mhurhangee/ep-ind-claims huggingface dataset:
A method for a continuous wort production in a brewhouse plant, the wort of the wort boiling process being cooled from a hot wort temperature to the desired pitching temperature by means of a continuously operating wort cooler in a continuously operating wort boiling device and before yeast is added, the wort cooler being realised in the manner of a heat transfer means which cools the wort with water in the counter current, the water being heated in the wort cooler from a cold water temperature, characterised in that the water in the wort cooler is continuously heated from a cold water temperature in the range between 2°C and 6°C to an intermediate temperature in the range between 90°C and 96°C, the water having the intermediate temperature in the range between 90°C and 96°C subsequently being immediately fed as heat carrier into a continuously operating wort preheating device upstream of the wort boiling device, and the temperature of the wort in the wort preheating device being raised by heat transfer, and the water in the continuously operating wort preheating device being cooled down from the intermediate temperature reached in the wort cooler in the range between 90°C and 96°C to a hot water storage temperature in the range between 75°C and 85°C.
A manufacturing method of a permanent magnet comprising steps of: milling magnet material into magnet powder; adding an organometallic compound expressed with a structural formula of M- n (M representing Dy or Tb, R representing a substituent group consisting of a straight-chain or branched-chain hydrocarbon, and n representing the valence of the metal or metalloid) to the magnet powder obtained at the step of milling magnet material and getting the organometallic compound adhered to particle surfaces of the magnet powder; characterized in that the manufacturing method further comprises the steps of: calcining the magnet powder of which particle surfaces have got adhesion of the organometallic compound by plasma heating so as to obtain a calcined body wherein the oxygen contained in the magnet powder is decreased; compacting the calcined body so as to obtain a compact body; and sintering the compact body, wherein the permanent magnet is Nd-Fe-B based. milling magnet material into magnet powder; adding an organometallic compound expressed with a structural formula of M- n (M representing Dy or Tb, R representing a substituent group consisting of a straight-chain or branched-chain hydrocarbon, and n representing the valence of the metal or metalloid) to the magnet powder obtained at the step of milling magnet material and getting the organometallic compound adhered to particle surfaces of the magnet powder; characterized in that the manufacturing method further comprises the steps of: calcining the magnet powder of which particle surfaces have got adhesion of the organometallic compound by plasma heating so as to obtain a calcined body wherein the oxygen contained in the magnet powder is decreased; compacting the calcined body so as to obtain a compact body; and sintering the compact body, wherein the permanent magnet is Nd-Fe-B based. calcining the magnet powder of which particle surfaces have got adhesion of the organometallic compound by plasma heating so as to obtain a calcined body wherein the oxygen contained in the magnet powder is decreased; compacting the calcined body so as to obtain a compact body; and sintering the compact body, wherein the permanent magnet is Nd-Fe-B based.
A piston assembly for a drug delivery device, the piston assembly comprising: - a piston having a cavity, which cavity comprises a catch portion, - a piston rod comprising a longitudinal shaft and a coupling member capable of reception in the cavity, the coupling member comprising a coupling head and a number of deflectable flaps connected thereto at respective connection sites, and - bias means structured to urge a portion of the respective deflectable flaps into alignment or engagement with the catch portion upon entry of the coupling member into the cavity, characterised in that the bias means comprises a number of transversally deflectable bias members extending from the piston rod in a direction towards the coupling head. - a piston having a cavity, which cavity comprises a catch portion, - a piston rod comprising a longitudinal shaft and a coupling member capable of reception in the cavity, the coupling member comprising a coupling head and a number of deflectable flaps connected thereto at respective connection sites, and - bias means structured to urge a portion of the respective deflectable flaps into alignment or engagement with the catch portion upon entry of the coupling member into the cavity,
A mobile terminal, comprising: a terminal body comprising a case that is shaped to define a first hole; and a gas sensor module located adjacent to an interior side of the case, wherein the gas sensor module includes: a gas sensor configured to sense a specific gas from air; and an accommodation cap having an accommodation area shaped to accommodate the gas sensor and further shaped to define a second hole positioned relative to the first hole to permit introduction of the air entering at the first hole to be received by the gas sensor, wherein the gas sensor is mounted in a lower region of the accommodation area, and is arranged below the second hole, and wherein the gas sensor has an inlet hole formed on an upper side of the gas sensor, and wherein the accommodation cap includes first, second and third inclined surfaces, the first and second inclined surfaces (302a, 302b) having a specific angle therebetween on the basis of the second hole, the third inclined surface facing the second hole and being inclined at an acute angle relative to the upper side of the gas sensor to facilitate the air to be received by the inlet hole, and a distance between the second hole and the third side becomes longer towards a lower part from an upper part of the accommodation area. a terminal body comprising a case that is shaped to define a first hole; and a gas sensor module located adjacent to an interior side of the case, wherein the gas sensor module includes: a gas sensor configured to sense a specific gas from air; and an accommodation cap having an accommodation area shaped to accommodate the gas sensor and further shaped to define a second hole positioned relative to the first hole to permit introduction of the air entering at the first hole to be received by the gas sensor, wherein the gas sensor is mounted in a lower region of the accommodation area, and is arranged below the second hole, and wherein the gas sensor has an inlet hole formed on an upper side of the gas sensor, and wherein the accommodation cap includes first, second and third inclined surfaces, the first and second inclined surfaces (302a, 302b) having a specific angle therebetween on the basis of the second hole, the third inclined surface facing the second hole and being inclined at an acute angle relative to the upper side of the gas sensor to facilitate the air to be received by the inlet hole, and a distance between the second hole and the third side becomes longer towards a lower part from an upper part of the accommodation area.
A handover processing method, comprising: obtaining, by a relay station, information, wherein the information indicates a mobility management entity MME pool to which a neighboring eNB belongs; determining, based on the information that indicates the MME pool to which the neighboring eNB belongs, whether a MME of a user equipment is in the MME pool to which the neighboring eNB belongs; and determining, by the relay station, that an X2 interface between a serving eNB of the relay station and the neighboring eNB cannot be used for handover of the user equipment if the MME of the user equipment is not in the MME pool to which the neighboring eNB belongs. obtaining, by a relay station, information, wherein the information indicates a mobility management entity MME pool to which a neighboring eNB belongs; determining, based on the information that indicates the MME pool to which the neighboring eNB belongs, whether a MME of a user equipment is in the MME pool to which the neighboring eNB belongs; and determining, by the relay station, that an X2 interface between a serving eNB of the relay station and the neighboring eNB cannot be used for handover of the user equipment if the MME of the user equipment is not in the MME pool to which the neighboring eNB belongs.
A stent graft comprising: a main body extending along a longitudinal axis when in a preinstalled configuration prior to insertion into a body of a patient, the main body extending between a proximal end and a distal end thereof; and a mobile external coupling extending away from the main body and configured to align with a secondary blood vessel within the body to provide access thereto; wherein the main body includes a plurality of stents extending thereabout, the plurality of stents including a first bracketing stent extending about a proximal side of the mobile external coupling, and a second bracketing stent located adjacent the first bracketing stent and extending about a distal side of the mobile external coupling; wherein the first bracketing stent includes a first plurality of peaks (344, 345, 347) that are aligned along a first axis, and the second bracketing stent includes a second plurality of peaks that are aligned along a second axis, wherein the first and second axes diverge from one another in a circumferential direction toward the mobile external coupling. a main body extending along a longitudinal axis when in a preinstalled configuration prior to insertion into a body of a patient, the main body extending between a proximal end and a distal end thereof; and a mobile external coupling extending away from the main body and configured to align with a secondary blood vessel within the body to provide access thereto; wherein the main body includes a plurality of stents extending thereabout, the plurality of stents including a first bracketing stent extending about a proximal side of the mobile external coupling, and a second bracketing stent located adjacent the first bracketing stent and extending about a distal side of the mobile external coupling; wherein the first bracketing stent includes a first plurality of peaks (344, 345, 347) that are aligned along a first axis, and the second bracketing stent includes a second plurality of peaks that are aligned along a second axis, wherein the first and second axes diverge from one another in a circumferential direction toward the mobile external coupling.
A computer implemented method for processing a breakpoint request regarding a target program, the method comprising: receiving breakpoint information from a computer user in regard to an execution location in a target program executing on a computing device to set a first breakpoint, the execution of the target program causing multiple threads of execution to occur, the breakpoint information including a condition upon which the first breakpoint will trigger, wherein the first breakpoint is conditioned according to information regarding a logical execution context, wherein said context is viewed as a collective execution of the threads and wherein said context relates to the computer user causing the execution by way of a context identifier; identifying a code block of the target program including the execution location of the first breakpoint; re-compiling the code block of the target program, wherein re-compiling the code block of the target program comprises: re-compiling the code block without optimizations; and including executable instructions at the execution location to generate a snapshot of debugger information regarding the target program upon the first breakpoint triggering; and binding the re-compiled code block in the target program. receiving breakpoint information from a computer user in regard to an execution location in a target program executing on a computing device to set a first breakpoint, the execution of the target program causing multiple threads of execution to occur, the breakpoint information including a condition upon which the first breakpoint will trigger, wherein the first breakpoint is conditioned according to information regarding a logical execution context, wherein said context is viewed as a collective execution of the threads and wherein said context relates to the computer user causing the execution by way of a context identifier; identifying a code block of the target program including the execution location of the first breakpoint; re-compiling the code block of the target program, wherein re-compiling the code block of the target program comprises: re-compiling the code block without optimizations; and including executable instructions at the execution location to generate a snapshot of debugger information regarding the target program upon the first breakpoint triggering; and binding the re-compiled code block in the target program. re-compiling the code block without optimizations; and including executable instructions at the execution location to generate a snapshot of debugger information regarding the target program upon the first breakpoint triggering; and binding the re-compiled code block in the target program.
A device to provide a seal between a housing for a moving element and the moving element, the device comprising: a storage well to retain a seal material, the storage well having an aperture in a housing connecting the storage well with an external surface of the moving element and enabling the seal material to pass into the space between a housing and the moving element; and pressurising means to pressurise the seal material and force the seal material out of the aperture and into contact with the moving element to form a seal; characterised in that the seal material comprises a solid resilient seal material, wherein the device is configured to enable additional seal material to be introduced into the storage well between the pressurising means and the solid resilient seal material to replenish the solid resilient seal material; and wherein the pressurising means is configured to pressurise the additional seal material against the solid resilient seal material. a storage well to retain a seal material, the storage well having an aperture in a housing connecting the storage well with an external surface of the moving element and enabling the seal material to pass into the space between a housing and the moving element; and pressurising means to pressurise the seal material and force the seal material out of the aperture and into contact with the moving element to form a seal; characterised in that the seal material comprises a solid resilient seal material, wherein the device is configured to enable additional seal material to be introduced into the storage well between the pressurising means and the solid resilient seal material to replenish the solid resilient seal material; and wherein the pressurising means is configured to pressurise the additional seal material against the solid resilient seal material.
Lighting or signalling device, for a motor vehicle, comprising: - a unit produced from transparent material; - and at least one light source that is situated opposite a face emitting light associated with the transparent unit; of the type in which the light source emits light rays (Ra) that enter the transparent unit through the admission face, and which propagate in the transparent unit by successive total reflections on the walls of the transparent unit, and of the type in which at least one light-diffusion zone is included in the transparent unit, the incident light rays (Ra) that reach the diffusion zone being diffused in all directions, and in particular towards a front projection face through which they emerge overall in a longitudinal lighting or signalling direction, characterised in that the diffusion zone is a core of diffusing material around which the transparent unit is moulded on. - a unit produced from transparent material; - and at least one light source that is situated opposite a face emitting light associated with the transparent unit;
An apparatus for managing a conference on a collaboration appliance, the apparatus comprising a touch display, at least one processor and a memory operatively coupled to said processor, configured to: display graphics representing a plurality of characters and said apparatus on a user interface provided on a touch display; display phone icons on said plurality of characters and said apparatus; connect with at least one device through said phone icons when said phone icons are actuated using said touch display; associate said at least one device with a character of said plurality of characters; display said character with an identifier of said at least one device on said user interface provided on said touch display, wherein connecting with said at least one device through said phone icons when said phone icons are actuated using said touch display comprises displaying a participant panel on said character for said device, the participant panel having an "End Call" option, a "Hold" option, an "Escalate to Video" option, and a "De-escalate from Video" option facilitating said connection with said device, the "Escalate to Video" option being shown if the apparatus determines that said device is capable of participating via video and which, if video is then enabled, changes to the "De-escalate from Video" option in the participant panel. display graphics representing a plurality of characters and said apparatus on a user interface provided on a touch display; display phone icons on said plurality of characters and said apparatus; connect with at least one device through said phone icons when said phone icons are actuated using said touch display; associate said at least one device with a character of said plurality of characters; display said character with an identifier of said at least one device on said user interface provided on said touch display, wherein connecting with said at least one device through said phone icons when said phone icons are actuated using said touch display comprises displaying a participant panel on said character for said device, the participant panel having an "End Call" option, a "Hold" option, an "Escalate to Video" option, and a "De-escalate from Video" option facilitating said connection with said device, the "Escalate to Video" option being shown if the apparatus determines that said device is capable of participating via video and which, if video is then enabled, changes to the "De-escalate from Video" option in the participant panel.
A holding apparatus for an in particular dental workpiece comprising a holding element and a fixing device, wherein the workpiece can be fixed to the holding apparatus by a relative movement of the fixing device with respect to the holding element, wherein the holding element and the fixing device have mutually corresponding wedge surfaces (K 3, K 4) and the fixing device can be fixed against the holding element by the relative movement of the fixing device with respect to the holding element by way of the wedge surfaces (K 3, K 4) which bear against each other and wherein the fixing device or the holding element has a split sleeve with a slit which is extending along a longitudinal axis, wherein the inside surface of the split sleeve forms a clamping surface for the workpiece and wherein upon the relative movement of the fixing device with respect to the holding element the workpiece can be braced against the holding device by way of the clamping surface, characterised in that the slit in longitudinal direction reaches from an upper edge to a lower edge of the fixing device or of the holding element, wherein the slit is formed as an opening or is filled with a yielding material.
A method for conditioning a blanket in an offset printer, the method comprising: during a non-printing cycle of the offset printer, applying a first voltage to an intermediate transfer member of the offset printer, wherein the intermediate transfer member comprises the blanket; maintaining the first voltage for a first period of time, characterized in that the method further comprises, in the following order: - applying a second voltage to an imaging plate; - discharging the imaging plate; and - engaging the imaging plate with the intermediate transfer member during the non-printing cycle. during a non-printing cycle of the offset printer, applying a first voltage to an intermediate transfer member of the offset printer, wherein the intermediate transfer member comprises the blanket; maintaining the first voltage for a first period of time, characterized in that the method further comprises, in the following order: - applying a second voltage to an imaging plate; - discharging the imaging plate; and - engaging the imaging plate with the intermediate transfer member during the non-printing cycle. - applying a second voltage to an imaging plate; - discharging the imaging plate; and - engaging the imaging plate with the intermediate transfer member during the non-printing cycle.
A method of qualifying whether a cell population is a suitable therapeutic for treating Amyotrophic Lateral Sclerosis comprising: (a) culturing a population of undifferentiated mesenchymal stem cells (MSCs) in a culture medium comprising platelet lysate under conditions that do not promote cell differentiation; (b) incubating said population of MSCs in a differentiating medium comprising 5-50 ng/ml basic fibroblast growth factor (bFGF), 1-30 ng/ml platelet derived growth factor (PDGF), 5-100 ng/ml heregulin and 0.5-10 mM cAMP for at least two days to obtain a population of differentiated MSCs; and (c) analyzing the number of cells of the differentiated MSC population which express CD49a, wherein when at least 80 % of the cells of the differentiated MSC population express CD49a, it is indicative that the cell population is suitable as a therapeutic; or analyzing the level of expression of CD49a in said differentiated MSC population, wherein an increase in the level of expression by more than 2 fold compared to the CD49a expression in an undifferentiated MSC population is indicative of the cell population being suitable as a therapeutic, wherein said differentiated MSC population and said undifferentiated MSC population are derived from the same donor. (a) culturing a population of undifferentiated mesenchymal stem cells (MSCs) in a culture medium comprising platelet lysate under conditions that do not promote cell differentiation; (b) incubating said population of MSCs in a differentiating medium comprising 5-50 ng/ml basic fibroblast growth factor (bFGF), 1-30 ng/ml platelet derived growth factor (PDGF), 5-100 ng/ml heregulin and 0.5-10 mM cAMP for at least two days to obtain a population of differentiated MSCs; and (c) analyzing the number of cells of the differentiated MSC population which express CD49a, wherein when at least 80 % of the cells of the differentiated MSC population express CD49a, it is indicative that the cell population is suitable as a therapeutic; or analyzing the level of expression of CD49a in said differentiated MSC population, wherein an increase in the level of expression by more than 2 fold compared to the CD49a expression in an undifferentiated MSC population is indicative of the cell population being suitable as a therapeutic, wherein said differentiated MSC population and said undifferentiated MSC population are derived from the same donor.