mhurhangee/ep-ind-claims huggingface dataset:
An assembly for use in repairing a severed tendon, the assembly comprising: a threading element adapted to transit along a lumen of a tendon sheath; and a liner for lining an internal surface of the tendon sheath, the liner defining an internal passage along which a tendon stump can pass during transit along the lumen, the liner acting to restrict contact between the tendon stump and the internal surface of the tendon sheath; in which the liner is adapted to be releasably coupled to the threading element so that it can be drawn into the tendon sheath by the threading element and located within the lumen, and then released from the threading element so as to reside within the lumen, characterized in that: the assembly further comprises a needle covering and carrying device for covering a curved needle and carrying the needle within the lumen of the tendon sheath, the needle covering and carrying device comprising an elongate element having: a first end; a second end opposite the first end; and a body extending between the first and second ends, the body defining an internal cavity for accommodating a curved needle so that at least a penetrating tip of the needle is disposed within the body, to protect the tendon sheath from damage through contact with the tip during passage of the needle within the sheath. a threading element adapted to transit along a lumen of a tendon sheath; and a liner for lining an internal surface of the tendon sheath, the liner defining an internal passage along which a tendon stump can pass during transit along the lumen, the liner acting to restrict contact between the tendon stump and the internal surface of the tendon sheath; in which the liner is adapted to be releasably coupled to the threading element so that it can be drawn into the tendon sheath by the threading element and located within the lumen, and then released from the threading element so as to reside within the lumen, characterized in that: a first end; a second end opposite the first end; and a body extending between the first and second ends, the body defining an internal cavity for accommodating a curved needle so that at least a penetrating tip of the needle is disposed within the body, to protect the tendon sheath from damage through contact with the tip during passage of the needle within the sheath.
Power estimation method, implemented in a three-phase electricity meter, and comprising the steps of: detecting a fraud which falsifies measurements of a first phase voltage present on a first phase of a distribution network, without falsifying measurements of a second phase voltage present on a second phase of the distribution network; reconstituting first estimated voltage samples, images over time of the first phase voltage, from second voltage samples, images over time of the second phase voltage, the second voltage samples being offset over time by an expected theoretical phase shift without fraud between the first phase voltage and the second phase voltage; estimating at least one first electrical power consumed on the first phase by using the first estimated voltage samples. detecting a fraud which falsifies measurements of a first phase voltage present on a first phase of a distribution network, without falsifying measurements of a second phase voltage present on a second phase of the distribution network; reconstituting first estimated voltage samples, images over time of the first phase voltage, from second voltage samples, images over time of the second phase voltage, the second voltage samples being offset over time by an expected theoretical phase shift without fraud between the first phase voltage and the second phase voltage; estimating at least one first electrical power consumed on the first phase by using the first estimated voltage samples.
A device for producing an air curtain, comprising at least one elongate air ejection nozzle that is arranged in a housing, wherein the nozzle body of said air ejection nozzle comprises at least two spacedapart nozzle segments (11, 12) that form a nozzle slot between one another, wherein the contour of the nozzle segments is curved on their facing inner surfaces (17, 20) and these nozzle segments form a nozzle slot that is at least sectionally convergent in the flow direction of the air, wherein a core jet profile is arranged between the two nozzle segments (11, 12) and divides the airflow into two partial jets, namely a core jet lying on the side (outer side) of the air curtain that faces the outside air and a support jet lying on the inner side of the air curtain, and wherein the flow channel of the support jet and the flow channel of the core jet initially are respectively convergent in the upper region and respectively divergent in the lower region, characterized in that the outer nozzle segment has a convexly curved inner surface, in that the inner nozzle segment has a convexly curved inner surface, and in that the core jet profile is realized asymmetrically and airfoil-shaped such that the predominant portion of the airflow emerging from the air ejection nozzle is ejected with the core jet.
A vacuum toilet unit having a urinal function, comprising: a sit-down toilet with a toilet wastewater discharge, a vacuum valve, a main discharge connected to the vacuum valve, wherein the toilet wastewater discharge is connected to the main discharge by way of a discharge bend (40, 40b) in a gravity induced manner, and a lockable triggering device (16, 26) for triggering the vacuum valve, a urinal with a urinal water discharge, wherein the urinal water discharge is connected to the main discharge by means of a coupling, a vacuum wastewater system connected to the vacuum valve, wherein the main discharge is separated from the vacuum wastewater system by the vacuum valve, characterised in that the triggering device for triggering the vacuum valve is configured to prevent an opening of the vacuum valve when the sit-down toilet is in use; wherein the sit-down toilet comprises a person monitoring device (31, 37) that is adapted to lock the lockable triggering device (16, 26) when the presence of a person is detected during use of the sit-down toilet, so that opening of the valve is prevented if the person is seated on the sit-down toilet. a sit-down toilet with a toilet wastewater discharge, a vacuum valve, a main discharge connected to the vacuum valve, wherein the toilet wastewater discharge is connected to the main discharge by way of a discharge bend (40, 40b) in a gravity induced manner, and a lockable triggering device (16, 26) for triggering the vacuum valve, a urinal with a urinal water discharge, wherein the urinal water discharge is connected to the main discharge by means of a coupling, a vacuum wastewater system connected to the vacuum valve, wherein the main discharge is separated from the vacuum wastewater system by the vacuum valve, characterised in that the triggering device for triggering the vacuum valve is configured to prevent an opening of the vacuum valve when the sit-down toilet is in use; wherein the sit-down toilet comprises a person monitoring device (31, 37) that is adapted to lock the lockable triggering device (16, 26) when the presence of a person is detected during use of the sit-down toilet, so that opening of the valve is prevented if the person is seated on the sit-down toilet.
Method for providing an optimized network roll-out plan for a mobile network comprising sectors fitted with multiple cells working over respective carrier frequencies, said method comprising: - a first step of gathering data from several network counters, followed by - a data analysis step determining available network resources for data traffic, wherein said data analysis step further comprises a congestion detection substep using a probability mass function and cumulative distribution modelling in order to assess what the achievable data throughput for users present in said sector could be, wherein said congestion detection substep further involves at least one carrier aggregation scenario between cells, and detects a congestion situation (Cs) by comparing a predefined percentile of an aggregated CDF curve (g), weighted based on all possible cell connection configuration probabilities, with a predefined minimal throughput level ( Tm). - a first step of gathering data from several network counters, followed by - a data analysis step determining available network resources for data traffic, wherein said data analysis step further comprises a congestion detection substep using a probability mass function and cumulative distribution modelling in order to assess what the achievable data throughput for users present in said sector could be, wherein said congestion detection substep further involves at least one carrier aggregation scenario between cells, and detects a congestion situation (Cs) by comparing a predefined percentile of an aggregated CDF curve (g), weighted based on all possible cell connection configuration probabilities, with a predefined minimal throughput level ( Tm).
A double rotor type motor comprising: an outer rotor having a first base, and a first extension extended from a circumference of the first base substantially perpendicular thereto, the first extension having outer magnets mounted on an inside circumferential surface; an inner rotor having a second base mounted on an upper surface of the first base concentric to the first base, and a second extension extended from a circumference of the second base so as to be opposite to the first extension with a predetermined gap toward an inner side of the first extension, the second extension having inner magnets mounted on an outside circumferential surface; and a bushing at a center of the first base and the second base, for transmission of rotation force both from the outer rotor and the inner rotor to a rotating shaft, characterized in that the first base includes a plurality of embossed portions at predetermined angular intervals in a circumferential direction for reinforcing strength, and the embossed portions and the second base are joined by caulking hole portions. an outer rotor having a first base, and a first extension extended from a circumference of the first base substantially perpendicular thereto, the first extension having outer magnets mounted on an inside circumferential surface; an inner rotor having a second base mounted on an upper surface of the first base concentric to the first base, and a second extension extended from a circumference of the second base so as to be opposite to the first extension with a predetermined gap toward an inner side of the first extension, the second extension having inner magnets mounted on an outside circumferential surface; and a bushing at a center of the first base and the second base, for transmission of rotation force both from the outer rotor and the inner rotor to a rotating shaft, characterized in that the first base includes a plurality of embossed portions at predetermined angular intervals in a circumferential direction for reinforcing strength, and the embossed portions and the second base are joined by caulking hole portions.
A mouldboard for a plough; wherein said mouldboard in the orientation intended for use in a plough comprises an active surface and a passive surface; wherein said active surface is arranged opposite to said passive surface; wherein said active surface is having an extension in a vertical direction; wherein said active surface is having an extension in a longitudinal direction; wherein said active surface extending from an upper rim to a lower rim of the mouldboard; wherein said active surface, in a predetermined area thereof, is having a geometry which is configured in such a way that there exist a number of cross-sections (9,9',9") spaced along the mouldboard's extension in the longitudinal direction and intersecting the upper rim of said active surface and the lower rim of said active surface in such a way that each said cross-section (9,9',9") on said active surface in said predetermined area defines a cross-sectional curve (10,10',10"); wherein in respect of each said cross-section and within said predetermined area of said active surface, said cross-sectional curve (10,10',10") comprises an upper cross-sectional part (12,12',12") and a lower cross-sectional part (14,14',14") of said active surface; wherein in respect of each said cross-section within said predetermined area of said active surface, said lower cross-sectional part (14,14',14") of a particular cross-section is having a smaller curvature than its corresponding upper cross-sectional counterpart (12,12',12") of the same cross-section (9,9',9"); characterized in that in respect of each said cross-section (9,9',9") within said predetermined area of said active surface, said lower cross-sectional part (14,14',14") at the point of the lower rim of said mouldboard are exhibiting tangent lines (TL, TL', TL"), wherein said tangent lines (TL. TL', TL") are crossing an imaginary line at intersection points (PI, PI', PI") thereof.
A recloseable container comprising a thermoformed tray comprising a bottom wall 16, side walls, a front wall and a rear wall, the bottom wall having a periphery, the side walls, front wall and rear wall each extending upward from the periphery and terminating in a rim that defines an opening, the tray further comprising a flange extending outwardly from the rim; and a thermoformed lid comprising a cover portion that covers the opening and a lid flange that extends outward from a periphery of the cover portion and has a rear edge characterized in that: the tray includes an elongated rib extending inwardly from each side wall; and the cover portion of the lid comprises a rear cover portion defining a plane and a front cover portion, the front cover portion comprising a recessed back wall extending downward from the rear cover portion, a recessed front wall and recessed side walls extending downward from the top wall periphery, and a recessed cover portion extending between the recessed front wall, recessed back wall and recessed side walls, each recessed side wall defining a groove configured to receive one of the elongated ribs in the tray to secure the lid to the tray in sliding fashion; wherein the lid is moveable in a sliding fashion between a fully closed position in which the recessed front wall of the lid abuts the tray front wall, and a fully opened position in which the recessed back wall 66 abuts the tray rear wall. the tray includes an elongated rib extending inwardly from each side wall; and the cover portion of the lid comprises a rear cover portion defining a plane and a front cover portion, the front cover portion comprising a recessed back wall extending downward from the rear cover portion, a recessed front wall and recessed side walls extending downward from the top wall periphery, and a recessed cover portion extending between the recessed front wall, recessed back wall and recessed side walls, each recessed side wall defining a groove configured to receive one of the elongated ribs in the tray to secure the lid to the tray in sliding fashion; wherein the lid is moveable in a sliding fashion between a fully closed position in which the recessed front wall of the lid abuts the tray front wall, and a fully opened position in which the recessed back wall 66 abuts the tray rear wall.
A sulfide solid electrolyte comprising: lithium, phosphorus, sulfur and chlorine, wherein the molar ratio of the chlorine to the phosphorus, c (Cl/P), is greater than 1.0 and 1.9 or less, wherein the sulfide solid electrolyte has an argyrodite-type crystal structure, wherein the sulfide solid electrolyte has a peak in each of regions 80.3 to 81.7 ppm, 82.4 to 83.7 ppm and 84.0 to 85.6 ppm in a solid 31 P-NMR measurement, wherein an area ratio of the peak in the region of 80.3 to 81.7 ppm to a total area of all peaks in the region of 78 to 92 ppm is 40 % or more, and wherein the 31 P-NMR is measured in accordance with the description. lithium, phosphorus, sulfur and chlorine, wherein the molar ratio of the chlorine to the phosphorus, c (Cl/P), is greater than 1.0 and 1.9 or less, wherein the sulfide solid electrolyte has an argyrodite-type crystal structure, wherein the sulfide solid electrolyte has a peak in each of regions 80.3 to 81.7 ppm, 82.4 to 83.7 ppm and 84.0 to 85.6 ppm in a solid 31 P-NMR measurement, wherein an area ratio of the peak in the region of 80.3 to 81.7 ppm to a total area of all peaks in the region of 78 to 92 ppm is 40 % or more, and wherein the 31 P-NMR is measured in accordance with the description.
A method for downlink transmission control in a coordinated multi-point transmission system, comprising: pairing users in serving cells of respective coordinated base stations and allocating frequency resource blocks thereto and determining weights of downlink signal preprocessing of the respective paired users; estimating respectively from the weight of preprocessing of each paired user a post-detection signal to interference and noise ratio SINR 2 when the user receives downlink data over the allocated frequency resource block; determining, from the result of estimating the SINR 2 of each user, a Modulation and Coding Scheme, MCS, of the user and instructing the user to detect and receive the downlink data over the allocated frequency resource block with the MCS; and instructing the respective coordinated base stations to perform joint processing on the downlink data of the user according to the weight of preprocessing of the user, the frequency resource block allocated to the user and the MCS of the user. pairing users in serving cells of respective coordinated base stations and allocating frequency resource blocks thereto and determining weights of downlink signal preprocessing of the respective paired users; estimating respectively from the weight of preprocessing of each paired user a post-detection signal to interference and noise ratio SINR 2 when the user receives downlink data over the allocated frequency resource block; determining, from the result of estimating the SINR 2 of each user, a Modulation and Coding Scheme, MCS, of the user and instructing the user to detect and receive the downlink data over the allocated frequency resource block with the MCS; and instructing the respective coordinated base stations to perform joint processing on the downlink data of the user according to the weight of preprocessing of the user, the frequency resource block allocated to the user and the MCS of the user.
A refrigerator comprising: a cabinet installed to pass through or inserted into a door or a wall, and defining a storage compartment for storing goods; a housing coupled to or formed integrally with a lower part of the cabinet; an outdoor side door configured to open or close a front side of the storage compartment and exposed to an outside of a space, the door or the wall being a boundary of the space; an indoor side door configured to open or close a rear side of the storage compartment and exposed to the inside of the space; a cold air supply device, at least a part of which is disposed in the housing, configured to make air in the storage compartment cold; and a tray provided in the storage compartment, characterized in that the refrigerator further comprises a base plate disposed on a bottom surface of the storage compartment and having a plurality of through-holes, wherein the tray is disposed on the base plate, wherein the tray includes: a bottom portion on which the goods are placed; and a plurality of legs extending downward from corners of the bottom portion and placed on the base plate, and wherein the bottom portion of the tray is spaced apart from the bottom surface of the storage compartment by the legs to form a lower gap between the bottom portion and the base plate. a cabinet installed to pass through or inserted into a door or a wall, and defining a storage compartment for storing goods; a housing coupled to or formed integrally with a lower part of the cabinet; an outdoor side door configured to open or close a front side of the storage compartment and exposed to an outside of a space, the door or the wall being a boundary of the space; an indoor side door configured to open or close a rear side of the storage compartment and exposed to the inside of the space; a cold air supply device, at least a part of which is disposed in the housing, configured to make air in the storage compartment cold; and a tray provided in the storage compartment, characterized in that the refrigerator further comprises a base plate disposed on a bottom surface of the storage compartment and having a plurality of through-holes, wherein the tray is disposed on the base plate, wherein the tray includes: a bottom portion on which the goods are placed; and a plurality of legs extending downward from corners of the bottom portion and placed on the base plate, and wherein the bottom portion of the tray is spaced apart from the bottom surface of the storage compartment by the legs to form a lower gap between the bottom portion and the base plate. a bottom portion on which the goods are placed; and a plurality of legs extending downward from corners of the bottom portion and placed on the base plate, and wherein the bottom portion of the tray is spaced apart from the bottom surface of the storage compartment by the legs to form a lower gap between the bottom portion and the base plate.
An infrastructure management device comprising: an external management port to connect the infrastructure management device to a management network; an external link port to connect the infrastructure management device to another infrastructure management device via another external link port on the another infrastructure management device; an internal link port to connect the infrastructure management device to a redundant infrastructure management device in the same modular infrastructure; and a set of bay management network ports, each of the set of bay management network ports to connect to a modular infrastructure management component including an appliance that is adapted to use software to manage a compute device, a storage device and an interconnect connected to the infrastructure management device. an external management port to connect the infrastructure management device to a management network; an external link port to connect the infrastructure management device to another infrastructure management device via another external link port on the another infrastructure management device; an internal link port to connect the infrastructure management device to a redundant infrastructure management device in the same modular infrastructure; and a set of bay management network ports, each of the set of bay management network ports to connect to a modular infrastructure management component including an appliance that is adapted to use software to manage a compute device, a storage device and an interconnect connected to the infrastructure management device.