wherein the ultrasonic sensor device comprises a stabilization element with a passage opening, wherein a membrane of the ultrasonic sensor at least in portions is arranged in the passage opening, characterized in that the plate damping element at least partially consists of a butyl rubber and the plate damping element is attached on the trim part and between the trim part and the stabilization element at least in portions a coupling element is arranged, which at least partially consists of a butyl rubber, wherein the coupling element is a part separate from the plate damping element.
Device for rinsing a pool provided with a zone to be rinsed called a track able to store a quantity of water, and a draining zone from which the water can be extracted from said pool, said device for rinsing comprising a box provided with in the bottom part a siphon, a non-return valve arranged at the top part of the box, and able to allow air to exit from the box in the case of over-pressure and to prevent the entry of air in the case of a vacuum, and a duct comprising a movable part, said duct being configured to connect the top part of said box through its top end to said draining zone through its bottom end, characterised in that the bottom end is mobile in vertical translation between a low position wherein it is covered with water as long as the pool is not almost empty, and a high position wherein its bottom end is sufficiently remote from a flow of rinsing water coming from said box in order to allow for the flow of said rinsing water without the latter being sucked in said duct.
A suction pad comprising: a body; and a sponge member, wherein the sponge member includes a plurality of cavities configured to open toward a workpiece, a stopper attached to the body is disposed in each of the cavities of the sponge member, a suction passage formed in the stopper communicates with a negative pressure chamber formed in the body, characterized in that the sponge member is made of a material having a semi-open and semi-closed cell structure, the stopper has a tubular shape, and a height of the stopper is set to a dimension that prevents the sponge member from being compressed to a maximum compression amount and allows the sponge member to be compressed until the sponge member exhibits airtightness. wherein the sponge member includes a plurality of cavities configured to open toward a workpiece, a stopper attached to the body is disposed in each of the cavities of the sponge member, a suction passage formed in the stopper communicates with a negative pressure chamber formed in the body, characterized in that the sponge member is made of a material having a semi-open and semi-closed cell structure, the stopper has a tubular shape, and a height of the stopper is set to a dimension that prevents the sponge member from being compressed to a maximum compression amount and allows the sponge member to be compressed until the sponge member exhibits airtightness.
A sleeve for receiving, holding and dispensing a plurality of elongate elements, the sleeve holding a plurality of elongate filter units for a smoking article positioned in end-to-end relationship, the sleeve comprising a substantially cylindrical elongate body having opposite ends (10, 11) at least one of which is open to enable the filter units to be dispensed therefrom, and defining a space therebetween in which the filter units are received, the diameter of the sleeve being such that the filter units are a snug frictional fit within the space whilst also being able to slide longitudinally within the space in response to application of pressure to the filter units by a user; the elongate body having an opening between said ends that is configured to enable a user to contact the filter units received in said sleeve through said opening and apply the pressure to push them longitudinally along, and out of one end of, said sleeve.