mhurhangee/ep-ind-claims huggingface dataset:
A laparoscopic delivery guide for delivery of suture and at least one anchor, the guide comprising a head, a body, and a tip, the body being provided between the head and the tip, the guide being arranged to be inserted tip first into a wound, the head portion having a curved underside surface which extends upwardly and outwardly from a central axis of the guide such that when the guide is inserted into the wound, contact is maintained between the guide and the side walls of the wound, the guide comprising at least one guide channel, the guide channel comprising an entry port for introduction of suture into the guide and an exit port for delivery of suture out of the guide, the entry port being defined in the head of the guide, the exit port being defined in the body of the guide, the body comprising: a constant diameter first portion adjacent to and joined to the head via the curved surface, the constant diameter first portion having a surface that is substantially parallel to a major axis of the guide, the constant diameter first portion having the at least one guide channel therein, the guide channel defining a path that is not parallel to the major axis of the guide, a cutout portion adjacent to the constant diameter first portion, the cutout portion defining a concave surface providing an undercut below the surface of the constant diameter first portion, a leading portion adjacent to the cut out portion and located between the cut out portion and the tip, the leading portion having a diameter greater than the diameter of the cut-out portion such that when the guide is located within the wound, fascial layers will relax into the cutout portion to ensure a bite between the guide and the wound which operably improves location of the suture and anchor, the exit port being proximal to an edge of the constant diameter first portion and being defined on the cut out portion below the constant diameter first portion. a constant diameter first portion adjacent to and joined to the head via the curved surface, the constant diameter first portion having a surface that is substantially parallel to a major axis of the guide, the constant diameter first portion having the at least one guide channel therein, the guide channel defining a path that is not parallel to the major axis of the guide, a cutout portion adjacent to the constant diameter first portion, the cutout portion defining a concave surface providing an undercut below the surface of the constant diameter first portion, a leading portion adjacent to the cut out portion and located between the cut out portion and the tip, the leading portion having a diameter greater than the diameter of the cut-out portion such that when the guide is located within the wound, fascial layers will relax into the cutout portion to ensure a bite between the guide and the wound which operably improves location of the suture and anchor, the exit port being proximal to an edge of the constant diameter first portion and being defined on the cut out portion below the constant diameter first portion.
Method for controlling a deceleration device of a motor vehicle, wherein a control apparatus, at the beginning of or during a braking process in which the deceleration device prompts vehicle deceleration, receives a request signal from a vehicle component for the vehicle deceleration, characterized in that the control apparatus: - ascertains an integrity level of the vehicle component, - ascertains, during the braking process, a time profile (14, 25) for deceleration performance of the deceleration device that is obtained as a result of the vehicle deceleration, - ascertains, for different times, a respective current minimum integrity level that is at least necessary for the time profile (14, 25) ascertained hitherto, and - performs performance limitation for the request signal if the current minimum integrity level is higher than the integrity level of the vehicle component. - ascertains an integrity level of the vehicle component, - ascertains, during the braking process, a time profile (14, 25) for deceleration performance of the deceleration device that is obtained as a result of the vehicle deceleration, - ascertains, for different times, a respective current minimum integrity level that is at least necessary for the time profile (14, 25) ascertained hitherto, and - performs performance limitation for the request signal if the current minimum integrity level is higher than the integrity level of the vehicle component.
A method for implementing a mobile broadband device service, wherein a host is connectable to a mobile broadband device, and the method comprises: obtaining, by the host, service information of the mobile broadband device by calling an application programming interface, API, of a Web server on the mobile broadband device; if the obtained service information of the mobile broadband device is reminder-type service information including a new reminder, determining, by the host, that it is necessary to call a reminder function, as a corresponding function, of the host for implementing a reminder-type service; and executing the reminder function of the host by calling an operating system API interface of the host, and displaying the new reminder in the reminder-type service information on the host, and if it is unnecessary to use a corresponding function of the host for implementing a mobile broadband device service corresponding to the service information, implementing the mobile broadband device service by calling the API interface of the Web server on the mobile broadband device directly without calling the function of the host. obtaining, by the host, service information of the mobile broadband device by calling an application programming interface, API, of a Web server on the mobile broadband device; if the obtained service information of the mobile broadband device is reminder-type service information including a new reminder, determining, by the host, that it is necessary to call a reminder function, as a corresponding function, of the host for implementing a reminder-type service; and executing the reminder function of the host by calling an operating system API interface of the host, and displaying the new reminder in the reminder-type service information on the host, and if it is unnecessary to use a corresponding function of the host for implementing a mobile broadband device service corresponding to the service information, implementing the mobile broadband device service by calling the API interface of the Web server on the mobile broadband device directly without calling the function of the host.
Storage system, comprising: a goods transport system which is designed to transport goods (20, 20a) between a goods compartment and at least one dispensing space, a control unit which is designed to detect a command entered by a user or transmitted by an overriding system and to control the goods transport system such that a requested goods item is positioned in the dispensing space by the goods transport system, the at least one dispensing space comprising at least one service opening by means of which the user can access the goods (20, 20a) positioned in the dispensing space, and a signalling device that is operatively coupled or can be operatively coupled to the control unit or the overriding system, the signalling device also being designed to notify the user by means of a visual or audio signal whether access through the service opening is currently permitted or not, the signalling device comprising at least one first lighting unit (28, 30) in a first colour and a second lighting unit in a second colour, characterised in that the lighting units (24, 28, 30) each comprise at least one illuminant (24a, 28a, 30a) and the signalling device is designed such that the first lighting unit (28, 30) illuminates the dispensing space when access through the service opening is currently permitted, and the second lighting unit illuminates the dispensing space when access through the service opening is not currently permitted, the lighting units (28, 30) each being arranged such that they illuminate the dispensing space from inside.
A low-alloy steel oil well pipe, having a chemical composition consisting of, by mass percent, C: more than 0.45 and up to 0.65 %; Si: 0.05 to 0.50 %; Mn: 0.10 to 1.00 %; P: up to 0.020 %; S: up to 0.0020 %; Cu: up to 0.1 %; Cr: 0.40 to 1.50 %; Ni: up to 0.1 %; Mo: 0.50 to 2.50 %; Ti: up to 0.01 %; V: 0.05 to 0.25 %; Nb: 0.005 to 0.20 %; Al: 0.010 to 0.100 %; B: up to 0.0005 %; Ca: 0 to 0.003 %; O: up to 0.01 %; N: up to 0.007 %; and the balance: Fe and impurities, the steel having a microstructure consisting of tempered martensite and retained austenite in less than 2 % in volume fraction, a crystal grain size number of prior austenite grains of the microstructure measured in accordance with ASTM E112 being 9.0 or larger, a number density of carbonitride-based inclusions with a grain diameter of 50 μm or larger being 10 inclusions/100 mm 2 or smaller, wherein the carbonitride-based inclusions mean B 2 -type inclusions and C 2 -type inclusions as specified in JIS G 055, Appendix 1, Section 4.3 "Types of Inclusions", an equivalent circle diameter of sub-structures defined by those boundaries between packets, blocks and laths in the tempered martensite that have a crystal misorientation of 15° or larger being 3 μm or smaller, and a yield strength being 965 MPa or higher. C: more than 0.45 and up to 0.65 %; Si: 0.05 to 0.50 %; Mn: 0.10 to 1.00 %; P: up to 0.020 %; S: up to 0.0020 %; Cu: up to 0.1 %; Cr: 0.40 to 1.50 %; Ni: up to 0.1 %; Mo: 0.50 to 2.50 %; Ti: up to 0.01 %; V: 0.05 to 0.25 %; Nb: 0.005 to 0.20 %; Al: 0.010 to 0.100 %; B: up to 0.0005 %; Ca: 0 to 0.003 %; O: up to 0.01 %; N: up to 0.007 %; and the balance: Fe and impurities, the steel having a microstructure consisting of tempered martensite and retained austenite in less than 2 % in volume fraction, a crystal grain size number of prior austenite grains of the microstructure measured in accordance with ASTM E112 being 9.0 or larger, a number density of carbonitride-based inclusions with a grain diameter of 50 μm or larger being 10 inclusions/100 mm 2 or smaller, wherein the carbonitride-based inclusions mean B 2 -type inclusions and C 2 -type inclusions as specified in JIS G 055, Appendix 1, Section 4.3 "Types of Inclusions", an equivalent circle diameter of sub-structures defined by those boundaries between packets, blocks and laths in the tempered martensite that have a crystal misorientation of 15° or larger being 3 μm or smaller, and a yield strength being 965 MPa or higher.
An injector failure diagnostic device for a multi-cylinder internal combustion engine having a plurality of injectors (21 - 24), wherein each injector (21 - 24) injects fuel to a corresponding cylinder (25 - 28), said injector failure diagnostic device comprising: an operating sound obtainment unit configured to obtain a current operating sound that is the operating sound when all of the injectors (21 - 24) are operated, and obtain a pseudo-failure operating sound sequentially for each of the injectors, the pseudo-failure sound being the operating sound generated by stopping the fuel injection from one injector while maintaining the operation of the remaining injectors; and a faulty injector identification unit configured to determine whether or not the pseudo-failure operating sound of each injector obtained by the operating sound obtainment unit is similar to the current operating sound to identify a faulty injector, wherein the faulty injector identification unit is configured to calculate said similarity based on the operating sound pressures observed at peaks of frequency at the integer multiple components of the ratio of the primary combustion frequency of the engine to the number of cylinders (25 - 28) in a frequency domain of the pseudo-failure operating sound of each injector and the current operating sound. an operating sound obtainment unit configured to obtain a current operating sound that is the operating sound when all of the injectors (21 - 24) are operated, and obtain a pseudo-failure operating sound sequentially for each of the injectors, the pseudo-failure sound being the operating sound generated by stopping the fuel injection from one injector while maintaining the operation of the remaining injectors; and a faulty injector identification unit configured to determine whether or not the pseudo-failure operating sound of each injector obtained by the operating sound obtainment unit is similar to the current operating sound to identify a faulty injector, wherein the faulty injector identification unit is configured to calculate said similarity based on the operating sound pressures observed at peaks of frequency at the integer multiple components of the ratio of the primary combustion frequency of the engine to the number of cylinders (25 - 28) in a frequency domain of the pseudo-failure operating sound of each injector and the current operating sound.
A construction machine, in particular a self-propelled road milling machine, comprising a machine frame, - a milling drum mounted between lateral walls with a milling drum axis, - with a scraper blade arranged in a height-adjustable fashion behind the milling drum when seen in the direction of travel, the lower part of which can glide over the ground surface milled off by the milling drum, wherein the scraper blade comprises an upper part and a lower part, with the lower part of the scraper blade being adjustable in height, the upper part of the scraper blade is attached at the upper end to swivel about a swivelling axis parallel to the milling drum axis, the scraper blade, when in operating position, is engaged with lateral retaining devices at the lateral walls, which retain the scraper blade in a position running essentially orthogonally to the ground surface, a swivelling device can swivel the scraper blade about the swivelling axis when the scraper blade is disengaged from the lateral retaining devices, and the swivelling device is provided, at the upper end of the upper part of the scraper blade, with an operating device that is articulated between a permanently installed part of the construction machine and the upper part of the scraper blade, wherein the operating device presses against the scraper blade for swivelling, so that it can be swiveled about the swivelling axis. - a milling drum mounted between lateral walls with a milling drum axis, - with a scraper blade arranged in a height-adjustable fashion behind the milling drum when seen in the direction of travel, the lower part of which can glide over the ground surface milled off by the milling drum, the scraper blade comprises an upper part and a lower part, with the lower part of the scraper blade being adjustable in height, the upper part of the scraper blade is attached at the upper end to swivel about a swivelling axis parallel to the milling drum axis, the scraper blade, when in operating position, is engaged with lateral retaining devices at the lateral walls, which retain the scraper blade in a position running essentially orthogonally to the ground surface, a swivelling device can swivel the scraper blade about the swivelling axis when the scraper blade is disengaged from the lateral retaining devices, and the swivelling device is provided, at the upper end of the upper part of the scraper blade, with an operating device that is articulated between a permanently installed part of the construction machine and the upper part of the scraper blade, wherein the operating device presses against the scraper blade for swivelling, so that it can be swiveled about the swivelling axis.
Turbofan engine which has: - a fan which comprises a fan disc, - a low-pressure shaft which is connected to the fan disc and which couples the fan to a low-pressure turbine of the turbofan engine, and - a non-rotating component which is arranged downstream of the fan disc, characterized in that - a downstream portion of the fan disc has a plurality of first locking portions which are spaced apart from one another in the circumferential direction, - an upstream portion of the non-rotating component arranged downstream of the fan disc has a plurality of second locking portions which are spaced apart from one another in the circumferential direction, wherein - the first and the second locking portions (125, 62) are formed and arranged with respect to one another in such a way that the first and the second locking portions (125, 62) are out of engagement in normal operation, wherein the first locking portions have a more downstream axial position than the second locking portions, - the first locking portions and the second locking portions are each spaced apart in the circumferential direction in such a way that a first locking portion and a second locking portion, which is spaced apart axially therefrom when viewed upstream in the axial direction, overlap in the circumferential direction in operation at all times, and - in the event of a breakage of the low-pressure shaft or of the fan disc, if the fan disc is displaced upstream in the axial direction, the first locking portions are applied to the second locking portions. - a fan which comprises a fan disc, - a low-pressure shaft which is connected to the fan disc and which couples the fan to a low-pressure turbine of the turbofan engine, and - a non-rotating component which is arranged downstream of the fan disc, - a downstream portion of the fan disc has a plurality of first locking portions which are spaced apart from one another in the circumferential direction, - an upstream portion of the non-rotating component arranged downstream of the fan disc has a plurality of second locking portions which are spaced apart from one another in the circumferential direction, wherein - the first and the second locking portions (125, 62) are formed and arranged with respect to one another in such a way that the first and the second locking portions (125, 62) are out of engagement in normal operation, wherein the first locking portions have a more downstream axial position than the second locking portions, - the first locking portions and the second locking portions are each spaced apart in the circumferential direction in such a way that a first locking portion and a second locking portion, which is spaced apart axially therefrom when viewed upstream in the axial direction, overlap in the circumferential direction in operation at all times, and - in the event of a breakage of the low-pressure shaft or of the fan disc, if the fan disc is displaced upstream in the axial direction, the first locking portions are applied to the second locking portions.
A dual binding molecule for use as a pharmaceutical, wherein the dual binding molecule comprises a first binding domain which binds to a driver membrane protein and a second binding domain which binds to a target membrane protein, and the driver membrane protein and the target membrane protein are present on the same cell membrane, wherein the driver membrane protein is internalized into the cell and degraded when the first binding domain of the dual binding molecule binds the driver membrane protein, wherein the first binding domain is an anti-c-Met antibody or the antigen-binding fragment thereof that specifically binds to an epitope comprising 5 to 19 contiguous amino acids of SEQ ID NO: 71 and comprising the amino acid sequence of SEQ ID NO: 73, and the second binding domain is an antibody or an antigen-binding fragment thereof against the target membrane protein selected from the group consisting of an epidermal growth factor receptor, a vascular endothelial growth factor receptor, HER2 protein, HER3 protein, a platelet-derived growth factor receptor, CD9, CD81, CD 151, CD63, CD37, CD53, NET1, NET2, NET4, NET5, NET6, TM4SF6, Tspan2, Tspan3, TM4B, CD22, CD 79b, CD22, GPNMB, CD19, CD56, CD138, PSMA, EGFR, CD74, TACSTD2, CEA, Folate receptor 1, CD37, Mucin16, ETB, STEAP1, CD70, SLC44A4, Nectin4, AGS-16, Guanylyl cyclase C, Mucin1, EGFRvlll, and Mesothelin.
A dampened hinge (60;100), comprising: a first assembly attachable to a first structure; a second assembly attachable to a second structure to be pivotable relative to the first structure by the dampened hinge, the second assembly pivotable relative to the first assembly between a first folded condition and a second planar condition; and at least one damper that brakes pivoting movement of the second assembly relative to the first assembly as the first condition or second condition is approached; characterized in that the dampened hinge construction (60; 100) includes: at least one slider (114, 164) mounted to and movable relative to a housing (112, 162) of the first assembly or the second assembly; and at least one link (122, 166) pivotally attached to the at least one slider and to a housing of the other of the first assembly or the second assembly and causing movement of the at least one slider upon pivoting movement of the first assembly relative to the second assembly; wherein the at least one slider engages the at least one damper as the first condition or second condition is approached. a first assembly attachable to a first structure; a second assembly attachable to a second structure to be pivotable relative to the first structure by the dampened hinge, the second assembly pivotable relative to the first assembly between a first folded condition and a second planar condition; and relative to the first structure by the dampened hinge, the second assembly pivotable relative to the first assembly between a first folded condition and a second planar condition; and at least one damper that brakes pivoting movement of the second assembly relative to the first assembly as the first condition or second condition is approached; characterized in that the dampened hinge construction (60; 100) includes: at least one slider (114, 164) mounted to and movable relative to a housing (112, 162) of the first assembly or the second assembly; and at least one link (122, 166) pivotally attached to the at least one slider and to a housing of the other of the first assembly or the second assembly and causing movement of the at least one slider upon pivoting movement of the first assembly relative to the second assembly; wherein the at least one slider engages the at least one damper as the first condition or second condition is approached. at least one slider (114, 164) mounted to and movable relative to a housing (112, 162) of the first assembly or the second assembly; and at least one link (122, 166) pivotally attached to the at least one slider and to a housing of the other of the first assembly or the second assembly and causing movement of the at least one slider upon pivoting movement of the first assembly relative to the second assembly; wherein the at least one slider engages the at least one damper as the first condition or second condition is approached.