mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving from a client, by at least one server (27, 28) providing an instant messaging service, a primitive where the primitive comprises information elements with a structure recognized by a terminal device and by the at least one server (27, 28), the at least one server being able to communicate with the terminal device over a network, wherein the primitive is provided with an information element identifying a client of the terminal device and with an information element identifying a user of the client, wherein the client enables access to the instant messaging service, and the client is installed in said terminal device, and the client is configured to allow a plurality of users to access the instant messaging service; using the information element identifying the client for all purposes which affect the client only and for all purposes which affect both the client and user; and using the information element identifying a user for all purposes that affect the user. receiving from a client, by at least one server (27, 28) providing an instant messaging service, a primitive where the primitive comprises information elements with a structure recognized by a terminal device and by the at least one server (27, 28), the at least one server being able to communicate with the terminal device over a network, wherein the primitive is provided with an information element identifying a client of the terminal device and with an information element identifying a user of the client, wherein the client enables access to the instant messaging service, and the client is installed in said terminal device, and the client is configured to allow a plurality of users to access the instant messaging service; using the information element identifying the client for all purposes which affect the client only and for all purposes which affect both the client and user; and using the information element identifying a user for all purposes that affect the user.
A method of evaluating a volume of an earth formation wherein the volume comprises a rock matrix saturated by a fluid including water, the method comprising: making a plurality of measurements of complex permittivity at a plurality of frequencies using an electromagnetic tool comprising a transmitter and a receiver in a borehole penetrating the earth formation; characterised by: selecting an optimal frequency by: identifying candidate frequencies of the plurality of frequencies having a corresponding measurement with a respective sensitivity to at least one of i) salinity and ii) water-filled porosity, by determining that each respective sensitivity is substantially independent of rock texture; and selecting a maximum of the candidate frequencies as the optimal frequency; using a table search method based on a forward model to generate an initial estimate of at least two properties of the volume, wherein the table represents relationships between received signals of the electromagnetic tool and values of properties of the formation; and using the initial estimate for the at least two properties as an initial condition for an inversion of other measurements of the plurality of measurements at a frequency other than the selected optimal frequency to generate a final solution comprising final estimates for properties of the formation. selecting an optimal frequency by: identifying candidate frequencies of the plurality of frequencies having a corresponding measurement with a respective sensitivity to at least one of i) salinity and ii) water-filled porosity, by determining that each respective sensitivity is substantially independent of rock texture; and selecting a maximum of the candidate frequencies as the optimal frequency; identifying candidate frequencies of the plurality of frequencies having a corresponding measurement with a respective sensitivity to at least one of i) salinity and ii) water-filled porosity, by determining that each respective sensitivity is substantially independent of rock texture; and selecting a maximum of the candidate frequencies as the optimal frequency; using a table search method based on a forward model to generate an initial estimate of at least two properties of the volume, wherein the table represents relationships between received signals of the electromagnetic tool and values of properties of the formation; and using the initial estimate for the at least two properties as an initial condition for an inversion of other measurements of the plurality of measurements at a frequency other than the selected optimal frequency to generate a final solution comprising final estimates for properties of the formation.
A flueless fireplace for soot-free burning of a fuel, wherein the fireplace comprises a stainless steel tub, a wick system consisting of at least two domes comprising a wick, wherein a gutter-shaped burning surface is positioned at the end of the dome facing away from the stainless steel tub and at least one wick is guided through a respective dome, wherein the wick protrudes into the stainless steel tub in such a manner that it can absorb the fuel and leads through the dome into the gutter-shaped burning surface, characterized in that the wicks in the gutter-shaped burning surface are covered by a ceramic fiber mat or glass fiber cords.
A method to transfer a volatile substance from a first liquid to a second liquid, comprising: - holding the liquids (A, B) separately from each other, and providing a shared, airtight gas phase; - generating at least one liquid film of the first liquid using at least one first liquid conveyor, the first conveyor conveying the film of first liquid along the gas phase; and - generating at least one liquid film of the second liquid using at least one second liquid conveyor, the second conveyor conveying the film of second liquid along said gas phase, such, that the volatile substance is transferred via the gas phase from the first liquid to the second liquid, wherein the second liquid has an affinity for the volatile substance that is larger than an affinity of the first liquid for the substance. - holding the liquids (A, B) separately from each other, and providing a shared, airtight gas phase; - generating at least one liquid film of the first liquid using at least one first liquid conveyor, the first conveyor conveying the film of first liquid along the gas phase; and - generating at least one liquid film of the second liquid using at least one second liquid conveyor, the second conveyor conveying the film of second liquid along said gas phase, such, that the volatile substance is transferred via the gas phase from the first liquid to the second liquid, - generating at least one liquid film of the first liquid using at least one first liquid conveyor, the first conveyor conveying the film of first liquid along the gas phase; and - generating at least one liquid film of the second liquid using at least one second liquid conveyor, the second conveyor conveying the film of second liquid along said gas phase, such, that the volatile substance is transferred via the gas phase from the first liquid to the second liquid,
An electrolyte for the electrochemical machining of a γ-γ" nickel-based superalloy, comprising - NaNO 3 in a content of between 10% and 30% by weight relative to the total weight of the electrolyte; - a complexing agent which is sulfosalicylic acid at a pH of between 3 and 10, the complexing agent being present in a content of between 1% and 5% by weight relative to the total weight of the electrolyte; - optionally, an anionic surfactant in a content of between 1% and 5% by weight relative to the total weight of the electrolyte; - optionally, NaOH in order to obtain the desired pH; - an aqueous solvent. - NaNO 3 in a content of between 10% and 30% by weight relative to the total weight of the electrolyte; - a complexing agent which is sulfosalicylic acid at a pH of between 3 and 10, the complexing agent being present in a content of between 1% and 5% by weight relative to the total weight of the electrolyte; - optionally, an anionic surfactant in a content of between 1% and 5% by weight relative to the total weight of the electrolyte; - optionally, NaOH in order to obtain the desired pH; - an aqueous solvent.
A side rail comprising: base members (23, 25) forming a main part of the side rail that extends along a vehicle body length direction and has a closed-section structure; characterised in that the side rail further comprises: plate members (26, 27) that are different in plate thickness and material from the base members (23, 25), the plate members (26, 27) being fitted in a cutout or an opening formed at a portion of the base members (23, 25), wherein the plate members (26, 27) have a laser-welded joint that is a joint portion at which the plate members (26, 27) are joined to the base members (23, 25) by laser welding. base members (23, 25) forming a main part of the side rail that extends along a vehicle body length direction and has a closed-section structure; characterised in that the side rail further comprises: plate members (26, 27) that are different in plate thickness and material from the base members (23, 25), the plate members (26, 27) being fitted in a cutout or an opening formed at a portion of the base members (23, 25), wherein the plate members (26, 27) have a laser-welded joint that is a joint portion at which the plate members (26, 27) are joined to the base members (23, 25) by laser welding. plate members (26, 27) that are different in plate thickness and material from the base members (23, 25), the plate members (26, 27) being fitted in a cutout or an opening formed at a portion of the base members (23, 25), wherein the plate members (26, 27) have a laser-welded joint that is a joint portion at which the plate members (26, 27) are joined to the base members (23, 25) by laser welding.
A wall element device having at least one display area for a screen and a wall panel realizing a glass outer surface on the side of the user, the wall panel being provided with a mirroring and/or a decorative pattern by mirroring, full or partial surface painting, underlaying, etching, sandblasting, printing and/or vaporizing, in particular on the reverse side opposite the outer surface, the display area being realized as at least one cutout in the mirroring or the pattern, a flat screen for electronic image display through the glass outer surface being assigned to the cutout on the reverse side, detector means being assigned to the cutout in an adjacent manner on the reverse side, the detector means being designed for detecting a pattern image and/or an HF resonance signal of an object held next to the cutout in a preferably contactless manner, and electronic control means assigned to the flat screen interacting with the detector means in such a manner that, in response to a detection of a predefined pattern image and/or resonance signal, the control means cause the generation of a confirmation and/or receipt signal acting through the wall panel, characterized in that the visual-optical detector means are designed for carrying out an image capture of the object on the basis of which the generation of the confirmation or receipt signal is caused.
A method of making a construction for an indexable cutter insert, the method including; providing an insert base having proximate and distal major ends (33, 34) connected by peripheral sides, the proximate end of the insert base being configured to have at least two corners defined by junctions of the peripheral sides; providing a precursor body comprising a grade of PCBN material capable of being cut by electro-discharge machining, and having a first thickness between a pair of opposite major end surfaces (53, 54); cutting the precursor body into 2 to 10 sub-structures, each having a volume of 50 per cent down to 10 per cent, respectively, of the volume of the precursor body, the substructures comprising the grade of PCBN material, having a second thickness between a pair of opposite major sub-structure surfaces, the second thickness being less than the first thickness; in which the major substructure surfaces are cut to correspond to a major surface of the precursor body, the major substructure surfaces being parallel to or inclined at an angle of at most 45 degrees to at least one of the major surfaces of the precursor body; cutting at least one of the sub-structures to provide a wafer, comprising the grade of PCBN material, the wafer being unsupported by a cemented carbide substrate, having a mean thickness of at most 2 millimetres (mm), and the wafer being configured to have at least two corners corresponding to the two corners of the proximate end of the insert base; the method including bonding the wafer to the proximate end of the insert base by means of a bond material, the corners of the wafer being disposed adjacent the corresponding corners of the proximate end to provide the construction. having proximate and distal major ends (33, 34) connected by peripheral sides, the proximate end of the insert base being configured to have at least two corners defined by junctions of the peripheral sides; comprising a grade of PCBN material capable of being cut by electro-discharge machining, and having a first thickness between a pair of opposite major end surfaces (53, 54); having a volume of 50 per cent down to 10 per cent, respectively, of the volume of the precursor body, the substructures comprising the grade of PCBN material, having a second thickness between a pair of opposite major sub-structure surfaces, the second thickness being less than the first thickness; in which the major substructure surfaces are cut to correspond to a major surface of the precursor body, the major substructure surfaces being parallel to or inclined at an angle of at most 45 degrees to at least one of the major surfaces of the precursor body; comprising the grade of PCBN material, the wafer being unsupported by a cemented carbide substrate, having a mean thickness of at most 2 millimetres (mm), and the wafer being configured to have at least two corners corresponding to the two corners of the proximate end of the insert base;
A write apparatus (10, 40), configured to perform a write operation for a magnetic memory that stores information by using a magnetic domain, wherein the apparatus (10, 40) comprises a first drive port, a second drive port, a first information storage area (103, 403), a second information storage area (105, 405), and an information buffer (104, 404), wherein one end of the first drive port is connected to the first information storage area (103, 403), and the other end of the first drive port is connectable to a power supply; one end of the second drive port is connected to the second information storage area (105, 405), and the other end of the second drive port is connectable to the power supply; a first area locates between the first information storage area (103, 403) and the information buffer (104, 404), a second area locates between the second information storage area (105, 405) and the information buffer (104, 404); the write apparatus being configured such that the first information storage area (103, 403) writes first data to the information buffer (104, 404) when the first drive port is driven by the power supply, wherein the first data is represented by an electron set having a first spin direction; the write apparatus being configured such that the second information storage area (105, 405) writes second data to the information buffer (104, 404) when the second drive port is driven by the power supply, wherein the second data is represented by an electron set having a second spin direction, and the first spin direction is reverse to the second spin direction; and the information buffer (104, 404) is configured to buffer data written from the first information storage area (103, 403) or the second information storage area (105, 405), the information buffer (104, 404) being configured such that the buffered data is written to a magnetic domain of the magnetic memory, characterised in that the first information storage area (103, 403), the second information storage area (105, 405), and the information buffer (104, 404) are made of a first magnetic material, and the first area and the second area are made of a second magnetic material, wherein the first magnetic material is different from the second magnetic material, and magnetic energy of the first magnetic material is higher than magnetic energy of the second magnetic material.
Method for setting up a protocol instance in a convergence protocol layer of a first radio station, so that settings and operation of the protocol instance in the convergence protocol layer of the first radio station correspond to settings and operation of a protocol instance in a convergence protocol layer of a second radio station, comprising: reception of a carrier configuration message, from the second radio station, wherein the carrier configuration message is intended to be used to set up, reconfigure or release a carrier, and wherein the carrier configuration message has a configuration request (40, 41, 42) included in it that can be used to set up, reconfigure or release the protocol instance in the convergence protocol layer of the first radio station, setup, reconfiguration or release of the carrier of the first radio station, and setup, reconfiguration or release of the protocol instance in the convergence protocol layer of the first radio station. reception of a carrier configuration message, from the second radio station, wherein the carrier configuration message is intended to be used to set up, reconfigure or release a carrier, and wherein the carrier configuration message has a configuration request (40, 41, 42) included in it that can be used to set up, reconfigure or release the protocol instance in the convergence protocol layer of the first radio station, wherein the carrier configuration message is intended to be used to set up, reconfigure or release a carrier, and wherein the carrier configuration message has a configuration request (40, 41, 42) included in it that can be used to set up, reconfigure or release the protocol instance in the convergence protocol layer of the first radio station, setup, reconfiguration or release of the carrier of the first radio station, and setup, reconfiguration or release of the protocol instance in the convergence protocol layer of the first radio station.
Handheld machine tool, comprising a housing, a battery pack, which is provided to supply power to the handheld machine tool, and a battery interface for the detachable connection of the battery pack to the housing, the battery interface having a locking unit that is designed to be operable, characterized in that the battery interface has a damping unit, which is designed to be at least partly pivotable, wherein the locking unit and the damping unit are formed as components separate from each other.
A rotary joint for the rotatable connection of the uppercarriage to the undercarriage of a crane, wherein it is configured as a circular slewing ring and via a quick-release coupling each is connectable to the uppercarriage on the one hand and to the undercarriage on the other hand, characterized in that as quick-release coupling for coupling the undercarriage and/or for coupling the uppercarriage two circular opposed webs each are provided, in which bolts are pluggably received equally distributed around the periphery in order to produce a bolt connection with a mounting flange of the undercarriage or the uppercarriage to be received between the webs.
A protein hydrolyzed milk product with a low lactose content having a ratio of protein to carbohydrates in the range of 0.5 to 5 by weight, preferably 0.5 to 3, a ratio of protein to ash in the range of 3 to 9 by weight, preferably 3.5 to 7.5 by weight, and a lactose content of less than 1% by weight, preferably less than 0.1% by weight, more preferably less than 0.01% by weight, wherein the degree of protein hydrolysis is at least 60 mg tyrosine/liter of the protein hydrolyzed milk.
A culture system comprising: - a culture tray having at least one well; - a culture insert comprising a membrane and at least one suspension element, and - a culture insert carrier for supporting at least one culture insert in the culture tray, wherein the culture insert carrier comprises a plane member with a plurality of openings including at least one opening having a first support element with a bottom and a top and being shaped to support the culture insert for insertion and removal of the at least one culture insert in the culture insert carrier in such a way that the culture insert carrier supports the at least one culture insert in a first position in the culture tray. - a culture tray having at least one well; - a culture insert comprising a membrane and at least one suspension element, and - a culture insert carrier for supporting at least one culture insert in the culture tray, wherein the culture insert carrier comprises a plane member with a plurality of openings including at least one opening having a first support element with a bottom and a top and being shaped to support the culture insert for insertion and removal of the at least one culture insert in the culture insert carrier in such a way that the culture insert carrier supports the at least one culture insert in a first position in the culture tray.
Method for unstacking objects stored in a number of stacks, each stack comprising a number of objects, said objects being oriented in the same way in each stack, said unstacking method consisting in grasping, by means of a gripping means, driven by a control system, the objects one by one in order to deposit them according to a given orientation at an exit, each object comprising at least one mark positioned identically for all the objects, characterized in that the method consists in using mark detection means comprising at least one first sensor configured to detect a variation of a physical quantity when a mark passes into its measurement field, in displacing said first sensor along a trajectory secant to the theoretical position of the mark of the object of the stack currently being unstacked in order to determine whether the stack currently being unstacked is finished.