mhurhangee/ep-ind-claims huggingface dataset:
A cathode, characterized in that, the cathode comprising: a cathode current collector; and a cathode active material layer disposed on a surface of the cathode current collector, wherein the cathode active material layer comprises a first particle and a second particle, the first particle comprising a first secondary particle composed of a third particle, the third particle being a first primary particle, the first particle having an average particle size of 5 μm to 20 μm, the third particle having an average particle size of 200 nm to 700 nm, the second particle comprising a fourth particle and/or a second secondary particle composed of the fourth particle, the fourth particle being a second primary particle, the second particle having an average particle size of 3 μm to 5 μm, the fourth particle having an average particle size of 800 nm to 5 μm, the average particle sizes being measured using a Malvern particle size tester after 30 minutes of sonication of a dispersed material to be tested and corresponding to a particle size with which the volume cumulative frequency from the smaller diameter side reaches 50% in the volume-based particle size distribution, wherein a region containing the first particle is closer to the cathode current collector than the region containing the second particle. a cathode current collector; and a cathode active material layer disposed on a surface of the cathode current collector, wherein the cathode active material layer comprises a first particle and a second particle, the first particle comprising a first secondary particle composed of a third particle, the third particle being a first primary particle, the first particle having an average particle size of 5 μm to 20 μm, the third particle having an average particle size of 200 nm to 700 nm, the second particle comprising a fourth particle and/or a second secondary particle composed of the fourth particle, the fourth particle being a second primary particle, the second particle having an average particle size of 3 μm to 5 μm, the fourth particle having an average particle size of 800 nm to 5 μm, the average particle sizes being measured using a Malvern particle size tester after 30 minutes of sonication of a dispersed material to be tested and corresponding to a particle size with which the volume cumulative frequency from the smaller diameter side reaches 50% in the volume-based particle size distribution, wherein a region containing the first particle is closer to the cathode current collector than the region containing the second particle.
A system, comprising, a server, and a source client executable on a first electronic device in communication with the server, wherein the server is configured to provide to a second electronic device in communication with the server access to location data implementable by a user interface associated with the second electronic device, the location data enabling the user interface to display the geographical location of the first electronic device, the access to the location data being provided to the second electronic device only during a time interval designated by a user of the first electronic device, wherein the source client is operable to send to the server a request to create authorization data, the request including a value indicating the time interval, the value being input to the first electronic device by the user, and wherein the server, in response to the request, is configured to generate the authorization data and either forward the authorization data to the first electronic device, which is then configured to forward the authorization data to the second electronic device, or to directly forward the authorization data to the second electronic device, the authorization data including pointing data configured to provide access to the location data, the access to the location data being accessible to the recipient device only during the time interval.
A gamma radiation detection assembly including: an ionization chamber having a cathode and an anode, and the ionization chamber being arranged to detect gamma radiation that passes into the ionization chamber; an exterior enclosure defining a hollow internal volume within which the ionization chamber is enclosed, the exterior enclosure including at least two layers (14,70), at least one of the layers providing an electromagnetic shield to the hollow internal volume and the ionization chamber enclosed therein; the hollow interior volume between the ionization chamber and the exterior enclosure providing an air space; characterized by the electromagnetic shielding layer covering the entire inner surface of the exterior enclosure; the shielding layer being thinner than the other layer of the exterior enclosure; and wherein the areal density of matter between the ionization chamber and the exterior of exterior enclosure is less than 0.7 grams/cm 2. an ionization chamber having a cathode and an anode, and the ionization chamber being arranged to detect gamma radiation that passes into the ionization chamber; an exterior enclosure defining a hollow internal volume within which the ionization chamber is enclosed, the exterior enclosure including at least two layers (14,70), at least one of the layers providing an electromagnetic shield to the hollow internal volume and the ionization chamber enclosed therein; the hollow interior volume between the ionization chamber and the exterior enclosure providing an air space; characterized by the electromagnetic shielding layer covering the entire inner surface of the exterior enclosure; the shielding layer being thinner than the other layer of the exterior enclosure; and wherein the areal density of matter between the ionization chamber and the exterior of exterior enclosure is less than 0.7 grams/cm 2.
A medical device for implantation in a hip joint of a patient, said medical device comprising: a. a first piece, wherein i. said first piece is adapted to be fixated to the pelvic bone, and ii. said first piece comprises a convex contacting surface adapted to be partially placed inside a concave contacting surface, b. a second piece, wherein i. said second piece is adapted to be fixated to the femoral bone, and said second piece comprises a concave contacting surface adapted to partially surround said convex contacting surface of said first piece, when implanted, characterized In that the medical device further comprises a releasing member adapted to, when implanted, in a first state hold said first piece attached to said second piece, and in a second state release said first piece from said second piece, and wherein said releasing member is adapted to change from said first state to said second state when a pre-determined strain is placed on said releasing member by the connection with the first or second piece, when implanted. a. a first piece, wherein i. said first piece is adapted to be fixated to the pelvic bone, and ii. said first piece comprises a convex contacting surface adapted to be partially placed inside a concave contacting surface, i. said first piece is adapted to be fixated to the pelvic bone, and ii. said first piece comprises a convex contacting surface adapted to be partially placed inside a concave contacting surface, b. a second piece, wherein i. said second piece is adapted to be fixated to the femoral bone, and said second piece comprises a concave contacting surface adapted to partially surround said convex contacting surface of said first piece, when implanted, characterized In that the medical device further comprises a releasing member adapted to, when implanted, in a first state hold said first piece attached to said second piece, and in a second state release said first piece from said second piece, and wherein said releasing member is adapted to change from said first state to said second state when a pre-determined strain is placed on said releasing member by the connection with the first or second piece, when implanted. i. said second piece is adapted to be fixated to the femoral bone, and said second piece comprises a concave contacting surface adapted to partially surround said convex contacting surface of said first piece, when implanted, characterized In that
A film wherein at least one surface has a number of coarse projections of at least 4000 nm per standard area SPc, determined as described herein, of at least 15/mm 2 characterized in that the film has a layer containing inorganic particles (layer P1), and a ratio Va/Vf1 is up to 1, wherein Va is the porosity (% by volume) of the layer P1 and Vf1 is the inorganic particle content (% by volume) of the layer P1, inorganic particle content Vf1 and porosity Va being determined as described herein. characterized in that the film has a layer containing inorganic particles (layer P1), and a ratio Va/Vf1 is up to 1, wherein Va is the porosity (% by volume) of the layer P1 and Vf1 is the inorganic particle content (% by volume) of the layer P1, inorganic particle content Vf1 and porosity Va being determined as described herein.
A terminal for making a connection of the hydraulic or electrical or optical type in an ink jet printing machine, this terminal extending along an axis XX', and its external surface including: - a cylindrical portion, including a contact end and having a first external diameter, this end being provided with hydraulic or electrical or optical connection means (21, 23, 46, 48), - a collar, having an external diameter higher than the first diameter, including a first face (26") and a second face, parallel to each other and perpendicular to said axis XX', at least one of these two faces forming a bearing surface, and then, going away along the axis XX', from the contact end: - a throat, the bottom of which has a cross-section, in a plane perpendicular to the axis XX', having at least one arc of circle portion (281, 282, 287) having a 3 rd external diameter strictly lower than that of the collar 26, at least one planar part (283, 284, 286, 283', 284'), and a part of this cross-section having a width with a value lower than the 3 rd external diameter, - the throat continuing with connection means, for connecting to at least one hydraulic conduit or one electrical cable or one optical fibre. - a cylindrical portion, including a contact end and having a first external diameter, this end being provided with hydraulic or electrical or optical connection means (21, 23, 46, 48), - a collar, having an external diameter higher than the first diameter, including a first face (26") and a second face, parallel to each other and perpendicular to said axis XX', at least one of these two faces forming a bearing surface, - a throat, the bottom of which has a cross-section, in a plane perpendicular to the axis XX', having at least one arc of circle portion (281, 282, 287) having a 3 rd external diameter strictly lower than that of the collar 26, at least one planar part (283, 284, 286, 283', 284'), and a part of this cross-section having a width with a value lower than the 3 rd external diameter, - the throat continuing with connection means, for connecting to at least one hydraulic conduit or one electrical cable or one optical fibre.
A data transmission method performed by a device, wherein the device is configured with a plurality of first radio resource control, RRC, parameters configured for configured grant transmission and with a plurality of second RRC parameters configured for dynamic transmission which is triggered by a network side device through dynamic uplink, UL, grant, the first RRC parameters comprise a first modulation coding scheme, MCS, table, the second RRC parameters comprise a second MCS table, and the method comprises: transmitting data using the first RRC parameters; and when retransmission of the data is triggered by dynamic LTL grant due to a semi-persistent scheduling, SPS, transmission failure occurring during the transmission of the data, retransmitting the data using the first MCS table, wherein the device is a user equipment, UE, and the data is transmitted and retransmitted by the UE to the network side device. transmitting data using the first RRC parameters; and when retransmission of the data is triggered by dynamic LTL grant due to a semi-persistent scheduling, SPS, transmission failure occurring during the transmission of the data, retransmitting the data using the first MCS table, wherein the device is a user equipment, UE, and the data is transmitted and retransmitted by the UE to the network side device.
A district heat transfer apparatus for a building, in particular for a residential building, - having at least one heating circuit for a heating fluid; - having a heat exchanger for the transmission of thermal energy from a district heating pipeline to the heating fluid in the heating circuit; - having a storage apparatus which is in fluid communication with the heating circuit and in which the heating fluid can be stored layer-wise at different temperature levels; and - having a heat pump, characterized in that - the storage apparatus has a first fluid container and a second fluid container and the first fluid container stores heating fluid in a temperature level range which differs from the temperature level range of the heating fluid in the second fluid container; - in that the heat pump is configured to increase the temperature gradient between the heating fluid layers within the storage device; and - in that the heat pump is configured to raise the heating fluid from the first fluid container of the storage apparatus from a first temperature level to a second temperature level and to lead it back into the first fluid container and simultaneously to lower the heating fluid from the second fluid container of the storage apparatus from a third temperature level to a fourth temperature level and to lead it back into the second fluid container, with the third temperature level having a lower temperature than the first temperature level. - having at least one heating circuit for a heating fluid; - having a heat exchanger for the transmission of thermal energy from a district heating pipeline to the heating fluid in the heating circuit; - having a storage apparatus which is in fluid communication with the heating circuit and in which the heating fluid can be stored layer-wise at different temperature levels; and - having a heat pump, - the storage apparatus has a first fluid container and a second fluid container and the first fluid container stores heating fluid in a temperature level range which differs from the temperature level range of the heating fluid in the second fluid container; - in that the heat pump is configured to increase the temperature gradient between the heating fluid layers within the storage device; and - in that the heat pump is configured to raise the heating fluid from the first fluid container of the storage apparatus from a first temperature level to a second temperature level and to lead it back into the first fluid container and simultaneously to lower the heating fluid from the second fluid container of the storage apparatus from a third temperature level to a fourth temperature level and to lead it back into the second fluid container, with the third temperature level having a lower temperature than the first temperature level.
An engine, comprising: a cylinder including a cylinder liner; a piston provided inside the cylinder liner; and a piston ring provided on the piston; characterized by a detector (Sa, Sb) configured to output a detection signal in accordance with a contact between a step (La) formed in an inner peripheral surface of the cylinder liner and the piston ring; and a compression ratio controller configured to control a top dead center position or a bottom dead center position of the piston in accordance with the detection signal to a position at which the piston ring is located beyond the step (La). a cylinder including a cylinder liner; a piston provided inside the cylinder liner; and a piston ring provided on the piston; characterized by a detector (Sa, Sb) configured to output a detection signal in accordance with a contact between a step (La) formed in an inner peripheral surface of the cylinder liner and the piston ring; and a compression ratio controller configured to control a top dead center position or a bottom dead center position of the piston in accordance with the detection signal to a position at which the piston ring is located beyond the step (La).
A stable paste composition comprising: i) 1% to 45% w/w of omeprazole, ii) 0.05% to 0.1% w/w of an alkanolamine basifying agent, and iii) 54.9% to 98.95% w/w of a mineral oil-based vehicle having a density of about 0.769 g/mL to about 0.915 g/mL at 15°C as measured by ASTM D-1298, for use in the treatment or prevention of gastric ulcers in a subject, wherein the paste composition (a) is absent a thickening agent and (b) is administered directly as an oral pharmaceutical formulation to the subject. i) 1% to 45% w/w of omeprazole, ii) 0.05% to 0.1% w/w of an alkanolamine basifying agent, and iii) 54.9% to 98.95% w/w of a mineral oil-based vehicle having a density of about 0.769 g/mL to about 0.915 g/mL at 15°C as measured by ASTM D-1298,
An emitter system for treating recycled asphalt/concrete pavement, comprising: a first emitter configured to emit a peak wavelength of radiation of from 1,000 to 10,000 nm; a second emitter configured to emit a peak wavelength of radiation of from 1,000 to 10,000 nm; and a passage between the emitters configured to allow passage of recycled asphalt/concrete pavement there between, such that, in use, the recycled asphalt/concrete pavement absorbs the radiation emitted by the emitters. a first emitter configured to emit a peak wavelength of radiation of from 1,000 to 10,000 nm; a second emitter configured to emit a peak wavelength of radiation of from 1,000 to 10,000 nm; and a passage between the emitters configured to allow passage of recycled asphalt/concrete pavement there between, such that, in use, the recycled asphalt/concrete pavement absorbs the radiation emitted by the emitters.
A mixed fiber spunbonded nonwoven fabric which comprises 90 to 10% by weight of a long fiber of thermoplastic resin that has been hydrophilization-treated and 10 to 90% by weight of a long fiber of thermoplastic elastomer, wherein the mixed fiber spunbonded nonwoven fabric has a strength ratio [the ratio of a strength at 20% of an elongation at a maximum strength (elongation at a maximum point) to the maximum strength] in at least one direction of not more than 40% and a bulk density of 0.10 to 0.40 g/cm 3 wherein the mixed fiber spunbonded nonwoven fabric is obtainable by partially heat fusing a web of long fibers of thermoplastic resin and thermoplastic elastomer and subsequently stretching the partially heat fused web in at least one direction.
Device for a pile (2A, 2B), which can be anchored in the bottom of a lake or the sea and/or the ground, which is of the screw and/or the push type and which exhibits at least a front part, but preferably also an intermediate part and an upper part, and which pile consists of plastic, concrete, and/or steel material, characterized in that at the upper portion of the front part a power transmitting part is arranged, which is formed of a substantially horizontal or inclined, disc-shaped, stationary or rotatable part with substantially vertically extending flange, which is directed towards said front part, preferably at the peripheral edge of the disc-shaped part, or that the power transmitting part is formed of a portion of a thread along the pile, approximately one turn round the pile, and with a cylinder-shaped part extending in the longitudinal direction of said thread and completely round said thread, that the front part of the pile is tubular, whereby a number of evacuation apertures (61; 62) for water and air debouch from the upper portion of the front part into the surroundings, and which power transmitting part is designed to make it possible to transmit downwards directed axial forces (F A) and laterally directed horizontal forces (F H) to the bottom or ground segment in question.
Measuring device for determining and/or monitoring the point level or level of a medium in a container, consisting of at least a sensor unit and a transmitter unit, wherein at least one tilt sensor is integrated in the measuring device, said sensor determining the alignment of the measuring device and/or the sensor unit on the container, wherein the tilt sensor is designed in such a way that the alignment of the measuring device and/or of the sensor unit is constantly monitored as at least an alignment measured value in the operating phase of the measuring device, characterized in that the transmitter unit has a memory unit in which limit values for the alignment measured value are stored and in that the measuring device is designed to output an error message if an alignment measured value is determined that is outside the range of these limit values.
A method of providing redundant control of a steering system using one of a first controller and a second controller, the method comprising the steps of: providing an interface circuit between at least a first node and a second node of the steering system, the first node being electrically disposed between a primary power source and the first controller, the second node being electrically disposed between a secondary power source and the second controller; automatically engaging a self-test of the primary power source and the secondary power source upon machine startup; in response to a short at the first node, engaging the interface circuit to isolate the short from the secondary power source, and engage the second controller to operate the steering system; and in response to a short at the second node, engaging the interface circuit to isolate the short from the primary power source, and enable the first controller to operate the steering system. providing an interface circuit between at least a first node and a second node of the steering system, the first node being electrically disposed between a primary power source and the first controller, the second node being electrically disposed between a secondary power source and the second controller; automatically engaging a self-test of the primary power source and the secondary power source upon machine startup; in response to a short at the first node, engaging the interface circuit to isolate the short from the secondary power source, and engage the second controller to operate the steering system; and in response to a short at the second node, engaging the interface circuit to isolate the short from the primary power source, and enable the first controller to operate the steering system.
An in vitro method for predicting in vivo nephrotoxicity of a drug substance in a mammal, said method comprising the steps of: a. culturing cells expressing epidermal growth factor receptor (EGFR) in a suitable cell culture media containing at least 4 ng/ml of epidermal growth factor; b. administering the drug substance to said cell culture at therapeutically effective doses, or at higher dose; c. incubating the cells between 1 and 9 days, or for 10 days; and d. subsequently measuring the EGF level in the supernatant; wherein an increase in EGF in the supernatant is indicative of a drug substance which is, or is predicted to be, associated with nephrotoxicity; wherein the drug substance is an antisense oligonucleotide, and wherein EGF level in the supernatant is compared to a reference value obtained from cells treated with vehicle control or a non-toxic reference drug substance, where the non-toxic drug substance has been validated as non-toxic in vivo. a. culturing cells expressing epidermal growth factor receptor (EGFR) in a suitable cell culture media containing at least 4 ng/ml of epidermal growth factor; b. administering the drug substance to said cell culture at therapeutically effective doses, or at higher dose; c. incubating the cells between 1 and 9 days, or for 10 days; and d. subsequently measuring the EGF level in the supernatant;