mhurhangee/ep-ind-claims huggingface dataset:
A thrust ring comprising: a body including a cylindrical outer surface, a cylindrical inner surface, defining a central axis, an axial direction, a circumferential direction, a first axial end, a second axial end, and at least one recess on each of the first axial end and the second axial end, said at least one recess extending from the outer surface to the inner surface, characterized by the provision of at least one protrusion extending from the cylindrical inner surface toward the central axis.
An inverted microscope, comprising an image forming optical system that forms an image of a sample in an observation position on a stage (64, 65), wherein: the image forming optical system has an objective lens that is disposed below the stage (64, 65), for condensing the light from the sample, in the observation position on the stage (64, 65); a first deflecting element that is disposed on a first optical path on an optical axis of the objective lens in the observation position, for deflecting the light from the sample in a direction perpendicular to the first optical path and forming a second optical path that is approximately horizontal; a second deflecting element that is disposed on the second optical path, for deflecting the light deflected by the first deflecting element from the sample approximately vertically in the upward direction and forming a third optical path, and an ocular optical system which the light led along the third optical path from the sample enters into, for emitting the light from the sample in the direction perpendicular to the second optical path when the microscope is viewed from the top, wherein the microscope further comprises an illumination optical system that guides illumination light from a light source to the sample via the objective lens, and an optical path (P11, P12) of the illumination optical system is set such that a part of the optical path of the illumination optical system is parallel with the second optical path, and overlaps at least a part of the second optical path when the microscope is viewed from the top. the image forming optical system has an objective lens that is disposed below the stage (64, 65), for condensing the light from the sample, in the observation position on the stage (64, 65); a first deflecting element that is disposed on a first optical path on an optical axis of the objective lens in the observation position, for deflecting the light from the sample in a direction perpendicular to the first optical path and forming a second optical path that is approximately horizontal; a second deflecting element that is disposed on the second optical path, for deflecting the light deflected by the first deflecting element from the sample approximately vertically in the upward direction and forming a third optical path, and an ocular optical system which the light led along the third optical path from the sample enters into, for emitting the light from the sample in the direction perpendicular to the second optical path when the microscope is viewed from the top, wherein the microscope further comprises an illumination optical system that guides illumination light from a light source to the sample via the objective lens, and an optical path (P11, P12) of the illumination optical system is set such that a part of the optical path of the illumination optical system is parallel with the second optical path, and overlaps at least a part of the second optical path when the microscope is viewed from the top.
A device (10, 20) for wireless control of a lamp, the device comprising a control interface (4, 6), and a body for emitting light, the body comprised in the lamp and comprising at least a first electrode(3, 13), wherein the control interface (4, 6) is connected to the at least first electrode (3, 13) of the body, and the device characterized in that the first electrode is used as a first antenna for wireless control of the lamp.
A filter connection for a smoke evacuation system, comprising: a filter canister comprising: a body disposed between a first end and a second end of the filter canister; a connection nipple disposed at the second end of the filter canister; a seal disposed around the connection nipple; and a first electronic connector; a housing having a socket, the socket comprising: a first recess configured to receive the body of the filter canister; a second recess configured to receive the connection nipple; and a second electronic connector; and wherein a first longitudinal distance between the seal and the first electronic connector is greater than a second longitudinal distance between the second electronic connector and a first end of the second recess from which the connection nipple is received by the second recess so that a sealed airflow path extending from the connection nipple to the second recess is made before the first and second electronic connectors meet when the filter canister is inserted into the socket. a filter canister comprising: a body disposed between a first end and a second end of the filter canister; a connection nipple disposed at the second end of the filter canister; a seal disposed around the connection nipple; and a first electronic connector; a body disposed between a first end and a second end of the filter canister; a connection nipple disposed at the second end of the filter canister; a seal disposed around the connection nipple; and a first electronic connector; a housing having a socket, the socket comprising: a first recess configured to receive the body of the filter canister; a second recess configured to receive the connection nipple; and a second electronic connector; and a first recess configured to receive the body of the filter canister; a second recess configured to receive the connection nipple; and a second electronic connector; and wherein a first longitudinal distance between the seal and the first electronic connector is greater than a second longitudinal distance between the second electronic connector and a first end of the second recess from which the connection nipple is received by the second recess so that a sealed airflow path extending from the connection nipple to the second recess is made before the first and second electronic connectors meet when the filter canister is inserted into the socket.
A bone anchor inserter tool (100, 500), comprising: an elongate shaft (102, 510) having proximal and distal (102d, 510d) ends and an inner lumen extending therethrough, the distal end having first and second prongs (108a, 108b, 502, 504) extending distally therefrom and positioned on opposite sides of the shaft, characterized in that each prong (108a, 108b, 502, 504) has a first boss (114a, 114b, 114c, 114d, 506a) positioned adjacent a proximal end of each prong and a second boss (116a, 116b, 116c, 116d, 506b) positioned adjacent a mid-portion of each prong. an elongate shaft (102, 510) having proximal and distal (102d, 510d) ends and an inner lumen extending therethrough, the distal end having first and second prongs (108a, 108b, 502, 504) extending distally therefrom and positioned on opposite sides of the shaft, characterized in that each prong (108a, 108b, 502, 504) has a first boss (114a, 114b, 114c, 114d, 506a) positioned adjacent a proximal end of each prong and a second boss (116a, 116b, 116c, 116d, 506b) positioned adjacent a mid-portion of each prong.
A method of assessing chromosomal aneuploidy of maternal meiotic origin in a human egg, the method comprising assessing the presence or degree of centromeric heterozygosity for one or more of the chromosomes of the first polar body of the egg; by measuring centromeric heterozygosity in the first polar body and wherein the method is used to predict the risk of aneuploidy in a fertilised egg or embryo following meiosis II, wherein the presence of a higher level of CH in the first polar body is used to infer a higher risk of said chromosomal aneuploidy in the corresponding fertilised egg or embryo developed therefrom compared to where an absence or lower level of CH is present in the first polar body.
Prefabricated basic wall-building element comprising a load bearing core member comprising a plate shape main body having a vertical orientation in its assembled position, said main body being covered by and attached to, directly or indirectly, a form-stable thermal insulation layer at both sides thereof, wherein along one vertical side of each basic wall-building element the core member protrudes to constitute a tongue while along the opposite side of the basic wall-building element, the core member is recessed to constitute a groove adapted to receive the tongue of an adjacent wall-building element, and wherein the core member further comprises ribs extending laterally from both sides of the main body, with a vertical orientation, their lateral extension being less than the thickness of the thermal insulation layer. along one vertical side of each basic wall-building element the core member protrudes to constitute a tongue while along the opposite side of the basic wall-building element, the core member is recessed to constitute a groove adapted to receive the tongue of an adjacent wall-building element, and wherein the core member further comprises ribs extending laterally from both sides of the main body, with a vertical orientation, their lateral extension being less than the thickness of the thermal insulation layer.
A dental light polymerization device, comprising a polymerization light source, and a camera, wherein the device comprises an actively movable light reflector, characterized in that the reflector is movable between a first positional arrangement (Fig. 1), in which the reflector establishes a first optical path between the polymerization light source and an object, and a second positional arrangement, in which the reflector establishes a second optical path between the object and the camera, wherein alternatively: in the first positional arrangement the second optical path is suspended; in the second positional arrangement the first optical path is suspended. in the first positional arrangement the second optical path is suspended; in the second positional arrangement the first optical path is suspended.
A method performed at a network switch of a fabric network, the method comprising: detecting a connection of a device to the network switch, the device compliant with a remote integrated services engine (RISE) protocol; receiving, from the device, a programming instruction for switching compliant with the RISE protocol; distributing the programming instruction to one or more other network switches of the fabric network; receiving data and control traffic from the one or more other network switches of the fabric network; and forwarding the received data and control traffic to the device. detecting a connection of a device to the network switch, the device compliant with a remote integrated services engine (RISE) protocol; receiving, from the device, a programming instruction for switching compliant with the RISE protocol; distributing the programming instruction to one or more other network switches of the fabric network; receiving data and control traffic from the one or more other network switches of the fabric network; and forwarding the received data and control traffic to the device.
A variable reluctance actuator comprising: - a stator having a stator core comprising a single stator salient pole with a single coil winding; - a rotor having a rotor core rotatable around an axis of rotation between a start position and an end position and comprising a single rotor salient pole, wherein the rotor core angular stroke between the start position and the end position is less than 180°; - a shaft integrally rotatable with the rotor core, wherein an air gap is formed between the rotor salient pole and the stator salient pole when the rotor core moves between the start and the end positions, the stator salient pole and the rotor salient pole being shaped such that the radial distance between a same point on the rotor salient pole and the stator salient pole at the air gap varies as a function of the angular position of the rotor core, characterized in that the rotor core is located inside an empty space in the stator core, and in that when the rotor core is in the start position, the rotor salient pole does not face the stator salient pole, and when the rotor core is in the end position, the rotor salient pole faces the stator salient pole. - a stator having a stator core comprising a single stator salient pole with a single coil winding; - a rotor having a rotor core rotatable around an axis of rotation between a start position and an end position and comprising a single rotor salient pole, wherein the rotor core angular stroke between the start position and the end position is less than 180°; - a shaft integrally rotatable with the rotor core,
A surgical tool for removing tissue from a body organ and comprising a longitudinal extending outer shell and a longitudinal extending actuator, the outer shell comprising a steerable region and the actuator being arranged to flex and extend the steerable region about at least two generally orthogonal first and second axes, wherein the steerable region of the outer shell comprising a plurality of joints (12121, 12122) interconnected by pairs of hinge joints (1, 2), and wherein at least one of the pairs of hinge joints (1, 2) is arranged to flex and extend adjacent joints it interconnects about the first axis and at least one other pair of hinge joints (1, 2) is arranged to flex and extend adjacent joints it interconnects about the second axis, wherein each one of the hinge joints comprises a bearing member positively engaged within a socket member, the socket member being integral with a first one of the joints being interconnected and the bearing member being integral with a second one of the joints being interconnected characterized in that the bearing member remains integrally joined also to the first one of the joints via a flexible linking arm. each one of the hinge joints comprises a bearing member positively engaged within a socket member, the socket member being integral with a first one of the joints being interconnected and the bearing member being integral with a second one of the joints being interconnected characterized in that the bearing member remains integrally joined also to the first one of the joints via a flexible linking arm.
A gas turbine engine assembly comprising; a plurality of fan blades rotatable about a fan rotation axis; a fan nacelle at least partially surrounding the plurality of fan blades, the fan nacelle defining an inlet; at least one means (42,40) of generating a signal indicative of an airflow condition entering the inlet; an effector that is actuatable to accommodate distortions in inlet airflow; and a controller receiving the signal indicative of an airflow condition entering the inlet and determining an inlet distortion condition corresponding to the signal indicative of an airflow condition and actuating the effector based on the identified inlet distortion condition, characterised in that: the effector comprises a pitch control mechanism that changes a pitch of each of the fan blades to accommodate the determined inlet distortion condition. a plurality of fan blades rotatable about a fan rotation axis; a fan nacelle at least partially surrounding the plurality of fan blades, the fan nacelle defining an inlet; at least one means (42,40) of generating a signal indicative of an airflow condition entering the inlet; an effector that is actuatable to accommodate distortions in inlet airflow; and a controller receiving the signal indicative of an airflow condition entering the inlet and determining an inlet distortion condition corresponding to the signal indicative of an airflow condition and actuating the effector based on the identified inlet distortion condition, characterised in that: the effector comprises a pitch control mechanism that changes a pitch of each of the fan blades to accommodate the determined inlet distortion condition.
A protection set in order to protect the inner surface of the external ring of the bearing at the stage of coating the bearing's external ring with an isolating material during the production of an electrically isolated bearing, comprising; - a prosthesis mounted inside the external ring of the bearing such that it completely wraps around the inner surface of the external ring of the bearing, and - covers mounted to the external ring of the bearing from both sides of the external ring of the bearing in order to be fixed to the masking of the external ring of the bearing, characterized in that the said protection set also comprises; - a cover latch which is inserted into the inside of the side surface flange such that it enables the covers to be fixed to the external ring of the bearing by entering into the external ring of the bearing around the covers, and in turn such that it enables to fix the prosthesis that has been previously mounted into the external ring of the bearing to the external ring of the bearing. - a prosthesis mounted inside the external ring of the bearing such that it completely wraps around the inner surface of the external ring of the bearing, and - covers mounted to the external ring of the bearing from both sides of the external ring of the bearing in order to be fixed to the masking of the external ring of the bearing, - a cover latch which is inserted into the inside of the side surface flange such that it enables the covers to be fixed to the external ring of the bearing by entering into the external ring of the bearing around the covers, and in turn such that it enables to fix the prosthesis that has been previously mounted into the external ring of the bearing to the external ring of the bearing.
A coordinate positioning apparatus comprising a moveable member moveable along a bearing guideway in a first dimension, the moveable member comprising a horizontally-extending beam which carries a carriage that is moveable along the beam in a second dimension, the carriage carrying a quill which is moveable relative to the carriage in a third dimension, the moveable member comprising at a first end thereof at least first and second bearing members which are preloaded against corresponding first and second bearing surfaces of the bearing guideway, configured such that in a two dimensional coordinate system perpendicular to the first dimension, the direction of the resultant reaction force to the preload on the first bearing member and the direction of the resultant reaction force to the preload on the second bearing member intersect.
An air conditioner comprising: a main body configured to perform air conditioning; a filter through which air is introduced into the main body for filtering contaminants; and a filter cleaning unit disposed in the main body and configured to inject a fluid onto the filter for cleaning the filter and the filter cleaning unit comprising an injection unit configured to inject a fluid onto the filer and a suction unit configured to suck a fluid injected from the injection unit, wherein the fluid is steam, and the injection unit comprises a steam generator (212, 410, 510) configured to generate steam by heating water, and a steam tube (214, 412, 512) through which steam generated by the steam generator flows, wherein the air conditioner further comprises a heat exchanger configured to change heat with air passing through the filter, and characterized in that the air conditioner further comprising a condensed water collecting part configured to collect water condensed while the heat exchanger changes heat with air, wherein condensed water collected in the condensed water collecting part is supplied to the steam generator (212, 410, 510). a main body configured to perform air conditioning; a filter through which air is introduced into the main body for filtering contaminants; and a filter cleaning unit disposed in the main body and configured to inject a fluid onto the filter for cleaning the filter and the filter cleaning unit comprising an injection unit configured to inject a fluid onto the filer and a suction unit configured to suck a fluid injected from the injection unit, wherein the fluid is steam, and the injection unit comprises a steam generator (212, 410, 510) configured to generate steam by heating water, and a steam tube (214, 412, 512) through which steam generated by the steam generator flows, wherein the air conditioner further comprises a heat exchanger configured to change heat with air passing through the filter, and characterized in that the air conditioner further comprising a condensed water collecting part configured to collect water condensed while the heat exchanger changes heat with air, wherein condensed water collected in the condensed water collecting part is supplied to the steam generator (212, 410, 510).
A plastic container comprising: an upper portion (14, 16) having a mouth defining an opening Into the container; a base movable to accommodate vacuum forces generated within the container thereby decreasing the volume of the container; and a substantially cylindrical portion extending between said upper portion and said base, said base comprising a plurality of vacuum features formed as indents disposed equidistantly about said base to create a vacuum force curve having a generally constant slope, characterized in that said cylindrical portion being movable to accommodate vacuum forces generated within the container thereby decreasing the volume of the container, and wherein said cylindrical portion comprises a plurality of horizontal ribs, each rib having a rib width to rib depth ratio of about 1.6 to about 2.0. an upper portion (14, 16) having a mouth defining an opening Into the container; a base movable to accommodate vacuum forces generated within the container thereby decreasing the volume of the container; and a substantially cylindrical portion extending between said upper portion and said base, said base comprising a plurality of vacuum features formed as indents disposed equidistantly about said base to create a vacuum force curve having a generally constant slope, characterized in that said cylindrical portion being movable to accommodate vacuum forces generated within the container thereby decreasing the volume of the container, and wherein said cylindrical portion comprises a plurality of horizontal ribs, each rib having a rib width to rib depth ratio of about 1.6 to about 2.0.