mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing an insulating glass including glass sheets arranged to face each other with a spacer interposed between the glass sheets to form an air space layer between the glass sheets, the method comprising: a step of applying an adhesive agent to at least one glass sheet of the glass sheets; and a step of adhering the spacer at a temperature of 50 degrees Celsius or more and 160 degrees Celsius or less to the at least one glass sheet, wherein the spacer is formed of a thermoplastic resin material including butyl type rubber, the butyl type rubber includes a high molecular weight butyl type rubber and a low molecular weight butyl type rubber, the high molecular weight butyl type rubber has a number average molecular weight of 55000 or more and 150000 or less, and the low molecular weight butyl type rubber has a number average molecular weight of 35000 or more and 50000 or less. a step of applying an adhesive agent to at least one glass sheet of the glass sheets; and a step of adhering the spacer at a temperature of 50 degrees Celsius or more and 160 degrees Celsius or less to the at least one glass sheet, wherein the spacer is formed of a thermoplastic resin material including butyl type rubber, the butyl type rubber includes a high molecular weight butyl type rubber and a low molecular weight butyl type rubber, the high molecular weight butyl type rubber has a number average molecular weight of 55000 or more and 150000 or less, and the low molecular weight butyl type rubber has a number average molecular weight of 35000 or more and 50000 or less.
A method of adapting content-stream bandwidth, comprising: generating a content stream for transmission over an unmanaged network with varying capacity; sending the content stream, via the unmanaged network, toward a client device; monitoring the capacity of the unmanaged network; determining whether an aggregate bandwidth of an upcoming portion of the content stream fits the capacity, wherein the upcoming portion of the content stream corresponds to a respective frame time and includes video content and graphical user-interface data; and in response to a determination that the aggregate bandwidth of the upcoming portion of the content stream does not fit the capacity: when the graphical user-interface data is not the result of a user interaction: prioritizing a frame rate of the video content over latency for the graphical user-interface data; and in accordance with a determination that the aggregate bandwidth of the upcoming portion of the content stream does not fit the capacity: sending ahead one or more frames of the video content in the upcoming portion, and delaying the graphical user-interface data in the upcoming portion. generating a content stream for transmission over an unmanaged network with varying capacity; sending the content stream, via the unmanaged network, toward a client device; monitoring the capacity of the unmanaged network; determining whether an aggregate bandwidth of an upcoming portion of the content stream fits the capacity, wherein the upcoming portion of the content stream corresponds to a respective frame time and includes video content and graphical user-interface data; and in response to a determination that the aggregate bandwidth of the upcoming portion of the content stream does not fit the capacity: when the graphical user-interface data is not the result of a user interaction: prioritizing a frame rate of the video content over latency for the graphical user-interface data; and in accordance with a determination that the aggregate bandwidth of the upcoming portion of the content stream does not fit the capacity: sending ahead one or more frames of the video content in the upcoming portion, and delaying the graphical user-interface data in the upcoming portion. prioritizing a frame rate of the video content over latency for the graphical user-interface data; and in accordance with a determination that the aggregate bandwidth of the upcoming portion of the content stream does not fit the capacity: sending ahead one or more frames of the video content in the upcoming portion, and delaying the graphical user-interface data in the upcoming portion. sending ahead one or more frames of the video content in the upcoming portion, and delaying the graphical user-interface data in the upcoming portion.
A connection panoply for a thermal building regulation hydraulic device, the panoply including: - a circuit support arranged to accommodate several hydraulic pipes, said support being made up of at least partly a polymer material, - a metal plate able to be fixed to the support and including at least three fixing arms configured to allow fixing of the support to the thermal building regulation hydraulic device, - several hydraulic pipes; said circuit support is further arranged to accommodate the hydraulic pipes on the side of a first face of the circuit support; and at least part of the metal plate is positioned in contact with a second face of the circuit support opposite the first face. - a circuit support arranged to accommodate several hydraulic pipes, said support being made up of at least partly a polymer material, - a metal plate able to be fixed to the support and including at least three fixing arms configured to allow fixing of the support to the thermal building regulation hydraulic device, - several hydraulic pipes; said circuit support is further arranged to accommodate the hydraulic pipes on the side of a first face of the circuit support; and at least part of the metal plate is positioned in contact with a second face of the circuit support opposite the first face.
A bin assembly for a refrigeration appliance comprising: a substrate defining a compartment including a central portion, a first lateral portion, a second lateral portion and a cavity (78, 82) formed within each lateral portion (76, 80) and external to the compartment, each cavity having a perimeter wall with an exterior wall; wherein each cavity (78, 82) houses a locking member, said locking member having a flange extending therefrom, wherein the locking member is disposed within an opening defined by the exterior wall of each cavity (78, 82) and is rotatable in a first direction from a first, mounting position to a second, assembly position, wherein the flange is positioned within the cavity (78, 82) when the locking member is in the second position, and wherein the locking member is engaged with the substrate in the second position; a cover configured to be coupled with the locking member on an opposing side of the substrate from the flange in said second, assembly position; and a rotatable member including a wheel and an axle, operably coupled with an aperture defined by the cover, the locking member, and the exterior wall of the cavity (78, 82), wherein the locking member and the cover are configured to form a shape coupling in said second, assembly position, thereby inhibiting rotation of the locking member relative to the opening and wherein the cover is also configured to couple with the substrate to inhibit rotation of the locking member relative to the opening, thereby securing the locking member in the second position. a substrate defining a compartment including a central portion, a first lateral portion, a second lateral portion and a cavity (78, 82) formed within each lateral portion (76, 80) and external to the compartment, each cavity having a perimeter wall with an exterior wall; wherein each cavity (78, 82) houses a locking member, said locking member having a flange extending therefrom, wherein the locking member is disposed within an opening defined by the exterior wall of each cavity (78, 82) and is rotatable in a first direction from a first, mounting position to a second, assembly position, wherein the flange is positioned within the cavity (78, 82) when the locking member is in the second position, and wherein the locking member is engaged with the substrate in the second position; a cover configured to be coupled with the locking member on an opposing side of the substrate from the flange in said second, assembly position; and a rotatable member including a wheel and an axle, operably coupled with an aperture defined by the cover, the locking member, and the exterior wall of the cavity (78, 82), wherein the locking member and the cover are configured to form a shape coupling in said second, assembly position, thereby inhibiting rotation of the locking member relative to the opening and wherein the cover is also configured to couple with the substrate to inhibit rotation of the locking member relative to the opening, thereby securing the locking member in the second position.
A method for protecting a multimedia content distributed by a content service to a user device, the multimedia content being related to a live event, wherein the method comprises, during said live event: a) automatically identifying a significant segment of said live event on the basis of an outcome of a processing of descriptive data related to said live event, said significant segment being associated with a salient action or moment or with a salient concatenation of actions or moments occurring during the live event, wherein said automatically identifying comprises identifying, with a given amount of delay with respect to a real time of the live event, a time at which the significant segment starts and a time at which the significant segment ends; b) generating a trigger signal associated with said significant segment; c) at said user device, on the basis of said trigger signal, generating a marking comprising information identifying said user device; and d) at said user device, applying said marking to a selected portion of the multimedia content, said selected portion corresponding to said significant segment of the live event. a) automatically identifying a significant segment of said live event on the basis of an outcome of a processing of descriptive data related to said live event, said significant segment being associated with a salient action or moment or with a salient concatenation of actions or moments occurring during the live event, wherein said automatically identifying comprises identifying, with a given amount of delay with respect to a real time of the live event, a time at which the significant segment starts and a time at which the significant segment ends; b) generating a trigger signal associated with said significant segment; c) at said user device, on the basis of said trigger signal, generating a marking comprising information identifying said user device; and d) at said user device, applying said marking to a selected portion of the multimedia content, said selected portion corresponding to said significant segment of the live event.
A self-contained protection device (1, 1a-1b) for temporarily blocking a passage such as a corridor, a door, or a window, characterized in that it comprises at least one longitudinally-extendable bar (2, 2a-2b), preferably a telescopic bar, adapted to be actuated in extension by an hydraulic, electric or pneumatic actuator, said bar being adapted to be removably locked when extended between two wall surfaces (10a, 10b) defining said passage referred to as locking surfaces, said extendable bar supporting a locking member or preferably a plurality of locking members to form a protection screen (5, 5a, 5b) blocking said passage, in which said blocking member(s) is or are preferably removably fixed.
A method implemented on a computing device for identifying the device and/or a user to an application on the device, the application having a manifest comprising a publisher identifier, the method comprising: receiving, from the application, a function call for a public identifier of the device and/or a user; responding to the function call by requesting the publisher ID from a first memory location within the device, the publisher ID being an identifier of a publisher that controls and directs publication of the application, the publisher ID having been issued by an authority to one of a plurality of publishers, each publisher having a different identifier; responding to the function call by requesting private data, identifying the device and/or user, from a second memory location within the device; performing a hash operation on the publisher ID and the private data to create the public identifier such that the public identifier is unique to the application's publisher; and returning the public identifier to the application. receiving, from the application, a function call for a public identifier of the device and/or a user; responding to the function call by requesting the publisher ID from a first memory location within the device, the publisher ID being an identifier of a publisher that controls and directs publication of the application, the publisher ID having been issued by an authority to one of a plurality of publishers, each publisher having a different identifier; responding to the function call by requesting private data, identifying the device and/or user, from a second memory location within the device; performing a hash operation on the publisher ID and the private data to create the public identifier such that the public identifier is unique to the application's publisher; and returning the public identifier to the application.
A first antibody or antibody fragment that binds immunologically to ELTD1, Plexin-B2, Spondin-1 or SLIT3 for use in a method of treating glioma in a subject, the method comprising administering to said subject said first antibody or antibody fragment.
A manually-actuated reduced pressure pump comprising: a first barrel having a substantially cylindrical wall and a closed end; a piston (164, 184, 231) movably disposed within the first barrel, a charging chamber (154, 182, 355, 535) being defined between the closed end of the first barrel and the piston (164, 18, 4, 231); a piston spring (188, 243) operably associated with the piston to bias the piston (164, 184, 231) in a direction that allows an increase in a volume of the charging chamber (154, 182, 355,535); a seal (190, 235) disposed within the first barrel, a regulated chamber (158, 359)being defined between the seal and the piston; a regulator passage providing fluid communication between the charging chamber (154, 182, 355, 535) and the regulated chamber (158, 359); a second barrel operably associated with the piston (164, 184, 231) to move the piston toward a compressed position when the reduced pressure pump is being manually actuated by a user; and a valve body operably associated with the regulator passage to selectively allow or prevent fluid communication between the charging chamber (154, 182, 355, 535) and the regulated chamber (158, 359). a first barrel having a substantially cylindrical wall and a closed end; a piston (164, 184, 231) movably disposed within the first barrel, a charging chamber (154, 182, 355, 535) being defined between the closed end of the first barrel and the piston (164, 18, 4, 231); a piston spring (188, 243) operably associated with the piston to bias the piston (164, 184, 231) in a direction that allows an increase in a volume of the charging chamber (154, 182, 355,535); a seal (190, 235) disposed within the first barrel, a regulated chamber (158, 359)being defined between the seal and the piston; a regulator passage providing fluid communication between the charging chamber (154, 182, 355, 535) and the regulated chamber (158, 359); a second barrel operably associated with the piston (164, 184, 231) to move the piston toward a compressed position when the reduced pressure pump is being manually actuated by a user; and a valve body operably associated with the regulator passage to selectively allow or prevent fluid communication between the charging chamber (154, 182, 355, 535) and the regulated chamber (158, 359).
A method for executing an application comprising card application toolkit commands on a mobile communication card which is adapted to conduct a data communication with a mobile communication terminal via a high-speed protocol, wherein the mobile communication card has a TCP/IP and/or UDP/IP communication device of its own, characterized in that on the mobile communication card a CAT emulator is implemented in order to be able to execute the application comprising CAT commands on the mobile communication card, wherein, when the application is executed, the CAT commands are converted by the CAT emulator of the mobile communication card to data structures corresponding to the high-speed protocol, which are transmitted to the mobile communication terminal by the TCP/IP and/or UDP/IP communication device.
A method performed by an MRM planning system for supporting planning of a minimal risk maneuver, MRM, of an Automated Driving System, ADS, of a vehicle, said method comprising: determining while a dynamic driving task, DDT, of said vehicle is performed by an autonomous driving mode of said ADS, a remaining distance to an upcoming operational design domain, ODD, exit at which an ODD defined for said autonomous driving mode is planned to end; assessing, when said remaining distance is shorter than a predeterminable distance, data associated with a stretch of road leading up to said ODD exit, said data being indicative of potential temporary and/or emergency stopping areas, shoulder lanes and/or margin space alongside a lane or lanes of said stretch of road, and/or potential occupancy and/or obstruction thereof; characterised by identifying based on the assessment of said data, a favourable region along said stretch of road for potentially bringing said vehicle to a stop deemed safe subsequent a potential MRM being triggered; and determining a timing at which to initiate an autonomous driving mode DDT termination procedure, for instance at which to provide a handover request prompting an occupant of said vehicle to take over the DDT, said timing being calculated to occur a predeterminable time duration and/or distance before the vehicle reaching said identified favourable region. determining while a dynamic driving task, DDT, of said vehicle is performed by an autonomous driving mode of said ADS, a remaining distance to an upcoming operational design domain, ODD, exit at which an ODD defined for said autonomous driving mode is planned to end; assessing, when said remaining distance is shorter than a predeterminable distance, data associated with a stretch of road leading up to said ODD exit, said data being indicative of potential temporary and/or emergency stopping areas, shoulder lanes and/or margin space alongside a lane or lanes of said stretch of road, and/or potential occupancy and/or obstruction thereof; characterised by identifying based on the assessment of said data, a favourable region along said stretch of road for potentially bringing said vehicle to a stop deemed safe subsequent a potential MRM being triggered; and determining a timing at which to initiate an autonomous driving mode DDT termination procedure, for instance at which to provide a handover request prompting an occupant of said vehicle to take over the DDT, said timing being calculated to occur a predeterminable time duration and/or distance before the vehicle reaching said identified favourable region.
Glass molding system for producing two or more glass products from a glass blank, comprising - a transport unit for transporting the glass blank, which has a grid structure with two or more process recesses, the grid structure being arranged and configured to hold the glass blank vertically above the process recesses, - a forming device having two or more forming units, each of which has an upper forming element and a lower forming element, each of which forms a cavity for forming the glass blank, - wherein the transport unit can be arranged on the forming device in such a way that the forming units can each be moved through one of the process recesses in order to press a glass blank held by the grid structure in the cavities. - a transport unit for transporting the glass blank, which has a grid structure with two or more process recesses, the grid structure being arranged and configured to hold the glass blank vertically above the process recesses, - a forming device having two or more forming units, each of which has an upper forming element and a lower forming element, each of which forms a cavity for forming the glass blank, - wherein the transport unit can be arranged on the forming device in such a way that the forming units can each be moved through one of the process recesses in order to press a glass blank held by the grid structure in the cavities.
An air terminal device for a ventilation system of a building, said air terminal device comprising. a pressure box, provided with at least one inlet for admitting supply air into the pressure box and a plurality of outlet openings for admitting supply air out of the pressure box, said air terminal device further comprises a first cover plate and a second cover plate whereof each cover plate (6a, 6b) is arranged to control and change the open area of a plurality of said outlet openings, said plurality of outlet openings are arranged on an outlet surface of the pressure box characterized in that the first cover plate and the second cover plate are arranged to move non linearly and slide relative each other and to be in contact with and slide relative the outlet surface while changing the open area of the outlet openings, said outlet surface provided with a first actuating rod attached to the first cover plate at its first end and attached to the second cover plate at its second end and having a pivotal point attached at the centre of the first rod to the outlet surface, said first actuating rod being connected to a rotating actuator so as to be rotated around its pivotal point.
Method for ascertaining a height profile image of a surface of an object, which is arranged on a receiving table of an apparatus, which has an optical detection device and an illumination device, with which the surface of the object can be illuminated from different illumination directions relative to a perpendicular, which rises vertically on a surface of the receiving table, wherein the optical detection device and the receiving table can be displaced relative to one another and the optical detection device can be pivoted relative to the receiving table, wherein in a depth value ascertaining step a depth value from punctiform object points of the object is ascertained in each case as a distance value to an image plane oriented at right angles to the perpendicular, wherein in the depth value ascertaining step, with the optical detection device, a plurality of stereometric images of the surface of the object are captured at different viewing angles relative to the perpendicular by pivoting the optical detection device relative to the object to change the viewing angle for the images and adapting the object with the movable receiving table in each case to an image detection range of the optical detection device and by a comparison of the plurality of stereometric images and starting from an offset of imaging points ascertained in this case, which are associated with the same punctiform object point, the depth value for the punctiform object point is determined, wherein in a photometric stereo analysis step, starting from a plurality of different photometric images of the surface of the object, which were captured by the optical detection device from different illumination directions in each case during illumination of the object by the illumination device, a height profile image of the surface is produced using an extended photometric stereo analysis method, wherein in the extended stereo analysis method, the constraint is taken into account that a difference of a height profile distance as a distance value of the height profile ascertained using the photometric stereo analysis method to the image plane at the object points for which a depth value was predetermined, is minimised.