mhurhangee/ep-ind-claims huggingface dataset:
An armored vehicle comprising a frame, a driver compartment interior of the frame and a survivability capsule for a driver of the armored vehicle, wherein the driver compartment is defined by an open space within the frame having an interior shape, wherein the survivability capsule comprises: a unibody consisting of molded composite armor having an exterior shape complementary to the interior shape of the driver compartment so as to form a contour fit therein, the unibody being rigidly attached to multiple surfaces of the surrounding frame.
A method of controlling a three phase voltage of a multilevel inverter, comprising: sensing a state of each of power cells of the multilevel inverter to determine whether or not failure occurs at each of the power cells; bypassing power cells which are determined as being failed to connect power cells operating normally to each other in series per each phase; characterized by calculating an offset voltage value using a difference value between a phase voltage reference per each phase and output value of a bound function which uses a sum of each of direct current, DC, link voltages of the power cells which operate normally and configure each of the phases; calculating a pole voltage reference per each phase for maintaining an equivalence of a three phase line-to-line output voltage, using the phase voltage reference per each phase and the calculated offset voltage; and generating a switching control signal from the calculated pole voltage reference per each phase through a pulse width modulation, thereby outputting the switching control signal to each of the power cells. sensing a state of each of power cells of the multilevel inverter to determine whether or not failure occurs at each of the power cells; bypassing power cells which are determined as being failed to connect power cells operating normally to each other in series per each phase; characterized by calculating an offset voltage value using a difference value between a phase voltage reference per each phase and output value of a bound function which uses a sum of each of direct current, DC, link voltages of the power cells which operate normally and configure each of the phases; calculating a pole voltage reference per each phase for maintaining an equivalence of a three phase line-to-line output voltage, using the phase voltage reference per each phase and the calculated offset voltage; and generating a switching control signal from the calculated pole voltage reference per each phase through a pulse width modulation, thereby outputting the switching control signal to each of the power cells.
A talar implant, comprising: a. a superior surface, defined by an arc having at least one first radius (ri); b. an inferior surface, defined by an arc having at least one second radius (rz), c. a lateral side; d. a medial side; e. a posterior portion having a first width; and f. an anterior portion having a second width; wherein the implant is configured to restore a joint tension between a tibio-talar joint in a neutral position, wherein the superior surface is separated from the inferior surface by a thickness, defining a height of the medial and lateral sides, wherein the at least one first radius (r 1) is smaller than the at least one second radius (r 2), wherein the center of the arc having at least one first radius (r 1) is offset from the center of the arc having at least one second radius (r 2) in at least one plane of the talar implant selected from the group consisting of: a superior/inferior plane, an anterior/posterior plane, and a medial/lateral plane, wherein the inferior surface is configured to attach to a superior surface of the talus, and wherein the anterior portion further comprises an extension configured to provide support, characterized in that a ratio of the at least one first radius to the at least one second radius is in the range of from about 0.60 to about 0.95. a. a superior surface, defined by an arc having at least one first radius (ri); b. an inferior surface, defined by an arc having at least one second radius (rz), c. a lateral side; d. a medial side; e. a posterior portion having a first width; and f. an anterior portion having a second width; wherein the implant is configured to restore a joint tension between a tibio-talar joint in a neutral position, wherein the superior surface is separated from the inferior surface by a thickness, defining a height of the medial and lateral sides, wherein the at least one first radius (r 1) is smaller than the at least one second radius (r 2), wherein the center of the arc having at least one first radius (r 1) is offset from the center of the arc having at least one second radius (r 2) in at least one plane of the talar implant selected from the group consisting of: a superior/inferior plane, an anterior/posterior plane, and a medial/lateral plane, wherein the inferior surface is configured to attach to a superior surface of the talus, and wherein the anterior portion further comprises an extension configured to provide support,
Rolling bearing comprising a fixed member, a rotating member and rolling bodies disposed in a rolling space formed between said members (1, 3) to allow relative rotation thereof about an axis, at least one side of the rolling space having an annular opening that is formed between two edges (11, 12) extending respectively over a member (1, 3), each of said edges (11, 12) being surrounded by an external wall (13, 14) extending axially over the corresponding member (1, 3), said opening being equipped with a sealing device comprising two rigid frames (15, 16) secured respectively to a member (1, 3) while forming an annular sealing chamber in which a dynamic sealing element is disposed, each of said frames having an axial external surface (15a, 16a) that is associated on the external wall (13, 14) of the corresponding member (1, 3), said bearing being characterised in that each of said frames (15, 16) has an axial internal surface (15b, 16b) disposed in the opening, said axial internal surfaces (15b, 16b) being disposed radially opposite in order to form the sealing chamber between an upstream ring and a downstream ring comprising respectively of said axial internal surfaces (15b, 16b), at least one of said axial internal surfaces (15b, 16b) being equipped with the dynamic sealing element, which has at least one lip disposed in said sealing chamber while being in rubbing contact on the other axial internal surface (16b, 15b).
Method for controlling the display of a group of contacts associated with a terminal, the method comprising: - a step of arranging said group of contacts according to a first criterion corresponding to an alphabetical or chronological order, - for at least one subgroup of the group of contacts, a step of displaying, according to said arrangement, at least one piece of information relating to each contact of the subgroup in a frame of a predetermined size, - when at least one contact of the subgroup meets a second criterion, a step of enlarging the frame in which the piece of information relating to said at least one contact is displayed, the method is characterized in that a first line of a text message exchanged with a contact is also displayed in the frame associated with said contact, and for the at least one contact which meets the second criterion, both the first line and at least a second line of the text message exchanged with the contact is displayed in said enlarged frame. - a step of arranging said group of contacts according to a first criterion corresponding to an alphabetical or chronological order, - for at least one subgroup of the group of contacts, a step of displaying, according to said arrangement, at least one piece of information relating to each contact of the subgroup in a frame of a predetermined size, - when at least one contact of the subgroup meets a second criterion, a step of enlarging the frame in which the piece of information relating to said at least one contact is displayed, the method is characterized in that a first line of a text message exchanged with a contact is also displayed in the frame associated with said contact, and for the at least one contact which meets the second criterion, both the first line and at least a second line of the text message exchanged with the contact is displayed in said enlarged frame.
A method for establishing a communication service between a mobile communication device (11 a; 11b; 21 a, 21 b) and a service network (13; 23), comprising: providing (S1100; S1200; S1302), by the service network (13; 23), a first type of communication service to the mobile communication device (11a; 11b; 21a, 21b) and concurrently receiving (S1102; S1202; S1304), by the service network (13; 23), a service request message to request for establishment of a second type of communication service; determining (S1104, S1108; S1204, S1210; S1306, S1310), by the service network (13; 23), whether any type of communication service is an emergency service; declining (S1106; S1212; S1308), by the service network (13; 23), the type of communication service that is not an emergency service; and wherein the service network (13; 23) only supports one type of communication service to the mobile communication device (11a; 11 b; 21a, 21b) at one time. providing (S1100; S1200; S1302), by the service network (13; 23), a first type of communication service to the mobile communication device (11a; 11b; 21a, 21b) and concurrently receiving (S1102; S1202; S1304), by the service network (13; 23), a service request message to request for establishment of a second type of communication service; determining (S1104, S1108; S1204, S1210; S1306, S1310), by the service network (13; 23), whether any type of communication service is an emergency service; declining (S1106; S1212; S1308), by the service network (13; 23), the type of communication service that is not an emergency service; and wherein the service network (13; 23) only supports one type of communication service to the mobile communication device (11a; 11 b; 21a, 21b) at one time.
A panel for the thermal insulation of building façades from the outside, the back face of which has a set of parallel grooves intended to be arranged horizontally for retaining the adhesive binder and a series of marks delimiting specific sites for receiving the fastening means on the façade and, and the front face of which has at least one longitudinal slot intended to ensure the dimensional stability of the panel, characterized in that at least one of its faces (1, 2) has indentations formed by a raised network delimiting, over most of its surface, recessed gaps.
A nappy closing strip having a fastening side and having a user side and also having a carrier strip reaching from the fastening side to the user side, wherein a first part of a mechanical closure consisting of a male and a female part (11, 13) is non-releasably fastened to the user side of the carrier strip, wherein the second part of the mechanical closure is connected to this first part, and wherein an adhesive coating of an adhesively effective closure is arranged on the second part on the side averted from the first part, characterised in that the second part of the mechanical closure is the male part and the first part of the mechanical closure is the female part and the female part of the mechanical closure is larger than the male part.
A method for coordinating Quality of Service, QoS, performance between a user device and a network device, comprising: receiving a request for device-initiated QoS, initiated at an application residing on the user device, wherein the application does not support network-initiated QoS; matching the request with at least one network configured QoS instance already configured in the user device, by comparing a set of traffic filter templates, TFTs, and flow specifications specified by the application as part of the request with TFTs and flow specifications associated with network configured QoS instances in the user device; creating a virtual QoS instance, if at least one network configured QoS instance already configured in the user device matches the request; binding the virtual QoS instance to the matched network configured QoS instance by mapping operations performed on the virtual QoS instance to the matched network configured QoS instance; and communicating with the network device using the matched network configured QoS instance bound to the virtual QoS instance. receiving a request for device-initiated QoS, initiated at an application residing on the user device, wherein the application does not support network-initiated QoS; matching the request with at least one network configured QoS instance already configured in the user device, by comparing a set of traffic filter templates, TFTs, and flow specifications specified by the application as part of the request with TFTs and flow specifications associated with network configured QoS instances in the user device; creating a virtual QoS instance, if at least one network configured QoS instance already configured in the user device matches the request; binding the virtual QoS instance to the matched network configured QoS instance by mapping operations performed on the virtual QoS instance to the matched network configured QoS instance; and communicating with the network device using the matched network configured QoS instance bound to the virtual QoS instance.
A connecting system, comprising at least two hole carriers with a row of side openings made therein in a longitudinal direction, the openings being aligned in a first orientation and in a second orientation orthogonal thereto and being made transverse to the longitudinal direction, wherein the side openings of the first and the second orientation are shifted by one half of the distance between the center axes of two side openings, the connecting system further comprising at least one connection element (8, 12) for connection of at least two hole carriers, characterized in that the distances between two side openings in the first orientation are less than the clear width of the side openings, wherein the side openings of the second orientation are introduced in each case in the distance between two flank openings in the first orientation, and wherein the side openings of the first and the second orientation partially penetrating one another.
An image guided device for introducing a medical device comprising a needle, a catheter and a guide wire, into a body structure, comprising: an imaging device for acquiring information of a location of the body structure; an actuator (20; 120) for deploying the medical device, wherein the actuator is pivotally connected to a console by a support arm, and wherein the actuator comprises: a first injector motor for advancing or retracing the needle; and a second injector motor for advancing or retracing the catheter relative to the needle; a catheter cartridge (50; 150) releasably attached to the actuator, the catheter cartridge containing the medical device, which includes the guide wire, wherein the guide wire is partially disposed in the needle, wherein the catheter is coaxially disposed around a shaft of the needle, and wherein the guide wire is wound around a spool of the cartridge and adapted to be spooled out along with an insertion of the needle; and a controller for receiving and processing information of the location of the body structure and in response controlling the first injector motor to advance or retract the needle and the second injector motor to advance or retract the catheter relative to the needle to place the medical device into the body structure. an imaging device for acquiring information of a location of the body structure; an actuator (20; 120) for deploying the medical device, wherein the actuator is pivotally connected to a console by a support arm, and wherein the actuator comprises: a first injector motor for advancing or retracing the needle; and a second injector motor for advancing or retracing the catheter relative to the needle; a first injector motor for advancing or retracing the needle; and a second injector motor for advancing or retracing the catheter relative to the needle; a catheter cartridge (50; 150) releasably attached to the actuator, the catheter cartridge containing the medical device, which includes the guide wire, wherein the guide wire is partially disposed in the needle, wherein the catheter is coaxially disposed around a shaft of the needle, and wherein the guide wire is wound around a spool of the cartridge and adapted to be spooled out along with an insertion of the needle; and a controller for receiving and processing information of the location of the body structure and in response controlling the first injector motor to advance or retract the needle and the second injector motor to advance or retract the catheter relative to the needle to place the medical device into the body structure.
A liquid mixing apparatus comprising: a container for containing a body of liquid, liquid inlet means for delivering input liquid into the body of liquid with a predetermined input flow rate, the liquid inlet means protruding vertically downwardly into the body of liquid, characterized in that the liquid inlet means in form of a liquid-jet-ejector comprises a liquid jet nozzle and a sleeve surrounding the liquid jet nozzle, the sleeve terminating at its lower extremity in a frusto-conical fluid inlet nozzle and its outlet, leaving an annular gap between the sleeve and the liquid jet nozzle, the size of the annular gap being adjustable by raising and lowering the fluid inlet nozzle via inter-fitting screw threads (58M, 58F), and the upper extremity of the liquid jet ejector being made telescopic by inter-fitting screw threads (44F, 44M), so that the submergence depth into the body of liquid of the liquid jet nozzle and the frusto-conical inlet nozzle is adjustable. a container for containing a body of liquid, liquid inlet means for delivering input liquid into the body of liquid with a predetermined input flow rate, the liquid inlet means protruding vertically downwardly into the body of liquid, characterized in that the liquid inlet means in form of a liquid-jet-ejector comprises a liquid jet nozzle and a sleeve surrounding the liquid jet nozzle, the sleeve terminating at its lower extremity in a frusto-conical fluid inlet nozzle and its outlet, leaving an annular gap between the sleeve and the liquid jet nozzle, the size of the annular gap being adjustable by raising and lowering the fluid inlet nozzle via inter-fitting screw threads (58M, 58F), and the upper extremity of the liquid jet ejector being made telescopic by inter-fitting screw threads (44F, 44M), so that the submergence depth into the body of liquid of the liquid jet nozzle and the frusto-conical inlet nozzle is adjustable.
A projection display unit including: a body including a projection optical system and a detection optical system, the projection optical system configured to project an image onto a projection surface, the detection optical system configured to acquire an imaging signal based on invisible light; an invisible light application unit configured to apply invisible light along a surface in the vicinity of the projection surface, while the invisible light application unit being placed on a surface that is an extension of the projection surface, the invisible light application unit comprising an output opening for the invisible light; a first housing comprising an output opening, a second housing containing the body, wherein the second housing is provided above the first housing, wherein the body is movable with respect to the output opening of the invisible light application unit, and a position of the body is adjustable with respect to the projection surface, an adjusting member configured to allow the position of the body to be adjustable through adjustment of a distance from the first housing to the second housing. a body including a projection optical system and a detection optical system, the projection optical system configured to project an image onto a projection surface, the detection optical system configured to acquire an imaging signal based on invisible light; an invisible light application unit configured to apply invisible light along a surface in the vicinity of the projection surface, while the invisible light application unit being placed on a surface that is an extension of the projection surface, the invisible light application unit comprising an output opening for the invisible light; a first housing comprising an output opening, a second housing containing the body, wherein the second housing is provided above the first housing, wherein the body is movable with respect to the output opening of the invisible light application unit, and a position of the body is adjustable with respect to the projection surface, an adjusting member configured to allow the position of the body to be adjustable through adjustment of a distance from the first housing to the second housing.
A smart card reader apparatus comprising: smart card interface means for interacting with a smart card containing at least an identifier; first communicating means for communicating with a local printing apparatus; and second communicating means for communicating with a remote document store over a network, said document store containing documents and, for each said document, an associated identifier, the apparatus being arranged to: interact with a supplied smart card and obtain an identifier therefrom; generate a request for a document using the identifier and communicate the request to the document store in order to retrieve a document on the basis of the identifier; and receive a communicated document and communicate the document to an associated printing apparatus, for printing the document. smart card interface means for interacting with a smart card containing at least an identifier; first communicating means for communicating with a local printing apparatus; and second communicating means for communicating with a remote document store over a network, said document store containing documents and, for each said document, an associated identifier, the apparatus being arranged to: interact with a supplied smart card and obtain an identifier therefrom; generate a request for a document using the identifier and communicate the request to the document store in order to retrieve a document on the basis of the identifier; and receive a communicated document and communicate the document to an associated printing apparatus, for printing the document. interact with a supplied smart card and obtain an identifier therefrom; generate a request for a document using the identifier and communicate the request to the document store in order to retrieve a document on the basis of the identifier; and receive a communicated document and communicate the document to an associated printing apparatus, for printing the document.