mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication apparatus comprising: a notification unit configured to notify of a short transmission time field in which data is transmitted at a short transmission time interval which is a transmission time interval shorter than one subframe period in a subframe, and notify of information regarding the short transmission time interval for another communication apparatus in a control field transmitted in units of subframes, characterized in that the notification unit is configured to notify of presence or absence of data of the short transmission time interval in the short transmission time field in the control field, wherein the presence or absence of data regard a short transmission time interval in another subsequent subframe. a notification unit configured to notify of a short transmission time field in which data is transmitted at a short transmission time interval which is a transmission time interval shorter than one subframe period in a subframe, and notify of information regarding the short transmission time interval for another communication apparatus in a control field transmitted in units of subframes, characterized in that the notification unit is configured to notify of presence or absence of data of the short transmission time interval in the short transmission time field in the control field, wherein the presence or absence of data regard a short transmission time interval in another subsequent subframe.
A liquid ejection head comprising: a channel member comprising a first common channel and a second common channel which extend parallel to each other, and a plurality of ejection units (15, 215) aligned along them, wherein each of the plurality of ejection units (15, 215) comprises an ejection hole, a pressurizing chamber connected to the ejection hole, a first channel and a second channel (14, 216) each connecting the pressurizing chamber and the first common channel, and a third channel (16, 214) connecting the pressurizing chamber and the second common channel; and a plurality of pressurizing parts individually pressurizing the plurality of pressurizing chambers, characterized in that a first opening of the first channel on a first common channel side connecting the first channel and the first common channel and a second opening (14a, 216a) of the second channel (14, 216) on a first common channel side connecting the second channel (14, 216) and the first common channel are spaced apart from each other in a channel direction of the first common channel by a length not less than a width of the first common channel at a position of the first opening, wherein the width of the first common channel at the position of the first opening is a distance between the opening and an inner surface of the first common channel to which the opening faces. a channel member comprising a first common channel and a second common channel which extend parallel to each other, and a plurality of ejection units (15, 215) aligned along them, wherein a first common channel and a second common channel which extend parallel to each other, and a plurality of ejection units (15, 215) aligned along them, wherein each of the plurality of ejection units (15, 215) comprises an ejection hole, a pressurizing chamber connected to the ejection hole, a first channel and a second channel (14, 216) each connecting the pressurizing chamber and the first common channel, and a third channel (16, 214) connecting the pressurizing chamber and the second common channel; and an ejection hole, a pressurizing chamber connected to the ejection hole, a first channel and a second channel (14, 216) each connecting the pressurizing chamber and the first common channel, and a third channel (16, 214) connecting the pressurizing chamber and the second common channel; and a plurality of pressurizing parts individually pressurizing the plurality of pressurizing chambers, characterized in that a first opening of the first channel on a first common channel side connecting the first channel and the first common channel and a second opening (14a, 216a) of the second channel (14, 216) on a first common channel side connecting the second channel (14, 216) and the first common channel are spaced apart from each other in a channel direction of the first common channel by a length not less than a width of the first common channel at a position of the first opening, wherein the width of the first common channel at the position of the first opening is a distance between the opening and an inner surface of the first common channel to which the opening faces.
Posturography apparatus comprising a measuring platform, which has a standing surface for a test subject, comprising a base element, on which the measuring platform is tiltably mounted by means of a tilt device, and comprising an air cushion device, by means of which an air cushion supporting the base element is formed and which permits horizontal movement of the measuring platform, characterised in that a damping element comprising a damping material is arranged between the measuring platform and the base element, by means of which damping element a tilting movement of the measuring platform is damped and spring-loaded.
A promoter inducible by reactive oxygen species, the promoter consisting of a chimeric promoter containing an E6 element found in the region proximal to the EGR-I gene promoter (SEQ ID NO:2) spaced from a VE element of the VEGF promoter (SEQ ID NO:1) by a spacing sequence.
A process to improve rhodium accountability in a continuous liquid recycle hydroformylation process, the process comprising: contacting in a reaction zone reactants comprising mixed C8 olefins and/or mixed C9 olefins, hydrogen, and carbon monoxide in the presence of a catalyst comprising rhodium and an organomonophosphite ligand to form a reaction fluid, wherein the reaction fluid is introduced to a strip gas vaporizer to produce a product stream and a vaporizer tails stream, and wherein the vaporizer tails stream comprises at least 1.2 percent by weight C8 internal olefins or at least 1.3 percent by weight C9 internal olefins. contacting in a reaction zone reactants comprising mixed C8 olefins and/or mixed C9 olefins, hydrogen, and carbon monoxide in the presence of a catalyst comprising rhodium and an organomonophosphite ligand to form a reaction fluid, wherein the reaction fluid is introduced to a strip gas vaporizer to produce a product stream and a vaporizer tails stream, and wherein the vaporizer tails stream comprises at least 1.2 percent by weight C8 internal olefins or at least 1.3 percent by weight C9 internal olefins.
An air conditioning system for regulating the temperature of at least one energy source and/or an indoor space of a vehicle, wherein the system comprises: a fan for creating an air flow; an evaporator arranged downstream of the fan for cooling the air flow; a first heating element arranged downstream of the evaporator for heating the air flow; a heat exchanger arranged downstream of the evaporator for heat exchange with the air flow and in fluid communication with the at least one energy source for heating or cooling the at least one energy source; characterized in that the system comprises a second heating element arranged downstream of the evaporator 120 for heating the air flow, and in that the system is configured to selectively direct the heated or cooled air flow to the indoor space of the vehicle or prevent the heated or cooled air flow from reaching the indoor space of the vehicle. a fan for creating an air flow; an evaporator arranged downstream of the fan for cooling the air flow; a first heating element arranged downstream of the evaporator for heating the air flow; a heat exchanger arranged downstream of the evaporator for heat exchange with the air flow and in fluid communication with the at least one energy source for heating or cooling the at least one energy source; characterized in that the system comprises a second heating element arranged downstream of the evaporator 120 for heating the air flow, and in that the system is configured to selectively direct the heated or cooled air flow to the indoor space of the vehicle or prevent the heated or cooled air flow from reaching the indoor space of the vehicle.
Elastic tarpaulin for closing an open area in the superstructure of a vehicle or a building, whereupon the tarpaulin can be cut manually by means of a knife and a plurality of flexible, elongate and cut-inhibiting holding strips are fastened on the tarpaulin, whereupon - each holding strip is connected at its ends (42, 43) to the superstructure, and - a lower end is detachably connected to the superstructure via a clamping lever and - in the opened state of the tarpaulin the length of at least one holding strip between two adjacent connection points to the tarpaulin is greater than the distance between the two fastening regions in the adjacent subregion of the tarpaulin, when the tarpaulin is laid out on a plain without tension, whereupon the connection points are complementary to the fastening regions, - in the closed state of the open area, at least one holding strip is tensioned in such a way that it is connected to the superstructure by both ends (42, 43) and, between adjacent connecting points, the adjacent subregion of the tarpaulin is pulled apart to such an extent and is thereby pretensioned that it rests flat on the holding strip characterized in that for retensioning the tarpaulin, the distance between the connecting points of at least one holding strip and/or between the fastening regions of the tarpaulin can be changed by an adjustment element. - each holding strip is connected at its ends (42, 43) to the superstructure, and - a lower end is detachably connected to the superstructure via a clamping lever and - in the opened state of the tarpaulin the length of at least one holding strip between two adjacent connection points to the tarpaulin is greater than the distance between the two fastening regions in the adjacent subregion of the tarpaulin, when the tarpaulin is laid out on a plain without tension, whereupon the connection points are complementary to the fastening regions, - in the closed state of the open area, at least one holding strip is tensioned in such a way that it is connected to the superstructure by both ends (42, 43) and, between adjacent connecting points, the adjacent subregion of the tarpaulin is pulled apart to such an extent and is thereby pretensioned that it rests flat on the holding strip
A film packaging structure for an OLED, comprising: a flexible film for packaging an OLED unit, the flexible film comprising at least one layer of inorganic film, and at least one layer of organic film which is alternately stacked with the at least one layer of inorganic film, wherein each layer of organic film in the at least one layer of organic film is an integral film, and each layer of inorganic film in the at least one layer of inorganic film comprises a plurality of non-connected inorganic film segments, wherein a plurality of cavities is provided between the plurality of non-connected inorganic film segments for making the plurality of non-connected inorganic film segments non-connected with each other, characterised in that a moisture absorbent layer is provided in a part of or all of the plurality of cavities.
Use of a composition which comprises a micronutrient, in the form of a first ester and a second ester for the manufacture of a medicament for treating diseases associated with a deficiency of said micronutrient, wherein said first ester of a micronutrient is selected from the group consisting of vitamin B6, vitamin B 12, riboflavin, ubiquinone, ascorbic acid, niacin, folic acid, lipoic acid, pantothenic acid, or carnitine, and said second ester has a lipophilicity log P value which differs from said micronutrient from 0.5 to 1.5, wherein P refers to the octanol/water partition coefficient, wherein said composition is applied topically and said second ester is less lipophilic than said ester of said micronutrient.
A medical device made of a bioresorbable material, said bioresorbable material being an intermixed particulate material comprising: cathodic particles and anodic particles bound to each other, wherein - said anodic particles are made of an anodic material and said cathodic particles are made of a cathodic material, said anodic and cathodic materials forming a galvanic couple, the anodic material being electropositive relative to the cathodic material; - said anodic and cathodic particles are present in a predetermined ratio in said bioresorbable material; and - said anodic particles, cathodic particles and predetermined ratio are such that bioresorption of said bioresorbable material is promoted by galvanic corrosion between said anodic and cathodic materials; wherein said material is made of cold-sprayed particles, wherein said anodic material is selected from the group consisting of iron, iron alloys and vanadium and said cathodic material is selected from the group consisting of cobalt-chromium alloys, stainless steel, tantalum, titanium and platinum-steels, and wherein the medical device is selected from the group consisting of stents, markers, anchors, clips, sutures and orthopaedic support devices. - said anodic particles are made of an anodic material and said cathodic particles are made of a cathodic material, said anodic and cathodic materials forming a galvanic couple, the anodic material being electropositive relative to the cathodic material; - said anodic and cathodic particles are present in a predetermined ratio in said bioresorbable material; and - said anodic particles, cathodic particles and predetermined ratio are such that bioresorption of said bioresorbable material is promoted by galvanic corrosion between said anodic and cathodic materials; wherein said material is made of cold-sprayed particles, wherein said anodic material is selected from the group consisting of iron, iron alloys and vanadium and said cathodic material is selected from the group consisting of cobalt-chromium alloys, stainless steel, tantalum, titanium and platinum-steels, and wherein the medical device is selected from the group consisting of stents, markers, anchors, clips, sutures and orthopaedic support devices.
A method, comprising: receiving (i) a location of a device at a time of an input from a user, and (ii) a bearing from the device at the time of the input from the user; determining an initial search area, the initial search area is bounded by a clockwise bearing vector, a counterclockwise bearing vector, and a radius, and wherein the clockwise bearing vector and the counterclockwise bearing vector are offset from the bearing; determining an initial set of objects that lie within the initial search area; displaying, to the user, information about the initial set of objects; characterized by receiving, from the device, after the user has determined that a desired object is not contained within the initial set of objects, a user request for more objects; in response to receiving the user request, determining a second search area bounded by a second clockwise bearing vector, a second counterclockwise bearing vector, and a second radius, wherein the initial search area is (i) excluded from the second search area and (ii) at least partly contained within boundaries defined by the second clockwise bearing vector, the second counterclockwise bearing vector, and the second radius of the second search area; determining a second set of objects that lie within the second search area; and retrieving information relating to the second set of objects. receiving (i) a location of a device at a time of an input from a user, and (ii) a bearing from the device at the time of the input from the user; determining an initial search area, the initial search area is bounded by a clockwise bearing vector, a counterclockwise bearing vector, and a radius, and wherein the clockwise bearing vector and the counterclockwise bearing vector are offset from the bearing; determining an initial set of objects that lie within the initial search area; displaying, to the user, information about the initial set of objects; characterized by receiving, from the device, after the user has determined that a desired object is not contained within the initial set of objects, a user request for more objects; in response to receiving the user request, determining a second search area bounded by a second clockwise bearing vector, a second counterclockwise bearing vector, and a second radius, wherein the initial search area is (i) excluded from the second search area and (ii) at least partly contained within boundaries defined by the second clockwise bearing vector, the second counterclockwise bearing vector, and the second radius of the second search area; determining a second set of objects that lie within the second search area; and retrieving information relating to the second set of objects.
An ophthalmic surgical system for treating eye tissue, the system comprising: a light source (10, LS) for generating a beam of light; a delivery system (16, L1, G1, G2) for focusing the beam onto the eye tissue and for scanning the beam of light across the eye tissue; an imaging device for generating ocular imaging data, the imaging device being an Optical Coherence Tomography device; and a controller (12, CPU) operatively coupled to the light source, the imaging device and the delivery system, and configured to: a) operate the imaging device to generate ocular 2. imaging data of a patient's eye; b) use the ocular imaging data to determine parameters of a cutting pattern for performing an anterior capsulotomy; and c) operate the light source and the delivery system to scan the beam of light in the cutting pattern to perform the anterior capsulotomy such that the beam of light is focused at multiple focal points in the eye tissue at multiple depths within the eye tissue. a light source (10, LS) for generating a beam of light; a delivery system (16, L1, G1, G2) for focusing the beam onto the eye tissue and for scanning the beam of light across the eye tissue; an imaging device for generating ocular imaging data, the imaging device being an Optical Coherence Tomography device; and a controller (12, CPU) operatively coupled to the light source, the imaging device and the delivery system, and configured to: a) operate the imaging device to generate ocular 2. imaging data of a patient's eye; b) use the ocular imaging data to determine parameters of a cutting pattern for performing an anterior capsulotomy; and c) operate the light source and the delivery system to scan the beam of light in the cutting pattern to perform the anterior capsulotomy such that the beam of light is focused at multiple focal points in the eye tissue at multiple depths within the eye tissue. a) operate the imaging device to generate ocular 2. imaging data of a patient's eye; b) use the ocular imaging data to determine parameters of a cutting pattern for performing an anterior capsulotomy; and c) operate the light source and the delivery system to scan the beam of light in the cutting pattern to perform the anterior capsulotomy such that the beam of light is focused at multiple focal points in the eye tissue at multiple depths within the eye tissue.
Laser ignition plug, in particular for an internal combustion engine of a motor vehicle, having a combustion chamber window which is arranged in an end region facing toward a combustion chamber and which has means for cooling a volume region situated in the region of the combustion chamber window and/or for cooling a medium situated in the volume region, wherein the means for cooling have a cooling body which surrounds an optical axis of the laser ignition plug, characterized in that an inner diameter of the cooling body in the region of a face side, facing toward the combustion chamber, of the cooling body is smaller than an inner diameter of the cooling body in the region of a face side, averted from the combustion chamber, of the cooling body.
A method, comprising: disposing epoxy into an epoxy well in a photonic chip; aligning an optical interface of the photonic chip to an optical fiber mounted on a fiber array unit, FAU, wherein the FAU comprises a first layer disposed on a transparent substrate, wherein a material of the transparent substrate is transparent to UV light while a material of the first layer blocks UV light, wherein the first layer comprises an optical window, and wherein the transparent substrate and the optical window are disposed over the epoxy well when the optical fiber is aligned to the optical interface; and curing the epoxy by passing UV electromagnetic radiation through the transparent substrate and the optical window to reach the epoxy well. disposing epoxy into an epoxy well in a photonic chip; aligning an optical interface of the photonic chip to an optical fiber mounted on a fiber array unit, FAU, wherein the FAU comprises a first layer disposed on a transparent substrate, wherein a material of the transparent substrate is transparent to UV light while a material of the first layer blocks UV light, wherein the first layer comprises an optical window, and wherein the transparent substrate and the optical window are disposed over the epoxy well when the optical fiber is aligned to the optical interface; and curing the epoxy by passing UV electromagnetic radiation through the transparent substrate and the optical window to reach the epoxy well.