mhurhangee/ep-ind-claims huggingface dataset:
An ophthalmologic information processing apparatus, comprising: an analyzer (200, 200a) configured to specify an atrophy region in a fundus by analyzing data of the fundus of a subject's eye acquired using optical coherence tomography; a storage unit storing image data of the fundus; and a display controller configured to cause a fundus image of the subject's eye to be displayed on a display means based on the image data stored in the storage unit, and to cause a region corresponding to the atrophy region in the fundus image to be displayed on the display means so as to be identifiable, wherein the analyzer (200, 200a) includes a position information generator configured to generate position information representing a position or a distance of the atrophy region with respect to a macular region in the fundus by analyzing the data, and the display controller is configured to cause the position information to be displayed on the display means; and characterised in that the position information includes vector information indicating a movement direction and a movement distance of a representative position of the atrophy region with respect to a representative position of a macular region of the fundus in a predetermined period. an analyzer (200, 200a) configured to specify an atrophy region in a fundus by analyzing data of the fundus of a subject's eye acquired using optical coherence tomography; a storage unit storing image data of the fundus; and a display controller configured to cause a fundus image of the subject's eye to be displayed on a display means based on the image data stored in the storage unit, and to cause a region corresponding to the atrophy region in the fundus image to be displayed on the display means so as to be identifiable, wherein the analyzer (200, 200a) includes a position information generator configured to generate position information representing a position or a distance of the atrophy region with respect to a macular region in the fundus by analyzing the data, and the display controller is configured to cause the position information to be displayed on the display means; and characterised in that the position information includes vector information indicating a movement direction and a movement distance of a representative position of the atrophy region with respect to a representative position of a macular region of the fundus in a predetermined period.
Apparatus for the application of topical negative pressure therapy to a wound site, the apparatus comprising: a wound contacting element for retaining wound exudate fluid therein, wherein the wound contacting element comprises an absorbent material configured to absorb wound exudate; a wound covering element that provides an airtight seal over the wound contacting element and wound site; a cup-shaped connection member having a flange portion which is configured to seat onto an upper surface of the wound covering element and seal therewith; a vacuum connection tube connecting a wound cavity to a vacuum source via an aperture in the wound covering element wherein the cup-shaped connection member comprises an aperture therein which is configured to accept an end of the vacuum connection tube; and a vacuum source connected to a distal end of the vacuum connection tube; wherein the wound contacting element is configured to block liquid transport beyond itself under pressures between atmospheric pressure and 200 mmHg below atmospheric pressure. a wound contacting element for retaining wound exudate fluid therein, wherein the wound contacting element comprises an absorbent material configured to absorb wound exudate; a wound covering element that provides an airtight seal over the wound contacting element and wound site; a cup-shaped connection member having a flange portion which is configured to seat onto an upper surface of the wound covering element and seal therewith; a vacuum connection tube connecting a wound cavity to a vacuum source via an aperture in the wound covering element wherein the cup-shaped connection member comprises an aperture therein which is configured to accept an end of the vacuum connection tube; and a vacuum source connected to a distal end of the vacuum connection tube; wherein the wound contacting element is configured to block liquid transport beyond itself under pressures between atmospheric pressure and 200 mmHg below atmospheric pressure.
An electrically driven power transmission system box assembly positioned by stepped pins, wherein: the box assembly comprises: a housing and shaft assembly, several stepped pins, a first housing, and a first bearing; the housing and shaft assembly comprises a housing and a shaft supported on the housing; each stepped pin comprises an engagement section and a guide section, a diameter of the engagement section is greater than a diameter of the guide section, and an end part of the engagement section is fixed in a fixing pin hole of the housing; the first housing is installed and fixed to the housing and shaft assembly under guidance of the guide section; and a rear end of the shaft is supported on the first housing via the first bearing; the housing of the housing and shaft assembly comprises a middle housing and a second housing, and the shaft is fixedly supported on the middle housing and the second housing via a middle bearing and a second bearing, respectively; a gap between the guide section of each stepped pin and a positioning pin hole of the first housing is configured to ensure, during an assembly process of more than half of an axial length of rollers of the first bearing entering a raceway of an inner ring of the first bearing a radial space between the inner ring of the first bearing and, an outer ring of the first bearing and the rollers of the first bearing, to prevent surface scratches on the rollers of the first bearing and the inner ring of the first bearing caused by over-positioning. the box assembly comprises: a housing and shaft assembly, several stepped pins, a first housing, and a first bearing; the housing and shaft assembly comprises a housing and a shaft supported on the housing; each stepped pin comprises an engagement section and a guide section, a diameter of the engagement section is greater than a diameter of the guide section, and an end part of the engagement section is fixed in a fixing pin hole of the housing; the first housing is installed and fixed to the housing and shaft assembly under guidance of the guide section; and a rear end of the shaft is supported on the first housing via the first bearing; the housing of the housing and shaft assembly comprises a middle housing and a second housing, and the shaft is fixedly supported on the middle housing and the second housing via a middle bearing and a second bearing, respectively; a gap between the guide section of each stepped pin and a positioning pin hole of the first housing is configured to ensure, during an assembly process of more than half of an axial length of rollers of the first bearing entering a raceway of an inner ring of the first bearing a radial space between the inner ring of the first bearing and, an outer ring of the first bearing and the rollers of the first bearing, to prevent surface scratches on the rollers of the first bearing and the inner ring of the first bearing caused by over-positioning.
Shower head (100; 400) which has a plurality of functional zones and of which the base, in each functional zone, is provided with a multiplicity of nozzle openings, wherein the water inflow into the functional zones can be selected manually via at least one inflow element (150; 483), wherein the shower head (100; 400) is designed in the form of a hollow body which is divided, via partition walls (114, 115) extending between the base and top, into a plurality of chambers (101, 102, 103; 401, 402, 403), of which in each case at least one is assigned to one of the functional zones, and the housing (110; 410) of said hollow body has at least one inflow opening (121, 122, 123; 421, 422, 423) per chamber (101, 102, 103; 401, 402, 403), and wherein the inflow element (150; 483) has at least one outlet opening, which can be made to coincide with at least one inflow opening (121, 122, 123; 421, 422, 423) of the shower head (100; 400), wherein the inflow element (150; 483) is arranged on a carrier element (185; 485) on which the shower head (100; 400) is mounted in a rotatable manner, characterized in that the inflow openings (421; 422, 423) and the inflow element are arranged on the outer circumference of the housing.
Hydraulic pressure intensifier with two plungers, which pressure intensifier comprises a hydraulic drive with a hydraulic pump, which conveys a constant volume per revolution, driven by an electric servo drive, operatively connected to an electrical supply, which can be controlled by measuring signals, as well as to means for adjusting the temperature of the working fluid and to means for feeding the working fluid, characterised in that the hydraulic pump can be bidirectionally driven, i.e. reversibly driven by a motor within the servo drive, wherein the controller for regulating the electrical supply for the motor within the servo drive can be controlled by means of signals from at least one of the measuring devices for pressure within the working fluid, for pressure within the high pressure fluid, and for the position of the plunger within the pressure intensifier.
A wind turbine rotor blade comprising: a self-supporting structural framework, having a plurality of chord-wise members and one or more span-wise members (62, 102), wherein each of the plurality of the chord-wise members and the one or more span-wise members (62, 102) have an aerodynamic contour; a fabric skin located over the self-supporting structural framework in a tensioned state to generate an aerodynamic surface, wherein the fabric skin is attached via a plurality of tensioning members to both the chord-wise members and span-wise members; the rotor blade is characterized in that it comprises a plurality of pre-fabricated leading edge sections and/or trailing edge sections, each section (104, 112) comprising a first precut tension fabric skin attached to a metal or plastic frame at the edges of the first precut tension fabric skin; wherein the precut tension fabric skin is attached via the metal or plastic frame to the structural framework. a self-supporting structural framework, having a plurality of chord-wise members and one or more span-wise members (62, 102), wherein each of the plurality of the chord-wise members and the one or more span-wise members (62, 102) have an aerodynamic contour; a fabric skin located over the self-supporting structural framework in a tensioned state to generate an aerodynamic surface, wherein the fabric skin is attached via a plurality of tensioning members to both the chord-wise members and span-wise members; the rotor blade is characterized in that it comprises a plurality of pre-fabricated leading edge sections and/or trailing edge sections, each section (104, 112) comprising a first precut tension fabric skin attached to a metal or plastic frame at the edges of the first precut tension fabric skin; wherein the precut tension fabric skin is attached via the metal or plastic frame to the structural framework.
A femoral arterial ECMO cannula comprising; - at least one cylindrical shaped body comprising at least one opening that allows for permeation of blood and at which the blood enters from, on the other end a distal feed opening from which the blood leaves to provide feeding, and one feed opening that is located between the two openings (3, 4) used for blood passage that provides blood flow to the leg - at least one balloon situated between the feed opening and the distal feed opening on the body - at least one balloon pilot located on the body for inflating the balloon which is connected via at least one balloon inflation opening from one end to the balloon and comprising at least one controlled bidirectional valve, - at least one balloon inflation path located on the body which is connected with a balloon pilot from one end with b the balloon from the other end, providing transfer of the serum to the balloon - at least one luer connection located on the body, preferably close to the opening into which the blood enters, - at least one reinforced area that is resilient and resistant to breakage and located on the top of the body - at least one anti-bacterial coating located on the upper part of the body that is in contact with the patient's skin and, - at least one clamp securing the body on the patient's skin. - a balloon shaped like a rectangular prism when inflated and located on the body. - at least one balloon situated between the feed opening and the distal feed opening on the body - at least one balloon pilot located on the body for inflating the balloon which is connected via at least one balloon inflation opening from one end to the balloon and comprising at least one controlled bidirectional valve, - at least one balloon inflation path located on the body which is connected with a balloon pilot from one end with b the balloon from the other end, providing transfer of the serum to the balloon - at least one luer connection located on the body, preferably close to the opening into which the blood enters, - at least one reinforced area that is resilient and resistant to breakage and located on the top of the body - at least one anti-bacterial coating located on the upper part of the body that is in contact with the patient's skin and, - at least one clamp securing the body on the patient's skin. - a balloon shaped like a rectangular prism when inflated and located on the body.
A control device for continuously variable transmission, being mounted on a vehicle and provided with a continuously variable transmission mechanism for controlling a speed ratio by changing a winding diameter of a belt held by an oil pressure supplied to pulleys, comprising: a hydraulic control circuit including a hydraulic pump driven by a driving power source in order to supply an oil pressure to a hydraulic circuit, a hydraulic auxiliary unit for supplying an accumulated oil pressure to the hydraulic circuit, and a control valve for supplying at least one of oil pressures of the hydraulic pump and the hydraulic auxiliary unit to the pulleys; the control devise is characterised in that it further comprises a control means adapted to execute a coast stop control to stop the driving power source while travelling and controls, during the coast stop control, upon detection or prediction of an increase of torque inputted to the continuously variable transmission mechanism, the control valve so as to supply an oil pressure of the hydraulic auxiliary unit to the pulleys and increase an oil pressure in the pulleys. a hydraulic control circuit including a hydraulic pump driven by a driving power source in order to supply an oil pressure to a hydraulic circuit, a hydraulic auxiliary unit for supplying an accumulated oil pressure to the hydraulic circuit, and a control valve for supplying at least one of oil pressures of the hydraulic pump and the hydraulic auxiliary unit to the pulleys; the control devise is characterised in that it further comprises a
A method of managing power from a plurality of photovoltaic energy systems, wherein a subset of PV energy systems includes PV energy systems each with a corresponding current sensor and a remainder of the PV energy systems includes PV energy systems without current sensors, the method comprising: measuring an output power of the subset of PV energy systems; calculating a total power of all of the PV energy systems based on the measured output power of the subset of PV energy systems; determining a charging power threshold for one or more storage systems; determining a power threshold of one or more IT clusters within a data center; and selectively utilizing energy from the plurality of PV energy systems to charge the one or more storage systems or power the one or more IT based on a comparison of the calculated total power with the charging power threshold for the one or more storage systems and the power threshold of the one or more IT clusters. measuring an output power of the subset of PV energy systems; calculating a total power of all of the PV energy systems based on the measured output power of the subset of PV energy systems; determining a charging power threshold for one or more storage systems; determining a power threshold of one or more IT clusters within a data center; and selectively utilizing energy from the plurality of PV energy systems to charge the one or more storage systems or power the one or more IT based on a comparison of the calculated total power with the charging power threshold for the one or more storage systems and the power threshold of the one or more IT clusters.
A thermally stable nonwoven web, comprising: meltblown fibers, wherein at least selected meltblown fibers are blended-polymer fibers each comprising a molten blend of poly(butylene terephthalate) and poly(ethylene terephthalate) and wherein the meltblown fibers exhibit an average weight ratio of PBT to PET of from 80:20 to 30:70; and, staple fibers, wherein the staple fibers make up from 10 wt. % to 60 wt. % of the total weight of the fibrous material of the web; and wherein the thermally stable nonwoven web exhibits a thermal shrink of less than 10 %, as measured as an average of machine direction and cross direction shrink after a thermal exposure of 170°C for 15 min. meltblown fibers, wherein at least selected meltblown fibers are blended-polymer fibers each comprising a molten blend of poly(butylene terephthalate) and poly(ethylene terephthalate) and wherein the meltblown fibers exhibit an average weight ratio of PBT to PET of from 80:20 to 30:70; and, staple fibers, wherein the staple fibers make up from 10 wt. % to 60 wt. % of the total weight of the fibrous material of the web; and wherein the thermally stable nonwoven web exhibits a thermal shrink of less than 10 %, as measured as an average of machine direction and cross direction shrink after a thermal exposure of 170°C for 15 min.
A graphics processor (1408; 1508; 1600; 2100; 2332; 2510; 2610; 2640; 3404) comprising: a processing resource including a register file (258; 334A-334B; 369; 1406; 1906); a memory device; a cache coupled with the processing resources and the memory; and circuitry to process memory access messages received from the processing resource, wherein to process the memory access messages, the circuitry is configured to: receive a memory access message from the processing resource, wherein the memory access message includes an address and an immediate offset value; perform a bounds check for the memory address as adjusted according to the immediate offset value, wherein the bounds check is performed for a memory allocation to be accessed via the memory access message; generate one or more memory access requests including the memory address as adjusted according to the immediate offset value in response to determination that the memory access is an in-bound memory access; and submit the one or more memory access requests to a cache interface or a memory interface. a processing resource including a register file (258; 334A-334B; 369; 1406; 1906); a memory device; a cache coupled with the processing resources and the memory; and circuitry to process memory access messages received from the processing resource, wherein to process the memory access messages, the circuitry is configured to: receive a memory access message from the processing resource, wherein the memory access message includes an address and an immediate offset value; perform a bounds check for the memory address as adjusted according to the immediate offset value, wherein the bounds check is performed for a memory allocation to be accessed via the memory access message; generate one or more memory access requests including the memory address as adjusted according to the immediate offset value in response to determination that the memory access is an in-bound memory access; and submit the one or more memory access requests to a cache interface or a memory interface. receive a memory access message from the processing resource, wherein the memory access message includes an address and an immediate offset value; perform a bounds check for the memory address as adjusted according to the immediate offset value, wherein the bounds check is performed for a memory allocation to be accessed via the memory access message; generate one or more memory access requests including the memory address as adjusted according to the immediate offset value in response to determination that the memory access is an in-bound memory access; and submit the one or more memory access requests to a cache interface or a memory interface.
A pneumatic decoupling device for decoupling two force-parallel coupled drive elements (8a, 8b) of an electromechanical actuator element for an aerodynamic control surface, characterized in that the decoupling device comprises at least one pressure accumulator element with at least one outlet; and at least one tripping mechanism, configured to release pressure stored in the pressure accumulator element in a controlled manner; wherein the outlet of the pressure accumulator element is coupleable to the electromechanical actuator element; and wherein by tripping the tripping mechanism the pressure stored in the pressure accumulator element is releasable to the electromechanical actuator element to trigger a decoupling function in the electromechanical actuator element.
WC comprising a WC fitting with a lid element and with a seat element, a WC body, and a shower device with a housing, wherein a fastening plate that can be releasably attached to the WC body is provided, and either in that at least one fastening element is provided, via which the housing of the shower device can be fastened to the fastening plate and to which the WC fitting can be fastened, or in that at least one first and one second fastening element are provided, wherein, by means of the first fastening element, the housing of the shower device can be fastened to the fastening plate and, by means of the second fastening element, the WC fitting can be fastened to the fastening plate, wherein the at least one fastening element or the at least one first and second fastening elements have an external thread at one end for screwing into at least one opening in each case, which opening has an internal thread and is provided on the fastening plate.
Restraining device for a vehicle, by means of which, in a pre-crash phase (Δt P) before a predicted frontal crash time (t F), a vehicle occupant resting on a vehicle seat can be raised from a comfort position, in which a backrest of the vehicle seat is folded backwards, by means of a forward displacement means into an upright active position in which, in a crash phase (Δtc), a seat belt of the restraining device fastened to the vehicle occupant exerts a restraining effect on the vehicle occupant, in which an electromotively reversible belt tensioner of the restraining device is activated in order to limit the restraining force (F R) acting on the vehicle occupant to a predefined force level, namely by forward displacement of the vehicle occupant by a belt force limiting distance (Δs B), wherein, in the pre-crash phase (Δt P), when the vehicle occupant is raised into the active position, the electromotively reversible belt tensioner generates a pre-crash belt slack in order to provide the pre-crash belt extension distance required for the vehicle occupant to be raised without any restraining force, wherein the forward displacement means is an inflatable cushion integrated in a backrest of the vehicle seat, which cushion inflates in the pre-crash phase (Δt P) and acts as a pulse generator for raising the vehicle occupant into the active position, wherein, to assist the forward displacement means, the backrest of the vehicle seat is additionally actuated in order to accelerate the raising of the vehicle occupant into the upright active position by adjusting the inclination of the backrest, and wherein the restraining device has a crash detection apparatus.