mhurhangee/patent-ind-claim-en huggingface dataset:
Method for manufacturing a flexible textile annular thermal protection positioned between the rear skirt and the nozzle of a space launcher , characterised in that it includes: - forming one or more first support templates in the form of hyperboloid drum sectors of revolution defining the shape of the inner protection surface, - forming, on a lower part and an upper part of these drum sectors, folds constituting inner half faces of protection sectors, - laying and sewing these inner half faces together on the support template(s) to form the inner face of said protection sectors, - laying and sewing a layer of padding on the outside of said inner face, then - laying and sewing an outer protection face onto the padding such that the protection sectors formed in this way correspond with the profile of said hyperboloid drum sectors, - sewing the protection sectors together end-to-end to form a strip along the length of the protection and - sewing the ends of the strip together to complete the annular protection. - forming one or more first support templates in the form of hyperboloid drum sectors of revolution defining the shape of the inner protection surface, - forming, on a lower part and an upper part of these drum sectors, folds constituting inner half faces of protection sectors, - laying and sewing these inner half faces together on the support template(s) to form the inner face of said protection sectors, - laying and sewing a layer of padding on the outside of said inner face, then - laying and sewing an outer protection face onto the padding such that the protection sectors formed in this way correspond with the profile of said hyperboloid drum sectors, - sewing the protection sectors together end-to-end to form a strip along the length of the protection and - sewing the ends of the strip together to complete the annular protection.
A method implemented by a network node in a wireless communication network for assisting a user equipment to perform positioning measurements on positioning signals periodically transmitted by one or more cells during respective positioning occasions of the one or more cells, wherein the respective positioning occasions of the one or more cells refer to a periodic interval of time during which the one or more cells transmit the positioning signals for measurement by the user equipment , the method characterized by : selectively delaying transmission of assistance data for an Observed Time Difference of Arrival, OTDOA, measurement to the user equipment as needed, based on defined uncertainty in one or more timing parameters, for the network node to identify with certainty between which two consecutive positioning occasions of a reference cell the user equipment will receive the assistance data, wherein the assistance data indicates a timing of a positioning occasion for at least one cell relative to a timing of the next positioning occasion of the reference cell; generating the assistance data to be transmitted to indicate the timing of the positioning occasion for the at least one cell relative to a timing of the latter of said two consecutive positioning occasions of the reference cell; and transmitting the assistance data to the user equipment . selectively delaying transmission of assistance data for an Observed Time Difference of Arrival, OTDOA, measurement to the user equipment as needed, based on defined uncertainty in one or more timing parameters, for the network node to identify with certainty between which two consecutive positioning occasions of a reference cell the user equipment will receive the assistance data, wherein the assistance data indicates a timing of a positioning occasion for at least one cell relative to a timing of the next positioning occasion of the reference cell; generating the assistance data to be transmitted to indicate the timing of the positioning occasion for the at least one cell relative to a timing of the latter of said two consecutive positioning occasions of the reference cell; and transmitting the assistance data to the user equipment .
A solid immersion lens unit comprising: a solid immersion lens having a contact surface allowed to be in contact with an inspection object (S) and a spherical surface allowed to be opposite to an objective lens ; a holder holding the solid immersion lens ; a magnet provided to the holder ; and a spherical body rotatably held by a magnetic force of the magnet at a position opposite to the spherical surface , wherein the holder swingably holds the solid immersion lens in a state where the spherical surface is in contact with the spherical body such that a movement of the solid immersion lens resulting in an inclination with respect to an optical axis (L) of the objective lens is permitted, and wherein the spherical body is configured to rotate while the spherical surface of the solid immersion lens is in point contact with the surface of the spherical body . a solid immersion lens having a contact surface allowed to be in contact with an inspection object (S) and a spherical surface allowed to be opposite to an objective lens ; a holder holding the solid immersion lens ; a magnet provided to the holder ; and a spherical body rotatably held by a magnetic force of the magnet at a position opposite to the spherical surface , wherein the holder swingably holds the solid immersion lens in a state where the spherical surface is in contact with the spherical body such that a movement of the solid immersion lens resulting in an inclination with respect to an optical axis (L) of the objective lens is permitted, and wherein the spherical body is configured to rotate while the spherical surface of the solid immersion lens is in point contact with the surface of the spherical body .
An apparatus for liquid metal distribution into a continuous casting mold cavity, said apparatus comprising: a continuous casting mold frame supporting a mold defining a continuous casting mold cavity; a liquid diffuser comprising a tip; at least one sensor comprising a thermocouple disposed proximate the tip of the diffuser and configured to provide feedback temperature from the tip; a controller; and an actuator configured to move at least one of the continuous casting mold frame and the liquid diffuser relative to one another, wherein the tip of the liquid diffuser is submerged in a pool of liquid metal in the continuous casting mold cavity, wherein the actuator is configured to move at least one of the continuous casting mold frame and the liquid diffuser relative to one another in response to a signal from the at least one sensor to maintain the tip of the liquid diffuser in a position corresponding to a predefined temperature range during a casting operation, wherein the relative movement between the continuous casting mold frame and the liquid diffuser is controlled by the controller and results in movement of the liquid diffuser within the pool of liquid metal . a continuous casting mold frame supporting a mold defining a continuous casting mold cavity; a liquid diffuser comprising a tip; at least one sensor comprising a thermocouple disposed proximate the tip of the diffuser and configured to provide feedback temperature from the tip; a controller; and an actuator configured to move at least one of the continuous casting mold frame and the liquid diffuser relative to one another, wherein the tip of the liquid diffuser is submerged in a pool of liquid metal in the continuous casting mold cavity, wherein the actuator is configured to move at least one of the continuous casting mold frame and the liquid diffuser relative to one another in response to a signal from the at least one sensor to maintain the tip of the liquid diffuser in a position corresponding to a predefined temperature range during a casting operation, wherein the relative movement between the continuous casting mold frame and the liquid diffuser is controlled by the controller and results in movement of the liquid diffuser within the pool of liquid metal .
Method of making a carbide-ceramic component part having a sandwich structure, in which method are formed, separately from each other, from a respective preform (26a; 26b) a first cover plate and a second cover plate as an open-porous C-body or an open-porous C/C-body, and a core structure body as an open-porous C-body or an open-porous C/C-body, the core structure body is positioned between the first cover plate and the second cover plate , and a combination of the first cover plate , the core structure body and the second cover plate is produced by use of joining paste, and then a carbide forming process is performed on said combination by infiltration thereof with Si, characterized in that a core structure in the component part and the core structure body comprise cavities or free spaces between core structure walls, and in that the core structure body is provided with joining paste , wherein the joining paste is applied to joining faces of the core structure body , and a contact area of the core structure body provided with joining paste is brought into contact with the corresponding cover plate (28a; 28b), wherein the corresponding cover plate (28a; 28b) is not coated with joining paste prior to the joining operation, and in that a pre-meniscus region of joining paste is generated at a connecting region between the core structure body and the respective cover plate (28a; 28b) after the joining paste has cured, wherein - the pre-meniscus region has a varying width, relative to a wall of the core structure body , - the width decreases away from the connected cover plate (28a; 28b), and wherein the width of the pre-meniscus region at the cover plate (28a; 28b) is greater than a width of the wall of the core structure body , and in that in the component part produced, a meniscus region of joining paste is generated between a core structure and a cover skin (12; 14), wherein - the meniscus region has a varying width, relative to a wall of the core structure , - the width decreases away from the connected cover plate (28a; 28b), and wherein the width of the meniscus region at the cover plate (28a; 28b) is greater than a width of the wall of the core structure . - the pre-meniscus region has a varying width, relative to a wall of the core structure body , - the width decreases away from the connected cover plate (28a; 28b), and wherein the width of the pre-meniscus region at the cover plate (28a; 28b) is greater than a width of the wall of the core structure body , - the meniscus region has a varying width, relative to a wall of the core structure , - the width decreases away from the connected cover plate (28a; 28b), and wherein
Nivolumab for use in a method of treating a relapsed or refractory Hodgkin lymphoma in a subject in need thereof, wherein the subject is administered a combination of: (a) a dosage of 3 mg/kg of nivolumab; and (b) a dosage of 1.8 mg/kg of brentuximab vedotin; wherein (i) the dosage of brentuximab vedotin is administered to the subject on day 1 of a first 21-day cycle; (ii) the dosage of nivolumab is administered to the subject on day 8 of the first 21-day cycle; and (iii) a combination of 1.8 mg/kg brentuximab vedotin and 3 mg/kg nivolumab is administered on day 1 of each of a second 21-day cycle, a third 21-day cycle, and a fourth 21-day cycle, wherein the second 21-day cycle, the third 21-day cycle, and the fourth 21-day cycle follow in succession after the first 21-day cycle. (a) a dosage of 3 mg/kg of nivolumab; and (b) a dosage of 1.8 mg/kg of brentuximab vedotin;
Suction appliance, comprising an appliance body (12; 312), a blower device for generating a suction flow, a battery device with at least one battery unit (122; 124) for providing electrical energy, and at least one receptacle (126, 128; 222, 224; 296, 298; 330) for a battery unit (122; 124), which is arranged on the appliance body (12; 312), wherein the at least one receptacle (126, 128; 222, 224; 296, 298; 330) comprises a chamber (380; 226), in that a movable closure (398; 230; 262; 282; 350) is arranged on the chamber (380; 226), wherein the closure (398; 230; 262; 282; 350) has a first position (408; 232; 358), in which the chamber (380; 226) is closed by the closure (398; 230; 262; 282; 350), and a second position when the battery unit (122; 124) is electrically-operatively positioned on the at least one receptacle (126, 128; 222, 224; 296, 298; 330), characterized in that the closure (398; 230; 262; 282; 350) is arranged and configured such that the closure (398; 230; 262; 282; 350) automatically goes from the second position into the first position (408; 232; 358) when the battery unit (122; 124) is removed from the at least one receptacle (126, 128; 222, 224; 296, 298; 330), and the closure (398; 230; 262; 282; 350) automatically goes from the first position (408; 232; 358) into the second position when the battery unit (122; 124) is inserted into the at least one receptacle (126, 128; 222, 224; 296, 298; 330).
A near-infrared-absorption white material comprising: a copper pyrophosphate compound which has a lightness of 90 or more in a visible-ray region and also has a crystalline structure, wherein the crystalline structure is made chemically stable by using heat treatment at a high temperature and the copper pyrophosphate compound has a particle size of 1 μm, and the copper pyrophosphate compound is represented by the following chemical formula: (chemical formula) Cu 2 P 2 O 7 or Cu 2 P 2 O 7 .xH 2 O (x = 1-3).
The nutrient media for cultivating bacteria including pancreatic digest of casein, pepsin digest of meat, pancreatic digest of a heart, yeast extract, starch and water, characterized in that it additionally contains violuric acid and beef infusion, with the following ratio of components (wt%) : - pancreatic digest of casein: 0,3-1,0; - pepsin digest of meat: 0.1-1.5; - pancreatic digest of a heart: 0,1-0,9; - yeast extract: 0.1-2.0; - starch: 0,3-0,8; - infusion of beef: 2.0 - 15; - violuric acid: 0.001 - 0.05; - water: the rest. - pancreatic digest of casein: 0,3-1,0; - pepsin digest of meat: 0.1-1.5; - pancreatic digest of a heart: 0,1-0,9; - yeast extract: 0.1-2.0; - starch: 0,3-0,8; - infusion of beef: 2.0 - 15; - violuric acid: 0.001 - 0.05; - water: the rest.
A process variable transmitter for use in an industrial process, comprising: a housing having a cavity formed therein, the housing including a barrier which divides the cavity into first and second cavities; measurement circuitry in the first cavity configured to measure a process variable of the industrial process; and a terminal block assembly in the second cavity , the terminal block assembly comprising electrical components and terminals , and configured to couple to a process control loop ; a moisture sensor being positioned in the second cavity configured to sense the presence of conductive moisture in the second cavity of the housing and having an electrical characteristic which varies based upon conductive moisture in the second cavity , the moisture sensor and the electrical components and terminals of the terminal block assembly being positioned such that conductive moisture in the second cavity reaches the moisture sensor before it contacts the electrical terminals of the terminal block assembly . a housing having a cavity formed therein, the housing including a barrier which divides the cavity into first and second cavities; measurement circuitry in the first cavity configured to measure a process variable of the industrial process; and a terminal block assembly in the second cavity , the terminal block assembly comprising electrical components and terminals , and configured to couple to a process control loop ; a moisture sensor being positioned in the second cavity configured to sense the presence of conductive moisture in the second cavity of the housing and having an electrical characteristic which varies based upon conductive moisture in the second cavity , the moisture sensor and the electrical components and terminals of the terminal block assembly being positioned such that conductive moisture in the second cavity reaches the moisture sensor before it contacts the electrical terminals of the terminal block assembly .
A display apparatus comprising: a display configured to be rotatable; a plurality of cameras (120-1, ..., 120-n) including a first camera (120-1) and a second camera (120-2), the second camera (120-2) having an angle of view that is greater than an angle of view of the first camera (120-1); a motor for rotating the display ; and a processor configured to: based on the display being oriented in a portrait orientation, control the first camera (120-1) of the plurality of cameras (120-1, ..., 120-n) to perform photographing of a first image and identify an object included in the first image, based on a user command being received while the first camera (120-1) is performing photographing of the first image, control the motor to rotate the display to be oriented in a landscape orientation, and control the first camera (120-1) to perform photographing of a second image, and based on identifying that the object is not in the second image, control the first camera (120-1) to stop photographing, and control the second camera (120-2) of the plurality of cameras (120-1, ..., (120-n) to perform photographing of a third image. a display configured to be rotatable; a plurality of cameras (120-1, ..., 120-n) including a first camera (120-1) and a second camera (120-2), the second camera (120-2) having an angle of view that is greater than an angle of view of the first camera (120-1); a motor for rotating the display ; and a processor configured to: based on the display being oriented in a portrait orientation, control the first camera (120-1) of the plurality of cameras (120-1, ..., 120-n) to perform photographing of a first image and identify an object included in the first image, based on a user command being received while the first camera (120-1) is performing photographing of the first image, control the motor to rotate the display to be oriented in a landscape orientation, and control the first camera (120-1) to perform photographing of a second image, and based on identifying that the object is not in the second image, control the first camera (120-1) to stop photographing, and control the second camera (120-2) of the plurality of cameras (120-1, ..., (120-n) to perform photographing of a third image. based on the display being oriented in a portrait orientation, control the first camera (120-1) of the plurality of cameras (120-1, ..., 120-n) to perform photographing of a first image and identify an object included in the first image, based on a user command being received while the first camera (120-1) is performing photographing of the first image, control the motor to rotate the display to be oriented in a landscape orientation, and control the first camera (120-1) to perform photographing of a second image, and based on identifying that the object is not in the second image, control the first camera (120-1) to stop photographing, and control the second camera (120-2) of the plurality of cameras (120-1, ..., (120-n) to perform photographing of a third image.
A method for managing wireless resources by a first communication entity in a wireless communication system, the method comprising: receiving information as to whether User Equipment, UE , devices participate in coordination between radio access points; calculating , based on the received information, ratio information for generating coordinated multi-point transmission and reception, CoMP, information, the ratio information including at least one of: the ratio of the number of User Equipment, UE, devices that participate in coordination between radio access points to the total number of UE devices, and the ratio of the number of UE devices that do not participate in coordination between radio access points to the total number of UE devices; transmitting , to a second communication entity , the ratio information; receiving , from the second communication entity, a first load information message including first CoMP information; receiving, from the second communication entity, a second load information message including second CoMP information; determining the first CoMP information as valid until an update from the first CoMP information to the second CoMP information is considered valid; and applying the first CoMP information to manage the wireless resources until the update from the first CoMP information to the second CoMP information is considered valid. receiving information as to whether User Equipment, UE , devices participate in coordination between radio access points; calculating , based on the received information, ratio information for generating coordinated multi-point transmission and reception, CoMP, information, the ratio information including at least one of: the ratio of the number of User Equipment, UE, devices that participate in coordination between radio access points to the total number of UE devices, and the ratio of the number of UE devices that do not participate in coordination between radio access points to the total number of UE devices; transmitting , to a second communication entity , the ratio information; receiving , from the second communication entity, a first load information message including first CoMP information; receiving, from the second communication entity, a second load information message including second CoMP information; determining the first CoMP information as valid until an update from the first CoMP information to the second CoMP information is considered valid; and applying the first CoMP information to manage the wireless resources until the update from the first CoMP information to the second CoMP information is considered valid.
A cooling device comprising at least one body wherein the items to be cooled are placed; at least one door which provides access into the body ; at least one main pin seating on at least one hinge which are fixed to the door , wherein the door is connected to the hinge via the main pin , which enable the door to be attached to the body and whereon the door is mounted so as to rotate therearound; at least one adjustment mechanism with one end being accessible from the outside, which serves as a lever when a force is exerted from the outside in a manner to move upwards/downwards in the vertical axis, thus enabling the main pin and the hinge to stop at the desired position and if required, enabling the position of the door on the body to be changed by being actuated characterized by a hook-shaped arm which is provided on the adjustment mechanism and which has an actuation member at the end thereof open to the outer environment, said actuation member being being a screw or a bolt which can be screwed/unscrewed by a tool, and a pressure member at the other end thereof which has the hinge seated on it and which moves upwards/downwards in the vertical axis with the movement of the actuation member when a force is exerted on the actuation member ; a bearing hole which is arranged on the hook-shaped arm between the actuation member and the pressure member ; and a first pin which is fitted into the bearing hole so as to enable the arm to move by rotating around an horizontal axis.