mhurhangee/ep-ind-claims huggingface dataset:
A cooling module for illumination device, the cooling module comprising: a substrate contacting a heat-generating illumination part at a lower part thereof and having an insertion groove formed on the upper surface thereof; a heat pipe which radiates the heat generated from the illumination part and includes a horizontal part inserted into the insertion groove and a vertical part vertically bent from the horizontal part and extending in a longitudinal direction; and a heat radiating plate laminated on and coupled to the vertical part of the heat pipe to promote heat radiation of the heat pipe, and including a coupling part coupled to the heat pipe, an inner fin part cut inward from the coupling part and formed to be twisted by a predetermined angle (β, β1, β2), and an outer fin part cut outward from the coupling part and formed to be twisted by a predetermined angle (α), characterized in the the inner and outer fin parts (540, 560) are divided into a first height portion having a predetermined height from a bottom and a second height portion having a height from the first height to a top, wherein the inner and outer fin parts (540, 560) of the second height portion are formed to be twisted by an angle relatively larger than the inner and outer fin parts (540, 560) of the first height portion, wherein the inner and outer fin parts (540, 560) of the first height portion promote heat radiation to a lateral side and the inner and outer fin parts (540, 560) of the second height portion promote heat radiation upward. a substrate contacting a heat-generating illumination part at a lower part thereof and having an insertion groove formed on the upper surface thereof; a heat pipe which radiates the heat generated from the illumination part and includes a horizontal part inserted into the insertion groove and a vertical part vertically bent from the horizontal part and extending in a longitudinal direction; and a heat radiating plate laminated on and coupled to the vertical part of the heat pipe to promote heat radiation of the heat pipe, and including a coupling part coupled to the heat pipe, an inner fin part cut inward from the coupling part and formed to be twisted by a predetermined angle (β, β1, β2), and an outer fin part cut outward from the coupling part and formed to be twisted by a predetermined angle (α), characterized in the the inner and outer fin parts (540, 560) are divided into a first height portion having a predetermined height from a bottom and a second height portion having a height from the first height to a top, wherein the inner and outer fin parts (540, 560) of the second height portion are formed to be twisted by an angle relatively larger than the inner and outer fin parts (540, 560) of the first height portion, wherein the inner and outer fin parts (540, 560) of the first height portion promote heat radiation to a lateral side and the inner and outer fin parts (540, 560) of the second height portion promote heat radiation upward.
Housing part for an electrical storage installation, in particular a battery or a capacitor, comprising a main body and at least one first connector terminal assembly having a connector pin which is routed through a through opening of the main body and by way of a fixing material is fixed so as to be electrically isolated in the through opening, wherein the connector pin on at least one side of the through opening projects beyond the latter, characterized in that provided on at least one side of the through opening is a terminal pad (110, 116) which has an opening that is configured as a through opening or as a blind bore, wherein the projecting part of the connector pin engages in the opening and in the region of this opening is electrically connected to the at least one terminal pad (110, 116), and wherein the at least one terminal pad (110, 116) by way of an insulation material (112, 114) is fastened so as to be electrically isolated on the main body, wherein the insulation material (112, 114) is an electrically isolating adhesive, or an electrically isolating potting material, wherein the fixing material is selected from glass, or glass ceramics, and the connection between the fixing material and the connector pin and between the fixing material and the wall of the through opening, is hermetically tight, wherein a first thermal expansion coefficient of the main body is greater than a second thermal expansion coefficient of the fixing material.
Method for re-configuring an operating arrangement for a construction machine, wherein the operating arrangement comprises an operating device comprising a touch-sensitive display for inputting operating instructions by an operator; the operating arrangement further comprises a first operating mask with localization markers; the operating device comprises at least one first alignment feature for aligning the first operating mask on the operating device in a pre-defined operating position relative to the operating device; the first operating mask is detachably attached to the operating device in the operating position, wherein the first operating mask at least partially covers the touch-sensitive display, and wherein the localization markers of the first operating mask lie over specified areas of the display and facilitate locating the specified areas of the display for inputting instructions; and the method comprises: changing the programming of the touch-sensitive display; removing the first operating mask attached to the operating device from the operating device; aligning a second operating mask in a pre-defined operating position relative to the operating device by means of the at least one first alignment feature; and detachably attaching the second operating mask to the operating device in the pre-defined operating position, wherein the second operating mask covers the touch-sensitive display at least partially after it has been attached, and localization markers (10, 10') of the second operating mask lie over specified areas (7, 7') of the display and facilitate finding the specified areas (7, 7') of the display for entering instructions, and wherein the localization markers (10, 10') of the second operating mask are arranged in such a way that they lie at least partially above other areas (7, 7') of the display than the areas above which the localization markers of the first operating mask were located. changing the programming of the touch-sensitive display; removing the first operating mask attached to the operating device from the operating device; aligning a second operating mask in a pre-defined operating position relative to the operating device by means of the at least one first alignment feature; and detachably attaching the second operating mask to the operating device in the pre-defined operating position, wherein the second operating mask covers the touch-sensitive display at least partially after it has been attached, and localization markers (10, 10') of the second operating mask lie over specified areas (7, 7') of the display and facilitate finding the specified areas (7, 7') of the display for entering instructions, and wherein the localization markers (10, 10') of the second operating mask are arranged in such a way that they lie at least partially above other areas (7, 7') of the display than the areas above which the localization markers of the first operating mask were located.
A monitoring method whereby, when causing a computer device to execute a plurality of processes, each being executed by an interrupt and a priority level of each interrupt being specified in advance, a measurement value of an index representing a processing load of each process is monitored using a host controller that communicates with the computer device, the computer device measures the index every time each of the processes is executed, stores the latest measurement value for each priority level, updates the maximum value with the latest measurement value when the latest measurement value exceeds the maximum value measured thus far and, with the reception of a measurement result transmission request requesting transmission of the latest measurement value as a trigger from the host controller, transmits the latest measurement value and maximum value at that time to the host controller, and the host controller transmits measurement result transmission requests to the computer device in a cycle longer than the execution cycle of the process among the plurality of processes in the computer device with the longest execution cycle, and accumulates the latest measurement values and maximum values transmitted from the computer device in a storage device.
A computer-implemented method for sharing the results of computing operations among related computing systems, the method comprising: identifying a need to perform a computing operation on a file; identifying a unique identifier associated with the file; determining, by using the unique identifier to query a shared store that is shared by a group of related computing systems, that at least one computing system within the group of related computing systems has previously performed the computing operation on an instance of the file; retrieving the results of the computing operation from the shared store instead of performing the computing operation; characterized in that: prior to identifying the unique identifier associated with the file: determining whether the file is unlikely to change frequently including determining that the file has changed less than a predetermined number of times within a predetermined period of time; and/or determining that the file has remained unchanged over a predetermined period of time, if it is determined that the file is likely to change frequently terminating the method. identifying a need to perform a computing operation on a file; identifying a unique identifier associated with the file; determining, by using the unique identifier to query a shared store that is shared by a group of related computing systems, that at least one computing system within the group of related computing systems has previously performed the computing operation on an instance of the file; retrieving the results of the computing operation from the shared store instead of performing the computing operation; characterized in that: prior to identifying the unique identifier associated with the file: determining whether the file is unlikely to change frequently including determining that the file has changed less than a predetermined number of times within a predetermined period of time; and/or determining that the file has remained unchanged over a predetermined period of time, if it is determined that the file is likely to change frequently terminating the method. determining whether the file is unlikely to change frequently including determining that the file has changed less than a predetermined number of times within a predetermined period of time; and/or determining that the file has remained unchanged over a predetermined period of time, determining that the file has changed less than a predetermined number of times within a predetermined period of time; and/or determining that the file has remained unchanged over a predetermined period of time, if it is determined that the file is likely to change frequently terminating the method.
An application server, comprising: a first internal processing unit operable to execute a first server application; a second internal processing unit operable to execute a second server application; and a server manager application, characterised in that the server manager application is configured to: transmit to a forwarding node a first message in response to the server manager application detecting a restart of the application server, said first message for causing the forwarding node to cease forwarding traffic to said internal processing units, set a timer to expire as soon as a certain amount of time has elapsed after the application server restarts, and transmit to the forwarding node a second message in response to (a) detecting the expiration of the timer or (b) detecting that at least each of said internal processing units is ready to receive traffic, said second message for causing the forwarding node to resume forwarding traffic to said internal processing units. a first internal processing unit operable to execute a first server application; a second internal processing unit operable to execute a second server application; and a server manager application, characterised in that the server manager application is configured to: transmit to a forwarding node a first message in response to the server manager application detecting a restart of the application server, said first message for causing the forwarding node to cease forwarding traffic to said internal processing units, set a timer to expire as soon as a certain amount of time has elapsed after the application server restarts, and transmit to the forwarding node a second message in response to (a) detecting the expiration of the timer or (b) detecting that at least each of said internal processing units is ready to receive traffic, said second message for causing the forwarding node to resume forwarding traffic to said internal processing units. transmit to a forwarding node a first message in response to the server manager application detecting a restart of the application server, said first message for causing the forwarding node to cease forwarding traffic to said internal processing units, set a timer to expire as soon as a certain amount of time has elapsed after the application server restarts, and transmit to the forwarding node a second message in response to (a) detecting the expiration of the timer or (b) detecting that at least each of said internal processing units is ready to receive traffic, said second message for causing the forwarding node to resume forwarding traffic to said internal processing units.
A particle imaging device comprising: a flow cell configured to flow a sample containing particles; a light source emits light in a first direction to irradiate light on a sample flowing through the flow cell; an irradiation optical system configured to form a light sheet in the flow cell using the light emitted from the light source; a light collecting optical system configured to collect fluorescent light given off from the particles; and an imaging element configured to receive the light collected by the light collecting optical system; wherein the sheet surface of the light sheet is inclined at a predetermined angle that is not perpendicular to the flow direction of the sample, characterized in that: the flow cell has a square or rectangular cross section; in that: the sheet surface of the light sheet is perpendicular to the exterior side surface of the flow cell to which the light is entered from the light source; in that: an optical axis of the irradiation optical system and an optical axis of the light collecting optical system are perpendicular to each other, and in that: the light collecting optical system converges the fluorescent light given off from the flow cell on a side of the flow cell in a second direction mutually perpendicular to the first direction. a flow cell configured to flow a sample containing particles; a light source emits light in a first direction to irradiate light on a sample flowing through the flow cell; an irradiation optical system configured to form a light sheet in the flow cell using the light emitted from the light source; a light collecting optical system configured to collect fluorescent light given off from the particles; and an imaging element configured to receive the light collected by the light collecting optical system; wherein the sheet surface of the light sheet is inclined at a predetermined angle that is not perpendicular to the flow direction of the sample, characterized in that: the flow cell has a square or rectangular cross section; in that: the sheet surface of the light sheet is perpendicular to the exterior side surface of the flow cell to which the light is entered from the light source; in that: an optical axis of the irradiation optical system and an optical axis of the light collecting optical system are perpendicular to each other, and in that: the light collecting optical system converges the fluorescent light given off from the flow cell on a side of the flow cell in a second direction mutually perpendicular to the first direction.
Process for the preparation of a compound of formula or salts or esters thereof, characterized in that it comprises the steps of a) adding a compound of formula wherein R 1 and R 2 each independently is C 1-6 alkyl, to a solution of a compound of formula and an immobilized acidic catalyst in a polar aprotic organic solvent with a boiling point above 100°C, wherein Hal is F, Cl, Br or I; to form a compound of formula and b) reacting a mixture of a compound of formula and a compound of formula with a metalation reagent wherein R 3, R 4 and R 5 each independently is C 1-6 alkyl; in a polar aprotic organic solvent at a temperature of -90°C to -95°C to a compound of formula and c) hydrolyzing the compound of formula to produce the compound of formula or salts or esters thereof. a) adding a compound of formula wherein R 1 and R 2 each independently is C 1-6 alkyl, to a solution of a compound of formula and an immobilized acidic catalyst in a polar aprotic organic solvent with a boiling point above 100°C, wherein Hal is F, Cl, Br or I; to form a compound of formula and b) reacting a mixture of a compound of formula and a compound of formula with a metalation reagent wherein R 3, R 4 and R 5 each independently is C 1-6 alkyl; in a polar aprotic organic solvent at a temperature of -90°C to -95°C to a compound of formula and c) hydrolyzing the compound of formula to produce the compound of formula or salts or esters thereof.
A method of supervising the operation of a plurality of current transformers arranged in respective current transformer groups within differing protection zones of a multi-phase electrical power system, the method of supervising comprising the steps of: (a) identifying a faulty protection zone (14, 16, 18) within the electrical power system, (b) identifying a faulty current transformer group (24, 26, 28, 30, 32, 34, 36) within the faulty protection zone (14, 16, 18), wherein the identifying includes determining for each current transformer group within the faulty protection zone (14, 16, 18) a current ratio indicative of a balance between phases within the said current transformer group, and identifying as being faulty the current transformer group with a current ratio which is higher than a current ratio threshold derived from the average current ratio or median current ratio of all said respective current transformer groups, and (c) identifying one or more faulty phases (A, B, C) within the faulty current transformer group (24, 26, 28, 30, 32, 34, 36). (a) identifying a faulty protection zone (14, 16, 18) within the electrical power system, (b) identifying a faulty current transformer group (24, 26, 28, 30, 32, 34, 36) within the faulty protection zone (14, 16, 18), wherein the identifying includes determining for each current transformer group within the faulty protection zone (14, 16, 18) a current ratio indicative of a balance between phases within the said current transformer group, and identifying as being faulty the current transformer group with a current ratio which is higher than a current ratio threshold derived from the average current ratio or median current ratio of all said respective current transformer groups, and (c) identifying one or more faulty phases (A, B, C) within the faulty current transformer group (24, 26, 28, 30, 32, 34, 36).
A device for testing tablets with a rotary disc that is designed to position a tablet for testing, characterized in that a first positioning surface is positioned above the rotary disc as an abutment along which the tablet can be positioned by rotating the rotary disc in an initial rotation direction and a second positioning surface that is located adjacent to the first positioning surface as an end stop along which the tablet can be positioned and aligned by rotating the rotary disc when the direction of rotation is opposite to the first direction of rotation, and in which the device has a crusher jaw that can be moved in the direction of the abutment, wherein the crusher jaw is suitable for measuring the diameter of the tablet that is aligned along at least one of the positioning surfaces (2a, 3a), wherein the diameter is measured in the direction of the crusher jaw's movement direction.
Base material for dry-peelable wallpapers with a multi-layer composite fibre web, characterised in that the composite fibre web contains at least one first fibre web with one side pointing towards the surface of the object to be coated when the wallpaper is in use, at least one smoothed second fibre web with one side pointing outwards when the wallpaper is in use and at least one layer of a thermoplastic polymer extruded between the fibre webs, whereby the first fibre web has a greater specific volume than the second smoothed fibre web.
A method for densifying one or more porous substrates with pyrolytic carbon by chemical vapour infiltration, comprising at least the following steps: - admitting, at the inlet of the densification furnace, a reactive gaseous phase comprising at least one pyrolytic carbon precursor; - reacting at least a fraction of the reactive gaseous phase with the porous substrate or substrates; - extracting, at the outlet of the densification furnace, gaseous effluents originating from the reactive gaseous phase; - reintroducing, with the reactive gaseous phase admitted at the inlet of the densification furnace, at least a fraction of the gaseous effluents extracted at the outlet of the furnace; characterised in that the fraction of the gaseous effluents introduced with the reactive gaseous phase comprises at least one polyaromatic hydrocarbon compound. - admitting, at the inlet of the densification furnace, a reactive gaseous phase comprising at least one pyrolytic carbon precursor; - reacting at least a fraction of the reactive gaseous phase with the porous substrate or substrates; - extracting, at the outlet of the densification furnace, gaseous effluents originating from the reactive gaseous phase; - reintroducing, with the reactive gaseous phase admitted at the inlet of the densification furnace, at least a fraction of the gaseous effluents extracted at the outlet of the furnace;
A body fat analyzer for measuring the body fat of a user, the body fat analyzer comprising: a first electrode, a second electrode, a third electrode, and a fourth electrode to be placed in contact with the user; and a processor configured to: determine a first impedance of the user by using the first electrode, the second electrode, the third electrode, and the fourth electrode via a four-point measuring method; determine a second impedance of the user by using the first electrode, the second electrode, the third electrode, and the fourth electrode via a two-point measuring method, wherein the first electrode and the second electrode are connected to each other and the third electrode and the fourth electrode are connected to each other; calculate a bio-impedance of the user based on the first impedance and the second impedance; and calculate the body fat of the user as a percentage value from the bio-impedance and body information of the user. determine a first impedance of the user by using the first electrode, the second electrode, the third electrode, and the fourth electrode via a four-point measuring method; determine a second impedance of the user by using the first electrode, the second electrode, the third electrode, and the fourth electrode via a two-point measuring method, wherein the first electrode and the second electrode are connected to each other and the third electrode and the fourth electrode are connected to each other; calculate a bio-impedance of the user based on the first impedance and the second impedance; and calculate the body fat of the user as a percentage value from the bio-impedance and body information of the user.