mhurhangee/ep-ind-claims huggingface dataset:
A device for producing a magnetic field within an agricultural bed (910, 1120), comprising: an first insulated pipe segment having generally curved, closed side wall enclosing a space therein having central axis, an open end, and a closed end; said, space having within it: an electrically conductive first elongated element having a first end and a second end, a second elongated electrically conductive element having a first end and a second end;. each of said second ends within said space near said closed end being electrically connected to each other, forming an electrically conductive loop within said closed end, said first end of said first elongated element and said first end of said second element having electrically conductive portions extending through said open end of said pipe segment, said first elongated element and said second elongated element being separated within said space except for the electrically conductive loop; said first end of said first conductive element adapted to be connected to an anode of source of electric power, said first end of said second conductive element being adapted to be connected to a cathode of said source of electric power. an first insulated pipe segment having generally curved, closed side wall enclosing a space therein having central axis, an open end, and a closed end; said, space having within it: an electrically conductive first elongated element having a first end and a second end, a second elongated electrically conductive element having a first end and a second end;. each of said second ends within said space near said closed end being electrically connected to each other, forming an electrically conductive loop within said closed end, said first end of said first elongated element and said first end of said second element having electrically conductive portions extending through said open end of said pipe segment, said first elongated element and said second elongated element being separated within said space except for the electrically conductive loop; said first end of said first conductive element adapted to be connected to an anode of source of electric power, said first end of said second conductive element being adapted to be connected to a cathode of said source of electric power. an electrically conductive first elongated element having a first end and a second end, a second elongated electrically conductive element having a first end and a second end;. each of said second ends within said space near said closed end being electrically connected to each other, forming an electrically conductive loop within said closed end, said first end of said first elongated element and said first end of said second element having electrically conductive portions extending through said open end of said pipe segment, said first elongated element and said second elongated element being separated within said space except for the electrically conductive loop; said first end of said first conductive element adapted to be connected to an anode of source of electric power, said first end of said second conductive element being adapted to be connected to a cathode of said source of electric power.
A method for providing user-controllable screen privacy, comprising: monitoring, via software executing on a user device, a current context associated with information displayed on a screen of the user device; determining, via software executing on the user device, a user designated area displayed on the screen having current interest to one or more authorized users (400, 500, 501)based at least in part on receiving information from one or more sensors on the user device that indicates the user designated area having the current interest to the one or more authorized users; and activating, via the software executing on the user device, a software-based privacy filter configured to reduce visibility associated with information displayed on the screen outside the user designated area having the current interest to the one or more authorized users. monitoring, via software executing on a user device, a current context associated with information displayed on a screen of the user device; determining, via software executing on the user device, a user designated area displayed on the screen having current interest to one or more authorized users (400, 500, 501)based at least in part on receiving information from one or more sensors on the user device that indicates the user designated area having the current interest to the one or more authorized users; and activating, via the software executing on the user device, a software-based privacy filter configured to reduce visibility associated with information displayed on the screen outside the user designated area having the current interest to the one or more authorized users.
A composition for use in a method for treating motor neuron diseases (MNDs) wherein the MNDs are amyotrophic lateral sclerosis, spinal muscular atrophy, primary lateral sclerosis, or progressive bulbar palsy, said composition comprising, in each unit, substances in amounts meeting the following proportional relationship, wherein "unit" refers to the daily dosage administered to a patient: 0.3 to 8 g of L-ornithine or an L-ornithine salt with an L-ornithine content equivalent to 0.3 to 8 g, 0.5 to 5 g of aspartic acid, and 2 to 20 g of vitamin B 6; preferably 0.325 to 8 g of L-ornithine or an L-ornithine salt with an L-ornithine content equivalent to 0.325 to 8 g, 0.625 to 5 g of aspartic acid, and 3 to 20 g of vitamin B 6; further preferably 0.5 to 8 g of L-ornithine or an L-ornithine salt with an L-ornithine content equivalent to 0.5 to 8 g, 1 to 5 g of aspartic acid, and 6 to 20 g of vitamin B 6; or further preferably 0.325 to 0.65 g of L-ornithine or an L-ornithine salt with an L-ornithine content equivalent to 0.325 to 0.65 g, 0.625 to 1.25 g of aspartic acid, and 3 to 10 g of vitamin B 6. 0.3 to 8 g of L-ornithine or an L-ornithine salt with an L-ornithine content equivalent to 0.3 to 8 g, 0.5 to 5 g of aspartic acid, and 2 to 20 g of vitamin B 6; preferably 0.325 to 8 g of L-ornithine or an L-ornithine salt with an L-ornithine content equivalent to 0.325 to 8 g, 0.625 to 5 g of aspartic acid, and 3 to 20 g of vitamin B 6; further preferably 0.5 to 8 g of L-ornithine or an L-ornithine salt with an L-ornithine content equivalent to 0.5 to 8 g, 1 to 5 g of aspartic acid, and 6 to 20 g of vitamin B 6; or further preferably 0.325 to 0.65 g of L-ornithine or an L-ornithine salt with an L-ornithine content equivalent to 0.325 to 0.65 g, 0.625 to 1.25 g of aspartic acid, and 3 to 10 g of vitamin B 6.
A tumor-selective oncolytic herpes simplex viral vector for use in the treatment of intracranial tumor cells in a subject, said tumor-selective oncolytic herpes simplex viral vector comprising: (a) a deletion or inactivating mutation in both copies of the gene encoding y34.5; and (b) an insertion of at least one copy of the HSV γ34.5 gene under the transcriptional control of a nestin promoter; (c) a deletion or inactivating mutation in the gene that encodes for the HSV viral protein ICP6, wherein the tumor-selective oncolytic herpes simplex viral vector does not express green fluorescent protein, and (d) wherein the vector does not comprise a fusion protein of ICP6. (a) a deletion or inactivating mutation in both copies of the gene encoding y34.5; and (b) an insertion of at least one copy of the HSV γ34.5 gene under the transcriptional control of a nestin promoter; (c) a deletion or inactivating mutation in the gene that encodes for the HSV viral protein ICP6, wherein the tumor-selective oncolytic herpes simplex viral vector does not express green fluorescent protein, and (d) wherein the vector does not comprise a fusion protein of ICP6.
Electronic shelf labelling system comprising: - at least one electronic shelf label, realized in particular as an electronic shelf label display, the shelf label being designed such that it can be contactlessly supplied with power, and - at least one shelf edge strip, to which at least one such shelf label is attached, and - an electronic supply device assigned to the shelf edge strip, in particular assigned only to this one shelf edge strip, which is designed to supply power contactlessly to the at least one electronic shelf label attached there, wherein the electronic supply device is also designed to communicate contactlessly with the shelf label using the same technology that is also used for transmitting power to the shelf label, characterized in that, the electronic supply device is designed to receive and forward a unique identifier of the shelf label participating in the communication, for the purpose of determining the position of the relevant shelf label. - at least one electronic shelf label, realized in particular as an electronic shelf label display, the shelf label being designed such that it can be contactlessly supplied with power, and - at least one shelf edge strip, to which at least one such shelf label is attached, and - an electronic supply device assigned to the shelf edge strip, in particular assigned only to this one shelf edge strip, which is designed to supply power contactlessly to the at least one electronic shelf label attached there, wherein the electronic supply device is also designed to communicate contactlessly with the shelf label using the same technology that is also used for transmitting power to the shelf label,
A solar thermal heating system comprising one or more longitudinally extending heater elements fixed to each other to form a heater element covering, said heater element covering being arranged above a liquid tube space wherein a first liquid carrying tube is winding to and fro in a continuous line such that the parallel longitudinal parts of the tube have a distance from each other corresponding to the distance between each individual heater element, the liquid tube space is covered by a heating surface, a second liquid carrying tube is arranged in a second layer underneath the first liquid carrying tube, wherein each winding of the second liquid carrying tube is displaced vis-à-vis the liquid carrying tubes in the first layer, characterized in that in that said first liquid carrying tube is interconnected with the second liquid carrying tube by means of three-way valves; and in that the heating surface is arranged to be individually turned and angled so as to adjust the distance between the heater element covering and the first liquid carrying tube.
A method, comprising: receiving, at a user equipment operating within a 3 rd Generation Partnership Project, Long Term Evolution-Advanced (LTE-Advanced) network via a Cooperative Multiple Point Transmission (CoMP) Scenario 3, a plurality of colliding wireless signals, wherein one of the wireless signals comprises reference signal data and another of the wireless signals comprises user data sent over a Physical Downlink Shared Channel (PDSCH); combining the reference signal data with the user data into a superimposed signal; filtering out the reference signal data from the superimposed signal; and decoding the user data from the superimposed signal. receiving, at a user equipment operating within a 3 rd Generation Partnership Project, Long Term Evolution-Advanced (LTE-Advanced) network via a Cooperative Multiple Point Transmission (CoMP) Scenario 3, a plurality of colliding wireless signals, wherein one of the wireless signals comprises reference signal data and another of the wireless signals comprises user data sent over a Physical Downlink Shared Channel (PDSCH); combining the reference signal data with the user data into a superimposed signal; filtering out the reference signal data from the superimposed signal; and decoding the user data from the superimposed signal.
A temperature detector probe (100, 200, 500) comprising: a housing defining a bore extending longitudinally through the housing; a pair of electrical connectors (112, 204) extending longitudinally through the bore; a support cap (114, 206) disposed at a first end portion of the housing, wherein the support cap (114, 206) has a first surface that faces the bore and a second surface opposite of the first surface, the second surface being exposed to an environment, wherein the second surface is continuously even and forms a distal end of the support cap (114, 206); and a sensor (116, 208) provided on the second surface of the support cap (114, 206) and electrically coupled to the pair of electrical connectors (112, 204), wherein: the support cap (114, 206) is positioned between the pair of electrical connectors (112, 204) and the sensor (116, 208), wherein the housing includes one or more thermal breaks provided as circumferential grooves to inhibit thermal conductivity between an object being measured and the probe, wherein the one or more thermal breaks are defined along an exterior of the housing with a thin wall of the housing provided between the one or more thermal breaks and the bore, and the sensor (116, 208) forms a distal end of the temperature detector probe. a housing defining a bore extending longitudinally through the housing; a pair of electrical connectors (112, 204) extending longitudinally through the bore; a support cap (114, 206) disposed at a first end portion of the housing, wherein the support cap (114, 206) has a first surface that faces the bore and a second surface opposite of the first surface, the second surface being exposed to an environment, wherein the second surface is continuously even and forms a distal end of the support cap (114, 206); and a sensor (116, 208) provided on the second surface of the support cap (114, 206) and electrically coupled to the pair of electrical connectors (112, 204), wherein: the support cap (114, 206) is positioned between the pair of electrical connectors (112, 204) and the sensor (116, 208), wherein the housing includes one or more thermal breaks provided as circumferential grooves to inhibit thermal conductivity between an object being measured and the probe, wherein the one or more thermal breaks are defined along an exterior of the housing with a thin wall of the housing provided between the one or more thermal breaks and the bore, and the sensor (116, 208) forms a distal end of the temperature detector probe. the support cap (114, 206) is positioned between the pair of electrical connectors (112, 204) and the sensor (116, 208), wherein the housing includes one or more thermal breaks provided as circumferential grooves to inhibit thermal conductivity between an object being measured and the probe, wherein the one or more thermal breaks are defined along an exterior of the housing with a thin wall of the housing provided between the one or more thermal breaks and the bore, and the sensor (116, 208) forms a distal end of the temperature detector probe.
A gas turbine engine shroud assembly, the assembly comprising a support bracket consisting essentially of metallic materials, and a supported component embodied in a blade track segment comprising ceramic-matrix composite materials, the supported component including a body and at least one hanger (54,56) that extends from the body, wherein the support bracket is formed to include a body and a plurality of circumferentially spaced apart fingers (38,48) extending generally axially from the body, at least one of the hangers (54, 56) of the supported component engages the spaced apart fingers (38, 48) of the support bracket and the spaced apart fingers (38, 48) are configured to flex inwardly and outwardly in the radial direction and the support bracket further includes a stop wall coupled to the body of the support bracket radially inward of the plurality of fingers (38, 48) such that a flex gap is positioned between the stop wall and the plurality of fingers.
A thermostat assembly comprising a mounting frame, a spring, a valve structure, a ball, a sealing element and a thermo-actuator and, characterized by; in order to allow air pockets accumulated within radiator channels to pass through thermostat assembly at fully closed thermostat position; mentioned thermostat assembly comprises an air venting mechanism including - a ball nest (30.2) hole formed on side wall of mentioned valve structure, in which mentioned ball is locked within mentioned ball nest (30.2) hole by fastening of thermo-actuator within the valve structure - an air discharge path formed on inner top side wall of said valve structure for completing connection between said ball nest (30.2) hole and radiator channels at fully closed thermostat position. - a ball nest (30.2) hole formed on side wall of mentioned valve structure, in which mentioned ball is locked within mentioned ball nest (30.2) hole by fastening of thermo-actuator within the valve structure - an air discharge path formed on inner top side wall of said valve structure for completing connection between said ball nest (30.2) hole and radiator channels at fully closed thermostat position.
An aromatic polycarbonate resin composition comprising: 100 parts by weight of an aromatic polycarbonate resin (component A); 0.005 to 0.6 part by weight of a fluorine-containing organic metal salt having a fluoride ion content measured by ion chromatography of 0.2 to 20 ppm in terms of weight (component B); and at least one component selected from the group consisting of a flame retardant other than the fluorine-containing organic metal salt (component C), a fatty acid ester (component D), an ultraviolet light absorber (component E), polytetrafluoroethylene having fibril formability (component F), a filler (component G), a silicate mineral (component H) and a titanium dioxide pigment (component I). 100 parts by weight of an aromatic polycarbonate resin (component A); 0.005 to 0.6 part by weight of a fluorine-containing organic metal salt having a fluoride ion content measured by ion chromatography of 0.2 to 20 ppm in terms of weight (component B); and at least one component selected from the group consisting of a flame retardant other than the fluorine-containing organic metal salt (component C), a fatty acid ester (component D), an ultraviolet light absorber (component E),
A latching assembly (100; 200) carried by or integrally formed with a bearing assembly, comprising: a tubular housing (11; 205) having an outer surface and an inner surface that defines an inner bore; latch members (24, 25; 202, 204) carried by the housing (11; 205) that have a latch position that extends out from the outer surface and a release position that is retracted from the latch position; a plurality of gripping members (32; 218) pivotally attached to the housing (11; 205), the gripping members (32; 218) having a first end that is pivotally attached to the tubular housing (11; 205) and a second end extending outward from the first end, the gripping members (32; 218) pivotally moving between a gripping position wherein the second end of the gripping members extend into the inner bore to engage a tubular member of a drill string or a running tool and a retracted position; and an actuator (27; 208) that engages the latch members (24, 25) and the gripping members (32; 218) and moves between a first position and a second position, the actuator (27; 208) engaging the latch members (24, 25) and the gripping members (32; 218) such that the actuator (27; 208) moves the latch members (24, 25; 202, 204) from the latch position to the release position and the gripping members (32; 218) from the retracted position to the gripping position as the actuator (27; 208) moves from the first position to the second position. a tubular housing (11; 205) having an outer surface and an inner surface that defines an inner bore; latch members (24, 25; 202, 204) carried by the housing (11; 205) that have a latch position that extends out from the outer surface and a release position that is retracted from the latch position; a plurality of gripping members (32; 218) pivotally attached to the housing (11; 205), the gripping members (32; 218) having a first end that is pivotally attached to the tubular housing (11; 205) and a second end extending outward from the first end, the gripping members (32; 218) pivotally moving between a gripping position wherein the second end of the gripping members extend into the inner bore to engage a tubular member of a drill string or a running tool and a retracted position; and an actuator (27; 208) that engages the latch members (24, 25) and the gripping members (32; 218) and moves between a first position and a second position, the actuator (27; 208) engaging the latch members (24, 25) and the gripping members (32; 218) such that the actuator (27; 208) moves the latch members (24, 25; 202, 204) from the latch position to the release position and the gripping members (32; 218) from the retracted position to the gripping position as the actuator (27; 208) moves from the first position to the second position.
A clamping device comprising a first clamping element and a second clamping element arranged at a distance therefrom, between which a plastic profile (1 or 2) can be clamped, wherein a contact element adjustable in a first direction is arranged between the first clamping element and the second clamping element or wherein the second clamping element comprises the contact element adjustable in a first direction, and the contact element is made of a polymeric material which has a dimensional stability up to at least 300°C, characterized in that the contact element is fiber-reinforced.
Method for executing an interactive application, in which the program flow is influenced by the user, which is performed by at least one data processing device, said method comprising: - providing data parts from a data memory, which are required for the execution of the application, the data parts being stored in the data memory in a physical order which is in some areas or completely based on an expected required chronological order, such that, when a requested data part is read from the data memory, a prefetching of the data parts is achieved by also reading physically neighbouring data parts in one step, and wherein the expected required chronological order is based on a combination of multiple required chronological orders acquired during the execution of the application. - providing data parts from a data memory, which are required for the execution of the application, the data parts being stored in the data memory in a physical order which is in some areas or completely based on an expected required chronological order, such that, when a requested data part is read from the data memory, a prefetching of the data parts is achieved by also reading physically neighbouring data parts in one step, and wherein the expected required chronological order is based on a combination of multiple required chronological orders acquired during the execution of the application.
A security element for securing value objects, with - a thin film element with a color shift effect, - a semitransparent ink layer, which is arranged above the thin film element in first regions, wherein the color impression of the thin film element is coordinated with the color impression of at least one sub-region of the semitransparent ink layer when viewed under predefined viewing conditions, and - a transparent phase delay layer, which is arranged above the thin film element in second regions, and which forms a phase-shifting layer for light in the visible wavelength range. - a thin film element with a color shift effect, - a semitransparent ink layer, which is arranged above the thin film element in first regions, wherein the color impression of the thin film element is coordinated with the color impression of at least one sub-region of the semitransparent ink layer when viewed under predefined viewing conditions, and - a transparent phase delay layer, which is arranged above the thin film element in second regions, and which forms a phase-shifting layer for light in the visible wavelength range.