mhurhangee/ep-ind-claims huggingface dataset:
A lithium-sulfur electrochemical cell comprising: a cathode comprising elemental sulfur; an anode comprising elemental lithium; and an electrolyte comprising a salt, a non-polar fluorinated ether solvent, and LiNO 3, Li[BF 2 (C 2 O 4)], or both LiNO 3, Li[BF 2 (C 2 O 4)] present in the electrolyte at a concentration from 0.1 M to 0.4 M. a cathode comprising elemental sulfur; an anode comprising elemental lithium; and an electrolyte comprising a salt, a non-polar fluorinated ether solvent, and LiNO 3, Li[BF 2 (C 2 O 4)], or both LiNO 3, Li[BF 2 (C 2 O 4)] present in the electrolyte at a concentration from 0.1 M to 0.4 M.
A powder for three-dimensional printing, comprising: a mixture of: a soluble adhesive selected from the group consisting of maltodextrin, hydrolyzed starch, and hydroxypropyl cellulose; a cement filler comprising magnesium oxide, and an acid additive, wherein the acid additive is fumaric acid; and a nonreactive ceramic filler. a soluble adhesive selected from the group consisting of maltodextrin, hydrolyzed starch, and hydroxypropyl cellulose; a cement filler comprising magnesium oxide, and an acid additive, wherein the acid additive is fumaric acid; and a nonreactive ceramic filler.
A method for wireless communications, comprising: transmitting, by a first device (505-a) belonging to a wireless network infrastructure other than neighborhood area network (NaN), a probe request as part of an active scan; the probe request comprising a NaN attribute of the first device; receiving, by the first device, NaN discovery information from a second device (505-b) of a NaN cluster, wherein the NaN discovery information comprises NaN cluster information and is received in response to the probe request; and identifying, by the first device, a subset of the NaN discovery information for use in connecting to a NaN device of the NaN cluster, the subset of the NaN discovery information including the NaN cluster information. transmitting, by a first device (505-a) belonging to a wireless network infrastructure other than neighborhood area network (NaN), a probe request as part of an active scan; the probe request comprising a NaN attribute of the first device; receiving, by the first device, NaN discovery information from a second device (505-b) of a NaN cluster, wherein the NaN discovery information comprises NaN cluster information and is received in response to the probe request; and identifying, by the first device, a subset of the NaN discovery information for use in connecting to a NaN device of the NaN cluster, the subset of the NaN discovery information including the NaN cluster information.
A rotor comprising: a plurality of conductors having a bar shape and extending from a surface of a first end ring and from a surface of a second end ring; the first end ring joined to one end of the conductors by friction stir welding, at least an annular surface along a circumference of the first end ring opposite to the surface of the first end ring from which the conductors extend being welded by the friction stir welding; the second end ring joined to an other end of the conductors by friction stir welding, at least an annular surface along a circumference of the second end ring opposite to the surface of the second end ring from which the conductors extend and a part of a side surface of the second end ring being welded by the friction stir welding; and an iron core disposed between the first and the second end rings (11, 12), having a cylindrical shape, and including a plurality of insertion holes (110a, 120a) through which the respective conductors are insertable in a central axis direction of the iron core, characterized in that heat-affected zones (H11, H12, H21, H22, H31, H32, H41, H42) of the first and second end rings (11, 12) that have not been stirred but have only received frictional heat from the friction stir welding and that were peripheral regions of friction-stirred regions (R1, R2, R3, R4) of the first and second end rings (11, 12) have been cut off and that the resulting first and second end rings (11, 12) after the cut off exclude said heat-affected zones (H11, H12, H21, H22, H31, H32, H41, H42). a plurality of conductors having a bar shape and extending from a surface of a first end ring and from a surface of a second end ring; the first end ring joined to one end of the conductors by friction stir welding, at least an annular surface along a circumference of the first end ring opposite to the surface of the first end ring from which the conductors extend being welded by the friction stir welding; the second end ring joined to an other end of the conductors by friction stir welding, at least an annular surface along a circumference of the second end ring opposite to the surface of the second end ring from which the conductors extend and a part of a side surface of the second end ring being welded by the friction stir welding; and an iron core disposed between the first and the second end rings (11, 12), having a cylindrical shape, and including a plurality of insertion holes (110a, 120a) through which the respective conductors are insertable in a central axis direction of the iron core, characterized in that heat-affected zones (H11, H12, H21, H22, H31, H32, H41, H42) of the first and second end rings (11, 12) that have not been stirred but have only received frictional heat from the friction stir welding and that were peripheral regions of friction-stirred regions (R1, R2, R3, R4) of the first and second end rings (11, 12) have been cut off and that the resulting first and second end rings (11, 12) after the cut off exclude said heat-affected zones (H11, H12, H21, H22, H31, H32, H41, H42).
A device comprising: a semiconductor light emitting device comprising a semiconductor structure comprising a light emitting layer disposed between an n-type region and a p-type region; a wavelength converting structure disposed over the light emitting layer; a light blocking structure (52, 56, 60, 80) disposed along a sidewall of the semiconductor light emitting device and the wavelength converting structure, the light blocking structure (52, 56, 60, 80) comprising a pigment; and a reflective layer (50, 54, 58, 82, 84) disposed between the light blocking structure (52, 56, 60, 80) and the semiconductor structure, characterized in that, the reflective layer (50, 54, 58, 82, 84) includes alternating first and second insulating layers, the first insulating layers having a different index of refraction from the second insulating layers. a semiconductor light emitting device comprising a semiconductor structure comprising a light emitting layer disposed between an n-type region and a p-type region; a wavelength converting structure disposed over the light emitting layer; a light blocking structure (52, 56, 60, 80) disposed along a sidewall of the semiconductor light emitting device and the wavelength converting structure, the light blocking structure (52, 56, 60, 80) comprising a pigment; and a reflective layer (50, 54, 58, 82, 84) disposed between the light blocking structure (52, 56, 60, 80) and the semiconductor structure, characterized in that, the reflective layer (50, 54, 58, 82, 84) includes alternating first and second insulating layers, the first insulating layers having a different index of refraction from the second insulating layers.
A medical apparatus for tissue ablation, comprising: a probe configured for insertion into a body of a patient and comprising a plurality of electrodes configured to contact tissue within the body; and an electrical signal generator configured to apply between one or more pairs of the electrodes signals of first and second types in alternation, the signals of the first type comprising a sequence of bipolar pulses (310, 312, 318, 320) having an amplitude of at least 200 V, and a duration of each of the bipolar pulses less than 20 μs, the amplitude being sufficient to cause irreversible electrophoresis in the tissue contacted by the electrodes, and the signals of the second type comprising a radio-frequency signal (308, 316) having a frequency between 350 and 500 kHz, an amplitude between 10 and 200 V and a power sufficient to thermally ablate the tissue contacted by the electrodes; wherein the signals of the first type comprise pairs of pulses (310, 312, 318, 320), wherein each pair comprises a positive pulse and a negative pulse, and wherein the signals of the second type (308, 316) are either interleaved between the positive and negative pulses of the pairs or between successive pairs of pulses (310, 312). a probe configured for insertion into a body of a patient and comprising a plurality of electrodes configured to contact tissue within the body; and an electrical signal generator configured to apply between one or more pairs of the electrodes signals of first and second types in alternation, the signals of the first type comprising a sequence of bipolar pulses (310, 312, 318, 320) having an amplitude of at least 200 V, and a duration of each of the bipolar pulses less than 20 μs, the amplitude being sufficient to cause irreversible electrophoresis in the tissue contacted by the electrodes, and the signals of the second type comprising a radio-frequency signal (308, 316) having a frequency between 350 and 500 kHz, an amplitude between 10 and 200 V and a power sufficient to thermally ablate the tissue contacted by the electrodes; wherein the signals of the first type comprise pairs of pulses (310, 312, 318, 320), wherein each pair comprises a positive pulse and a negative pulse, and wherein the signals of the second type (308, 316) are either interleaved between the positive and negative pulses of the pairs or between successive pairs of pulses (310, 312).
A method of operating a first electronic device synchronized with a second electronic device, the method comprising: receiving, at the first electronic device, a call request from a third electronic device (step 801); determining, at the first electronic device, whether a time range to limit a detection of information within the time range prior to the call request is pre-set (step 802); in response to determining that the time range to limit the detection of the information within the time range prior to the call request is pre-set, detecting, at the first electronic device, information related to the third electronic device within the time range prior to the call request (step 803); and transmitting the detected information from the first electronic device to the second electronic device (step 804), wherein the information related to the third electronic device has an associated order of priority for display that is pre-set in the second electronic device based on a type of content, the method further comprising: receiving, at the second electronic device, the information related to the third electronic device from the first electronic device (step 901); displaying, by the second electronic device, the information related to the third electronic device according to the pre-set order of priority (step 902; 1101). receiving, at the first electronic device, a call request from a third electronic device (step 801); determining, at the first electronic device, whether a time range to limit a detection of information within the time range prior to the call request is pre-set (step 802); in response to determining that the time range to limit the detection of the information within the time range prior to the call request is pre-set, detecting, at the first electronic device, information related to the third electronic device within the time range prior to the call request (step 803); and transmitting the detected information from the first electronic device to the second electronic device (step 804), wherein the information related to the third electronic device has an associated order of priority for display that is pre-set in the second electronic device based on a type of content, the method further comprising: receiving, at the second electronic device, the information related to the third electronic device from the first electronic device (step 901); displaying, by the second electronic device, the information related to the third electronic device according to the pre-set order of priority (step 902; 1101). receiving, at the second electronic device, the information related to the third electronic device from the first electronic device (step 901); displaying, by the second electronic device, the information related to the third electronic device according to the pre-set order of priority (step 902; 1101).
A blood treatment machine having a control, having a pump actuator for pumping blood through an extracorporeal blood circuit which comprises an arterial line and a venous line, and having a pressure sensor for detecting the pressure in the venous line, wherein the control has a detection function for detecting a venous needle disconnect which compares a value determined on the basis of the pressure in the venous line with a limit value to recognize a venous needle disconnect, wherein the limit value with which the detection function compares the value determined on the basis of the pressure in the venous line can be set variably and/or is set variably by the control, characterized in that the detection function calculates the limit value on the basis of an internal fistula pressure of the patient.
A method of visual localisation, comprising: recording localised reference images of an environment along a mapping trajectory; acquiring a point cloud by laser-scanning the environment; segmenting the point cloud into planes; generating a plurality of new views, wherein each of the new views is associated with a location and orientation, comprising: using the planes to represent portions or regions of the environment; and using the planes in computing the new views from the reference images, wherein a viewpoint change from a first camera view corresponding to a reference view to a second camera view corresponding to a new view is simulated by applying a projective transformation to a reference image of the first camera, wherein the projective transformation is a function of pose and calibration of the first and second cameras and plane position in space and the projection of a plane from the reference view to the new view is represented by a homography; obtaining at least one query image; and determining the location where the query image was obtained on the basis of a comparison of the query image with said new views. recording localised reference images of an environment along a mapping trajectory; acquiring a point cloud by laser-scanning the environment; segmenting the point cloud into planes; generating a plurality of new views, wherein each of the new views is associated with a location and orientation, comprising: using the planes to represent portions or regions of the environment; and using the planes in computing the new views from the reference images, using the planes to represent portions or regions of the environment; and using the planes in computing the new views from the reference images, wherein a viewpoint change from a first camera view corresponding to a reference view to a second camera view corresponding to a new view is simulated by applying a projective transformation to a reference image of the first camera, wherein the projective transformation is a function of pose and calibration of the first and second cameras and plane position in space and the projection of a plane from the reference view to the new view is represented by a homography; obtaining at least one query image; and determining the location where the query image was obtained on the basis of a comparison of the query image with said new views.
Coloured plastic obtainable by the catalytic crosslinking of a polyisocyanate composition A in the presence of at least one pigment, characterized in that (i) the plastic comprises at least 5% by weight of a fibrous filler with aspect ratio at least 100, based on the total of the weights of polyisocyanate composition A, pigment and fibrous filler; and (ii) the total nitrogen content bound within uretdione structures, isocyanurate structures, biuret structures and iminooxadiazinedione structures is at least 60% of the total nitrogen content of the polyisocyanate composition A.
A film tensioning element, in particular for performing dental operations in a patient's oral cavity, comprising a vestibular ring and a lip ring between which and optionally beyond which a film extends, said film being held tensioned by the rings (14, 16), the film and the rings being resiliently deformable, characterised in that the film has a radially inwardly extending constriction, at least in a region, in the course between the lip ring and vestibular ring, the film, at least in said region, extending without tension and in a single piece between the inner face and outer face thereof, in particular without onlays and/or inlays.
An actuator in a lift truck having an extendible mast, said actuator comprising: cylinder structure comprising a cylinder tube (240, 440), a cylinder base and a cylinder cap (244, 444), said base and cap (244, 444) being coupled to said tube (240, 440), and said tube and cap defining a cylinder structure bore extending from said base to an outer open end of said cylinder structure; ram structure slidably mounted within said cylinder structure bore and defining with said cylinder structure a gap therebetween, said ram structure comprising fluid passageway structure for defining a path for fluid to move internally through said ram structure, said path communicating with an outlet in a sidewall of said ram structure; and a cushioning seal (50, 150) located between said ram structure and said cylinder structure and engaging said ram structure and said cylinder cap (244, 444) during ram structure extension such that said seal (50, 150) substantially closes off a first portion of said gap extending from said seal (50, 150) toward said cylinder structure outer open end; characterized by said cushioning seal being moved during ram structure retraction in a direction of ram structure retraction such that fluid flowing out of said ram structure sidewall outlet when said outlet is in said gap first portion flows between said seal (50, 150) and said cap (244, 444). cylinder structure comprising a cylinder tube (240, 440), a cylinder base and a cylinder cap (244, 444), said base and cap (244, 444) being coupled to said tube (240, 440), and said tube and cap defining a cylinder structure bore extending from said base to an outer open end of said cylinder structure; ram structure slidably mounted within said cylinder structure bore and defining with said cylinder structure a gap therebetween, said ram structure comprising fluid passageway structure for defining a path for fluid to move internally through said ram structure, said path communicating with an outlet in a sidewall of said ram structure; and a cushioning seal (50, 150) located between said ram structure and said cylinder structure and engaging said ram structure and said cylinder cap (244, 444) during ram structure extension such that said seal (50, 150) substantially closes off a first portion of said gap extending from said seal (50, 150) toward said cylinder structure outer open end; characterized by said cushioning seal being moved during ram structure retraction in a direction of ram structure retraction such that fluid flowing out of said ram structure sidewall outlet when said outlet is in said gap first portion flows between said seal (50, 150) and said cap (244, 444).
A method of mitigating the effects of a malicious software application on a computing device, the method being performed by a dedicated module located on the computing device, the method comprising: the dedicated module executing the application using a program for executing unverified applications; the dedicated module recording behaviour information pertaining to a monitored behaviour of the application, wherein the behaviour information is compared with data stored on memory on the computing device to determine if the application is malicious or has a malicious component; in response to determining that the application is not malicious or has no malicious component: the dedicated module forwarding the behaviour information to a malicious software detector remote from the computing device; the dedicated module receiving from the malicious software detector a message indicating that the application is malicious or has a malicious component; and in response to receiving the message from the malicious software detector, the dedicated module instructing software on the computing device that controls permissions of the application to inhibit at least one permission granted to the application. the dedicated module executing the application using a program for executing unverified applications; the dedicated module recording behaviour information pertaining to a monitored behaviour of the application, wherein the behaviour information is compared with data stored on memory on the computing device to determine if the application is malicious or has a malicious component; in response to determining that the application is not malicious or has no malicious component: the dedicated module forwarding the behaviour information to a malicious software detector remote from the computing device; the dedicated module receiving from the malicious software detector a message indicating that the application is malicious or has a malicious component; and in response to receiving the message from the malicious software detector, the dedicated module instructing software on the computing device that controls permissions of the application to inhibit at least one permission granted to the application. the dedicated module forwarding the behaviour information to a malicious software detector remote from the computing device; the dedicated module receiving from the malicious software detector a message indicating that the application is malicious or has a malicious component; and in response to receiving the message from the malicious software detector, the dedicated module instructing software on the computing device that controls permissions of the application to inhibit at least one permission granted to the application.
A pharmaceutical composition for use in the treatment or prophylaxis of an anemic condition, wherein the anemic condition is selected from the group consisting of hemolytic anemia, thalassemia, hereditary spherocytosis, hereditary elliptocytosis, glucose-6-phosphate dehydrogenase deficiency, pyruvate kinase deficiency, immune hemolytic anemia, alloimmune hemolytic anemia, drug-induced hemolytic anemia, mechanical hemolytic anemia, paroxysmal nocturnal hemoglobinuria, anemia of chronic disease, anemia, aplastic anemia, congenital hypoplastic anemia, Diamond-Blackfan anemia, Fanconi anemia, iron deficiency anemia, anemia of abnormal RBC size, megaloblastic anemia, microcytic anemia, vitamin deficiency anemia, pernicious anemia, anemia of RBC mutation, sideroblastic anemia, and sickle cell anemia, the pharmaceutical composition comprising: one fatty acid being pentadecanoic acid (C15:0), or a pharmaceutically acceptable salt thereof; and a pharmaceutically acceptable carrier. one fatty acid being pentadecanoic acid (C15:0), or a pharmaceutically acceptable salt thereof; and a pharmaceutically acceptable carrier.