mhurhangee/ep-ind-claims huggingface dataset:
An assembly for a structure subject to an environmental load which causes stress in said assembly, said assembly comprising: i) a support; ii) a panel having an exterior surface and an interior surface spaced from said exterior surface with a surrounding edge between said exterior and interior surfaces (36, 38), wherein said interior surface of said panel faces and is coupled to said support, with a cavity defined between said interior surface of said panel and said support; and iii) a structural adhesive disposed in said cavity for coupling said panel to said support, said structural adhesive having a first coupling surface facing said support, a second coupling surface spaced from said first coupling surface and facing said interior surface of said panel, an outer peripheral surface between said first and second coupling surfaces (52, 54) and disposed adjacent said surrounding edge of said panel, and an inner peripheral surface between said first and second coupling surfaces (52, 54) and spaced from said outer peripheral surface inwardly along said panel relative to said outer peripheral surface, wherein said first and second coupling surfaces (52, 54) and said outer and inner peripheral surfaces (56, 58) define a substantially right-trapezoidal cross-section, and wherein said outer peripheral surface has a thickness extending away from said interior surface of said panel toward said support, and said inner peripheral surface has a thickness also extending away from the interior surface of said panel toward said support, characterised in that T2 of said inner peripheral surface being greater than T1 of said outer peripheral surface such that said first coupling surface is sloped relative to said second coupling surface, thereby reducing stress in said assembly due to the environmental load subjected on the structure. i) a support; ii) a panel having an exterior surface and an interior surface spaced from said exterior surface with a surrounding edge between said exterior and interior surfaces (36, 38), wherein said interior surface of said panel faces and is coupled to said support, with a cavity defined between said interior surface of said panel and said support; and iii) a structural adhesive disposed in said cavity for coupling said panel to said support, said structural adhesive having
A device for securing a heat exchanger, to a face of a second panel, in particular such as a photovoltaic panel, including on the one hand a member provided with resilient return means movable between a passive position and an active position corresponding to the usage position of the securing device, and, on the other hand, means for assembling said member to the heat exchanger or to said second panel, said assembly means being able to place the resilient return means in their active position in which, in its usage position, said securing device exerts, on the heat exchanger placed against the face of the second panel, a force oriented toward said second panel, characterized in that said member is defined by a flat profiled segment having an upper face and a lower face, while said assembly means include a frame having an L -shaped section, arranged to border said face of said second panel and to form a rim capable of extending toward the inside of said face at a height h greater than the thickness e of the first panel, and in that the flat profiled segment has a length L chosen such that, in the usage position of said securing device, said flat profile extends over the assembly formed by the first panel and the second panel and its ends (50, 51) are inserted below the rim of said frame secured to said face, and bear against said rim.
A burner for a reheating furnace for steel products, such as billets, blooms or slabs, or for a heat treatment furnace that is fitted with a fuel injection device and an oxidant supply body supplying oxidant supply ports and, the burner having an axial direction: - the oxidant supply body has two sets of four oxidant supply ports (8, 8') and (9, 9'), each set having two ports (8, 9) located above a horizontal plane passing through the axial direction of the burner and two ports (8', 9') located beneath said plane, the ports (8, 8') in a second set being further away from said horizontal plane than the ports (9, 9') in the first set, the geometric axes of the supply ducts of the ports of the two sets having angles of inclination (a, b) in relation to said axial direction of the burner, - the axes of the oxidant supply ports fall within the horizontal planes, and are inclined in relation to the perpendicular to the output plane by an angle (a) for the ports (8, 8') of the second set and by an angle (b) for the ports (9, 9') of the first set, the axes of the oxidant supply ports being divergent, characterized in that - the injection device is designed to ensure central injection of the fuel through a port parallel to the axial direction of the burner, - the angle (a) of the geometric axes of the pairs of ports (8, 8') of the second set is between 5° and 18°, and the axes are divergent, - the angle (b) of the geometric axes of the pairs of ports (9, 9') of the first set is between 10° and 20°. - the oxidant supply body has two sets of four oxidant supply ports (8, 8') and (9, 9'), each set having two ports (8, 9) located above a horizontal plane passing through the axial direction of the burner and two ports (8', 9') located beneath said plane, the ports (8, 8') in a second set being further away from said horizontal plane than the ports (9, 9') in the first set, the geometric axes of the supply ducts of the ports of the two sets having angles of inclination (a, b) in relation to said axial direction of the burner, - the axes of the oxidant supply ports fall within the horizontal planes, and are inclined in relation to the perpendicular to the output plane by an angle (a) for the ports (8, 8') of the second set and by an angle (b) for the ports (9, 9') of the first set, the axes of the oxidant supply ports being divergent, characterized in that - the injection device is designed to ensure central injection of the fuel through a port parallel to the axial direction of the burner, - the angle (a) of the geometric axes of the pairs of ports (8, 8') of the second set is between 5° and 18°, and the axes are divergent, - the angle (b) of the geometric axes of the pairs of ports (9, 9') of the first set is between 10° and 20°.
A compound of formula II: or a pharmaceutically acceptable salt or solvate thereof, wherein: X 2 is selected from hydrogen, I, F, CF 3, CHF 2, CH 2 F, OCF 3, OCHF 2, and OCH 2 F; and X 3 is CF 3. X 2 is selected from hydrogen, I, F, CF 3, CHF 2, CH 2 F, OCF 3, OCHF 2, and OCH 2 F; and X 3 is CF 3.
A sampling method for sampling microorganisms contained in biological matter, the sampling method employing a sampling device comprising: - a container comprising a body which comprises an internal space configured to receive the biological matter, and a neck which delimits an access opening to the internal space of the body, the body of the container being constituted by a flexible bag, - a cover configured to be removably and sealingly mounted on the neck of the container so as to obturate the access opening of the neck and close the internal space of the body, wherein at least one of the container and the cover is provided with at least one transfer member (25, 40, 45, 48) internally comprising a passage between the internal space and an external environment, the transfer member (25, 40, 45, 48) having an open state in which said transfer member (25, 40, 45, 48) establishes communication with the internal space through the passage, and a closed state in which said transfer member (25, 40, 45, 48) prevents all communication with the internal space through the passage, said at least one transfer member (25, 40, 45, 48) comprising an evacuation member configured for evacuating, in the open state, at least part of the gases contained in the internal space of the body of the container, the sampling method comprising the steps consisting of: - collecting the biological matter in the internal space of the body of the container, and closing the internal space by mounting the cover on the neck of the container, - putting the internal space of the body of the container under anaerobiosis by putting the evacuation member in the open state, by compressing the body of the container so as to evacuate at least part of the gases contained in the internal space of the body of the container by putting the evacuation member in the closed state. - a container comprising a body which comprises an internal space configured to receive the biological matter, and a neck which delimits an access opening to the internal space of the body, the body of the container being constituted by a flexible bag, - a cover configured to be removably and sealingly mounted on the neck of the container so as to obturate the access opening of the neck and close the internal space of the body, - collecting the biological matter in the internal space of the body of the container, and closing the internal space by mounting the cover on the neck of the container, - putting the internal space of the body of the container under anaerobiosis by putting the evacuation member in the open state, by compressing the body of the container so as to evacuate at least part of the gases contained in the internal space of the body of the container by putting the evacuation member in the closed state.
A storage tray that comprises and stores a flexible tube to be attached to a medical apparatus, the flexible tube allowing fluid to flow therethrough, the storage tray comprising: a tray body that is securable to a predetermined portion of the medical apparatus and in which the flexible tube is stored; characterized in that the storage tray further comprises a receiving portion that is integrally formed together with the tray body and is configured to receive a priming solution and to store a predetermined volume of priming solution, the priming solution being used for flushing the flexible tube attached to the medical apparatus. a tray body that is securable to a predetermined portion of the medical apparatus and in which the flexible tube is stored; characterized in that the storage tray further comprises a receiving portion that is integrally formed together with the tray body and is configured to receive a priming solution and to store a predetermined volume of priming solution, the priming solution being used for flushing the flexible tube attached to the medical apparatus.
A stable non-settling slurry of potassium formate (KFo) brine and manganomanganic oxide particles having a particle size below 10 μm and/or ilmenite particles having an average particle size below 15 μm, characterized in that the slurry contains 0.05 to 0.5 wt% of a salt tolerant dispersant based on the weight of dry manganomanganic oxide particles and/or the ilmenite particles, the dispersant being co- or tri-polymers of acrylic acid and sulfonated monomers in acidic form or in salt form, said dispersant having an average molecular weight of less than 20000 g/mol.
Printing press with a sheet inspection system and a device for pneumatically guiding a sheet on a cylinder, which transports the sheet during inspection in the printing press, characterized in that side walls (17, 18) of a housing of the device, which has an overpressure chamber, overlap side faces (19, 20) of the cylinder which transports the sheet during the inspection.
System (1, 15, 24) for the transport and storage of drugs in predetermined temperature ranges provided with - at least one container with an interior space in a lower part surrounded by walls and with a lid, the structure of the walls of the lower part and of the lid in each case resulting in at least one hollow body filled with at least one material or fluid with a high heat storage capacity, and the walls result in a trough-shaped lower part, and the walls result in the trough-shaped lower part with respectively greater length and width facing an open side with cover than on a closed bottom facing away from the cover, characterized in that the thicknesses of the walls vary between 5 to 30 mm and the greater lengths and widths facing the open top side with the cover than on the closed bottom on the side facing away from the cover result in conicities between 8° and 16°, said conicity being conditioned by the respective thicknesses of the walls, to provide for nesting abilities of the piled container. - at least one container with an interior space in a lower part surrounded by walls and with a lid, the structure of the walls of the lower part and of the lid in each case resulting in at least one hollow body filled with at least one material or fluid with a high heat storage capacity, and the walls result in a trough-shaped lower part, and the walls result in the trough-shaped lower part with respectively greater length and width facing an open side with cover than on a closed bottom facing away from the cover,
A method for establishing an immersive social centre, ISC, session by an ISC server, wherein said method comprises: receiving a first session initiation protocol, SIP, invite request including at least one first parameter from an originating ISC client by a media function in said ISC server for initiating said ISC session for a content viewing, wherein said at least one first parameter comprises a header field identifier and at least one element in a multipurpose internet mail extensions, MIME, body; establishing said ISC session for said content viewing by said media function in response to said first SIP invite request; receiving a second SIP invite request comprising at least one second parameter from said originating ISC client by a communication function in said ISC server to initiate said ISC session for a communication, wherein said at least one second parameter comprises said header field and said at least one element in said MIME body; and establishing said ISC session for said communication by said communication function in response to said second SIP invite request, wherein said header field in said first SIP invite request comprises an ISC convergence ID indicating a globally unique identifier for SIP messages associated request and response for said ISC session for at least one of said content viewing and said communication. receiving a first session initiation protocol, SIP, invite request including at least one first parameter from an originating ISC client by a media function in said ISC server for initiating said ISC session for a content viewing, wherein said at least one first parameter comprises a header field identifier and at least one element in a multipurpose internet mail extensions, MIME, body; establishing said ISC session for said content viewing by said media function in response to said first SIP invite request; receiving a second SIP invite request comprising at least one second parameter from said originating ISC client by a communication function in said ISC server to initiate said ISC session for a communication, wherein said at least one second parameter comprises said header field and said at least one element in said MIME body; and establishing said ISC session for said communication by said communication function in response to said second SIP invite request, wherein said header field in said first SIP invite request comprises an ISC convergence ID indicating a globally unique identifier for SIP messages associated request and response for said ISC session for at least one of said content viewing and said communication.
A MEMS ultrasound fingerprint identification, ID, system configured to detect both epidermis and dermis fingerprint patterns in three dimensions comprising: a) a micromachined ultrasonic transducer, MUT, transmitter-receiver array configured to apply an acoustic beam to a finger; b) a wave conducting material; c) a voltage driver configured to apply a voltage to the array d) circuitry connected to the array; e) a data processing unit, characterized in that wherein the system is configured to drive MUT's in the MUT transmitter-receiver array in groups and scan the acoustic beam by switching excitation from group to group in sequence, and wherein a focus diameter of the acoustic beam is determined by a pitch between the MUTs in the group and a frequency of the MUTs in the group and wherein the system generates a three-dimensional fingerprint image based on signals received by the MUT transmitter-receiver array corresponding to both epidermis and dermis fingerprint patterns. a) a micromachined ultrasonic transducer, MUT, transmitter-receiver array configured to apply an acoustic beam to a finger; b) a wave conducting material; c) a voltage driver configured to apply a voltage to the array d) circuitry connected to the array; e) a data processing unit, wherein the system is configured to drive MUT's in the MUT transmitter-receiver array in groups and scan the acoustic beam by switching excitation from group to group in sequence, and wherein a focus diameter of the acoustic beam is determined by a pitch between the MUTs in the group and a frequency of the MUTs in the group and wherein the system generates a three-dimensional fingerprint image based on signals received by the MUT transmitter-receiver array corresponding to both epidermis and dermis fingerprint patterns.
An engineered T-cell expressing a Chimeric Antigen Receptor directed against at least one antigen expressed at the surface of a malignant or infected cell, said T-cell being characterized in that i) expression of B2M is inhibited in said T-cell due to a selective inactivation by DNA cleavage of the gene encoding B2M by a TAL-nuclease through the expression in the T-cell of said TALE nuclease and ii) at least one gene encoding a component of the TCR receptor is inactivated.
Method for determining handover criterion in a cellular wireless communication system, said cellular wireless communication system employing handover procedures according to which mobile stations may be handed over from a cell to another cell; said method being characterised by: - receiving at least one handover control criterion parameter, and - determining at least one handover criterion based on said at least one handover control criterion parameter; wherein said at least one handover criterion is a handover trigger value, wherein the handover trigger value is a cell specific offset that corresponds to the threshold at which a cell initialises the handover preparation procedure; wherein said at least one handover control criterion parameter defines an allowed interval for said handover trigger value; wherein said at least one handover control criterion parameter comprises at least one threshold value used to define said allowed interval; wherein said at least one threshold value is maximum rate of change for a handover trigger, wherein the maximum rate of change for a handover trigger is a parameter that limits the rate of change and can therefore be used to either increase the stability of a handover algorithm or reduce the time it takes for the system to find its optimum value. - receiving at least one handover control criterion parameter, and - determining at least one handover criterion based on said at least one handover control criterion parameter; wherein said at least one handover criterion is a handover trigger value, wherein the handover trigger value is a cell specific offset that corresponds to the threshold at which a cell initialises the handover preparation procedure; wherein said at least one handover control criterion parameter defines an allowed interval for said handover trigger value; wherein said at least one handover control criterion parameter comprises at least one threshold value used to define said allowed interval; wherein said at least one threshold value is maximum rate of change for a handover trigger, wherein the maximum rate of change for a handover trigger is a parameter that limits the rate of change and can therefore be used to either increase the stability of a handover algorithm or reduce the time it takes for the system to find its optimum value. wherein said at least one handover criterion is a handover trigger value, wherein the handover trigger value is a cell specific offset that corresponds to the threshold at which a cell initialises the handover preparation procedure; wherein said at least one handover control criterion parameter defines an allowed interval for said handover trigger value; wherein said at least one handover control criterion parameter comprises at least one threshold value used to define said allowed interval; wherein said at least one threshold value is maximum rate of change for a handover trigger, wherein the maximum rate of change for a handover trigger is a parameter that limits the rate of change and can therefore be used to either increase the stability of a handover algorithm or reduce the time it takes for the system to find its optimum value.
Electric axle drive for a motor vehicle, having an electric machine for driving at least one drive shaft of the axle of the motor vehicle, as well as a spur gear unit, wherein the electric axle drive has two gears and by means of the electric machine drives a component of a planetary gear by way of at least one spur gear unit, wherein the one planetary gear is able to be shifted between two gears which are implemented by a combination of a brake and a clutch being radially offset to the one planetary gear, wherein the brake and the clutch are mutually disposed without any axial offset and the spur gear unit drives a ring gear of the one planetary gear, and the sun gear of the planetary gear in the first gear is connected to the housing by way of the brake.
A method for controlling a communication device, the method comprising the steps of: displaying a first screen including information of a counterpart communication device, and a number of occurred calls with the counterpart communication device and call types the number of the occurred calls being increased each time a call occurs with the counterpart communication device until a call with another counterpart communication device is detected; based on receiving a user input for selecting a call type, displaying a second screen, wherein the second screen includes the information of the counterpart communication device, a total number of occurred calls with the counterpart communication device for the selected call type, and information indicating the selected call type. displaying a first screen including information of a counterpart communication device, and a number of occurred calls with the counterpart communication device and call types the number of the occurred calls being increased each time a call occurs with the counterpart communication device until a call with another counterpart communication device is detected; based on receiving a user input for selecting a call type, displaying a second screen, wherein the second screen includes the information of the counterpart communication device, a total number of occurred calls with the counterpart communication device for the selected call type, and information indicating the selected call type.