mhurhangee/ep-ind-claims huggingface dataset:
A middle-of-line, MOL, shielded gate for an integrated circuit, IC, comprising: an active semiconductor layer comprising a first semiconductor device; a metal resistor comprising a metal material disposed in an MOL layer, the MOL layer disposed above the active semiconductor layer; wherein the first semiconductor device comprises a transistor comprising a source, a drain, and a gate interdisposed between the source and the drain; wherein the metal resistor is disposed over the gate of the transistor such that gate to drain parasitic capacitance in the transistor is reduced; and wherein the MOL layer has a thickness of approximately eighteen, 18, nanometers, nm, or less and wherein a ratio of the thickness of the MOL layer to a thickness of the active semiconductor layer is approximately 0.26 or less. an active semiconductor layer comprising a first semiconductor device; a metal resistor comprising a metal material disposed in an MOL layer, the MOL layer disposed above the active semiconductor layer; wherein the first semiconductor device comprises a transistor comprising a source, a drain, and a gate interdisposed between the source and the drain; wherein the metal resistor is disposed over the gate of the transistor such that gate to drain parasitic capacitance in the transistor is reduced; and wherein the MOL layer has a thickness of approximately eighteen, 18, nanometers, nm, or less and wherein a ratio of the thickness of the MOL layer to a thickness of the active semiconductor layer is approximately 0.26 or less.
Lingerie item comprising at least one holding element able to hold the said lingerie item in place when it is being worn, the said holding element being made of a textile material provided on its internal surface intended to be in contact with the skin with a discontinuous coating of elastomeric material able to prevent the said lingerie item from slipping, characterized in that the said discontinuous coating of elastomeric material comprises a pattern of protuberances of elastomeric material in the shape of grains of rice oriented in at least four different directions in the frame of reference of the internal surface of the holding element, the said protuberances having dimensions and a distribution which are such that the density of protuberances per unit surface area of the holding element is at least 10 protuberances per square centimetre.
An apparatus for producing 3D point-cloud model of physical object, comprising: a rotatable platform, arranged to carry an object to be scanned; multiple patterns, arranged asymmetrically on the rotatable platform; a background curtain, arranged at one side of the rotatable platform; an image capturing unit, arranged at other side of the rotatable platform against the background curtain and aiming at the background curtain; and a microprocessor, electrically connected with the rotatable platform and the image capturing unit, configured to set a capturing amount of the image capturing unit during one-time rotation operation of the rotatable platform; wherein, the microprocessor is configured to receive a trigger action for controlling the rotatable platform to perform the rotation operation and controlling the image capturing unit to capture multiple images of the object according to the capturing amount during the rotation operation, wherein each of the images respectively records the entire object and the multiple patterns, and respectively records a set of global coordinates corresponding to different angle of view; wherein, the microprocessor is configured to perform a matching action on multiple feature points of the object and the multiple patterns of each of the images, and re-builds a 3D point-cloud model of the object according to a matching result of the matching action and the sets of global coordinates of each of the images. a rotatable platform, arranged to carry an object to be scanned; multiple patterns, arranged asymmetrically on the rotatable platform; a background curtain, arranged at one side of the rotatable platform; an image capturing unit, arranged at other side of the rotatable platform against the background curtain and aiming at the background curtain; and a microprocessor, electrically connected with the rotatable platform and the image capturing unit, configured to set a capturing amount of the image capturing unit during one-time rotation operation of the rotatable platform; wherein, the microprocessor is configured to receive a trigger action for controlling the rotatable platform to perform the rotation operation and controlling the image capturing unit to capture multiple images of the object according to the capturing amount during the rotation operation, wherein each of the images respectively records the entire object and the multiple patterns, and respectively records a set of global coordinates corresponding to different angle of view; wherein, the microprocessor is configured to perform a matching action on multiple feature points of the object and the multiple patterns of each of the images, and re-builds a 3D point-cloud model of the object according to a matching result of the matching action and the sets of global coordinates of each of the images.
Steamer accessory (4; 104) for steam-heating and/or steam-cooking food in a container (2; 102), the steamer accessory (4; 104) comprising a steam generator (5; 105) comprising a steam production chamber (20; 120) connected to at least one steam distribution outlet (15; 115) provided in a lower part (10; 110) of the steam generator (5; 105), the steam production chamber (20, 120) comprising a heating device (50, 150), characterised in that the heating device (50, 150) is controlled by a control device (28; 128) comprising a steam detector (29; 129) arranged to detect a flow of steam escaping through a vent (18; 118) that brings the lower part (10; 110) of the steam generator (5; 105) into communication with an outer part (11; 111) of the steam generator (5; 105), in that the steam generator (5; 105) has a lower annular supporting surface (9; 109) provided to rest on the container (2; 102), in that said at least one steam distribution outlet (15; 115) is surrounded by the lower annular supporting surface (9; 109), and in that the vent (18; 118) is surrounded by the lower annular supporting surface (9; 109).
Device for crimping multifilament threads, having an injector installation and having a stuffing installation, wherein the injector installation has a conveying duct having a thread inlet, wherein the conveying duct of the injector installation opens into a stuffer chamber of the stuffing installation and wherein the stuffer chamber in an upper chamber portion (10.1), between a plurality of wall portions of a chamber wall, has a plurality of slot-shaped air-exhaust openings, characterized in that the wall portions of the chamber wall, in order to configure the air-exhaust openings, each have one flow edge which is aligned so as to be tangential to a chamber circle.
A Compound having general Formula I wherein - is a physiologically compatible anion, wherein n is 0 or 1, wherein R1 and R2 are, independently of each other, selected from the group comprising hydrogen, hydrogensulfate, phosphate, hydrogen phosphate, dihydrogen phosphate, benzoate, formate, acetate, propionate, butanoate, valerate, silyl, or R1, R2 are both hydrogen phosphate, sulfate, methylene, isopropylidene, wherein R3 represents a residue 1,3-dihydroxyprop-2-yl, (+)-2,3-dihydroxy-prop-1-yl, (-)-2,3-dihydroxyprop-1-yl or rac.-2,3-dihydroxyprop-1-yl. wherein - is a physiologically compatible anion, wherein n is 0 or 1, wherein R1 and R2 are, independently of each other, selected from the group comprising hydrogen, hydrogensulfate, phosphate, hydrogen phosphate, dihydrogen phosphate, benzoate, formate, acetate, propionate, butanoate, valerate, silyl, or R1, R2 are both hydrogen phosphate, sulfate, methylene, isopropylidene, wherein R3 represents a residue 1,3-dihydroxyprop-2-yl, (+)-2,3-dihydroxy-prop-1-yl, (-)-2,3-dihydroxyprop-1-yl or rac.-2,3-dihydroxyprop-1-yl.
A combination surgical device comprising: a handle assembly having a handle housing, an elongate tubular member extending distally from the handle assembly and having a distal end, an end effector assembly mounted on the distal end of the elongate tubular member, the end effector assembly including a first jaw, a second jaw and a blade movably mounted within the first jaw, an advancement mechanism positioned within the handle housing and operable to extend the blade out of the first jaw, the advancement mechanism including a hollow ratchet body connected to the blade, an advance button mounted to the handle housing and an advance pawl connected to the advance button and engageable with teeth on the hollow ratchet body; and a lever movably mounted on the handle housing and connected to the first and second jaws, the lever operable to move the first and second jaws from a closed position in close cooperative alignment to an open position spaced apart to receive tissues. a handle assembly having a handle housing, an elongate tubular member extending distally from the handle assembly and having a distal end, an end effector assembly mounted on the distal end of the elongate tubular member, the end effector assembly including a first jaw, a second jaw and a blade movably mounted within the first jaw, an advancement mechanism positioned within the handle housing and operable to extend the blade out of the first jaw, the advancement mechanism including a hollow ratchet body connected to the blade, an advance button mounted to the handle housing and an advance pawl connected to the advance button and engageable with teeth on the hollow ratchet body; and a lever movably mounted on the handle housing and connected to the first and second jaws, the lever operable to move the first and second jaws from a closed position in close cooperative alignment to an open position spaced apart to receive tissues.
A method comprising: determining, by a device in a Low Power and Lossy Network, LLN, that a particular packet flow in the LLN is sensitive to packet reordering based on a policy received from a supervisory device; determining, by the device, that a particular packet of the particular packet flow is to be routed differently than an immediately prior packet in the packet flow, in response to determining that the particular packet flow is sensitive to reordering; and marking, by the device, the particular packet with a first type of marking indicating to a reordering device, that the particular packet is being routed along a different route than the immediately prior packet in the packet flow and that the reordering device should ensure that said particular packet is reordered in sequence into the particular packet flow prior to being forwarded on by the reordering device; forwarding, by the device to the reordering device, the marked packet. determining, by a device in a Low Power and Lossy Network, LLN, that a particular packet flow in the LLN is sensitive to packet reordering based on a policy received from a supervisory device; determining, by the device, that a particular packet of the particular packet flow is to be routed differently than an immediately prior packet in the packet flow, in response to determining that the particular packet flow is sensitive to reordering; and marking, by the device, the particular packet with a first type of marking indicating to a reordering device, that the particular packet is being routed along a different route than the immediately prior packet in the packet flow and that the reordering device should ensure that said particular packet is reordered in sequence into the particular packet flow prior to being forwarded on by the reordering device; forwarding, by the device to the reordering device, the marked packet.
A grinder comprising a dosing device for dosing grinding material, comprising: a storage container having a filling opening and an outlet opening; an opening/closing device, which is arranged at a region of the outlet opening of the storage container, comprising a closing body which has an axis of rotation which is arranged rotatably transversely to an outlet direction passing through the opening/closing device; and a dispensing nozzle comprising an outlet opening, wherein the dispensing nozzle is formed by a hollow body and is in engagement with the opening/closing device such that the dispensing nozzle and the opening/closing device can be adjusted telescopically relative to each other, characterized in that the grinder further comprises a grinding material comminuting device arranged downstream of the outlet opening of the dispensing nozzle, as viewed in the direction of gravity, which is arranged such that the outlet opening is closed or opened by means of an operating state of the grinding material comminuting device. a storage container having a filling opening and an outlet opening; an opening/closing device, which is arranged at a region of the outlet opening of the storage container, comprising a closing body which has an axis of rotation which is arranged rotatably transversely to an outlet direction passing through the opening/closing device; and a dispensing nozzle comprising an outlet opening, wherein the dispensing nozzle is formed by a hollow body and is in engagement with the opening/closing device such that the dispensing nozzle and the opening/closing device can be adjusted telescopically relative to each other, characterized in that the grinder further comprises a grinding material comminuting device arranged downstream of the outlet opening of the dispensing nozzle, as viewed in the direction of gravity, which is arranged such that the outlet opening is closed or opened by means of an operating state of the grinding material comminuting device.
A reusable crate for containing a plurality of articles to be packed, comprising: a bottom wall; an external wall, which rises from the bottom wall; a first internal wall, which rises from the bottom wall; the first internal wall, a part of the bottom wall and a part of the external wall identifying a chamber for containing a plurality of articles to be packed; the first internal wall being mobile so as to vary the volume of the chamber; characterised in that the bottom wall being mobile so as to enable release of the plurality of the articles to be packed. a bottom wall; an external wall, which rises from the bottom wall; a first internal wall, which rises from the bottom wall; the first internal wall, a part of the bottom wall and a part of the external wall identifying a chamber for containing a plurality of articles to be packed; the first internal wall being mobile so as to vary the volume of the chamber; characterised in that the bottom wall being mobile so as to enable release of the plurality of the articles to be packed.
A multi-channel headphone, comprising: a housing (10A, 10F) being cylindrical or disc-shaped, having a curve surface; a compartment (11A, 11F) formed on and recessed inwards from an inner side of the housing (10A, 10F); a first audio output hole and at least one second audio output hole (12A, 13A, 14F, 16F, 17F) formed on and recessed inwards from the curve surface of the housing (10A, 10F); and spaced apart from each other; and a sound wall (110A, 150F) formed on a position on an inner wall of the compartment (11A, 11F); and a speaker unit (20A, 20F) mounted inside the housing (10A, 10F) and having two sound-generating parts (21A, 22A, 21F, 22F) mounted in the speaker unit (20A, 20F), wherein sound produced by one of the sound-generating parts (22A, 21F) directly travels through the first audio output hole (12A, 14F), and sound produced by the other sound-generating part (21A, 22F) is refracted by the sound wall (110A, 150F) and then travels through the at least one second audio output hole (12, 13A, 16F, 17F); characterized in that the first audio output hole and the at least one second audio output hole (12A, 13A, 14F, 16F) of the housing (10A, 10F) have different sound travelling directions. a housing (10A, 10F) being cylindrical or disc-shaped, having a curve surface; a compartment (11A, 11F) formed on and recessed inwards from an inner side of the housing (10A, 10F); a first audio output hole and at least one second audio output hole (12A, 13A, 14F, 16F, 17F) formed on and recessed inwards from the curve surface of the housing (10A, 10F); and spaced apart from each other; and a sound wall (110A, 150F) formed on a position on an inner wall of the compartment (11A, 11F); and a speaker unit (20A, 20F) mounted inside the housing (10A, 10F) and having two sound-generating parts (21A, 22A, 21F, 22F) mounted in the speaker unit (20A, 20F), wherein sound produced by one of the sound-generating parts (22A, 21F) directly travels through the first audio output hole (12A, 14F), and sound produced by the other sound-generating part (21A, 22F) is refracted by the sound wall (110A, 150F) and then travels through the at least one second audio output hole (12, 13A, 16F, 17F);
A system for automatic gross-examination of tissue samples, the system comprising an apparatus which includes a stainless steel bed; a piezoelectric glass lid; a robotic arm; a plurality of cameras; an ultrasound equipment; and an ultrasound cleaning mechanism; the system further comprising a server; wherein the ultrasound equipment is mounted on top of the stainless steel bed and the ultrasound equipment is adapted to detect the size and dimensions of a tumor specimen (108, 802) that is studied, wherein the ultrasound equipment is also adapted to automate the process of cutting the specimen (108, 802), wherein surgical blades on the robotic arm (102, 704) receive ultrasound output and slice the specimen (108, 802) for further analysis, wherein the stainless steel bed is mounted with the piezoelectric glass lid on top for receiving and placing a tissue sample, wherein the stainless steel bed is provided with a disposable cover for each specimen (108, 802), wherein the stainless steel bed is configured to slide out for avoiding accidental injury, wherein the stainless steel bed is covered with a box having a modular design, wherein the box is provided with lock-in mechanisms to ensure that all the parts are adapted to be opened and cleaned manually by an operator or a lab technician, wherein the built-in ultrasound cleaning mechanism is provided to keep the instruments clean for sequential processing; wherein the ultrasound equipment is configured to provide an output to the robotic arm (102, 704), based on a command issued from the server after the analysis by the operator and communication with the server to cut and slice the sample for analysis, wherein the ultrasound equipment is configured to provide an output to the robotic arm (102, 704), for detection and dissection of the specimen (108, 802) into cubes of preset sizes using the plurality of surgical blades, and wherein the cubes are transferred with the robotic arm (102, 704) into a wax block for preparation and analysis; and wherein an artificial intelligence engine and machine learning module are provided in the server adapted to perform an analysis and to communicate the results to the apparatus from the server, wherein a plurality of classification and supervised learning algorithms or models are employed in the analysis of the samples, and wherein the artificial intelligence engine is provided for classification, probabilistic modeling and image analysis of the tissues.,
An assembly for engaging a sample in materials testing, comprising: - a mounting device; - a grip mounted on the mounting device and comprising jaw faces (214, 216); and - a sample receiving device mounted on the mounting device and extending between said jaw faces (214, 216), thereby positioning a sample between said jaw faces (214, 216) of the grip, characterized in that the sample receiving device includes a first planar surface and a second planar surface, the first and second planar surfaces (60, 62), when mounted, to be oriented toward respective jaw faces (214, 216) of the grip. - a mounting device; - a grip mounted on the mounting device and comprising jaw faces (214, 216); and - a sample receiving device mounted on the mounting device and extending between said jaw faces (214, 216), thereby positioning a sample between said jaw faces (214, 216) of the grip,
A device for interconnecting a first terminal with a second terminal, the device comprising a first male connector shaped to be inserted in a corresponding female connector of the first terminal and a second male connector shaped to be inserted in a corresponding female connector of the second terminal, a device in which the first male connector is a reversible connector comprising at least two series of functionally identical pins and and characterised in that the device comprises a female connector, at least partly connected to the first series of pins of the first male connector by a transfer circuit and in that the second male connector is at least partly connected to the second series of pins of the first male connector by an interconnection circuit (Cln); and wherein the transfer circuit and the interconnection circuit are at least in part under the control of an electronic interconnection subsystem (CEIn) which comprises a data transfer switch and a power supply bypass (DrAl).
A medical device comprising: an injection molded polymer article, the polymer article comprising a high molecular weight polyethylene polymer, the high molecular weight polyethylene polymer having a melt flow index of greater than about 0.8 g/10 min and less than about 3 g/10 min as measured by ISO Test 1133 at 190°C and at a load of 21.6 kg, the high molecular weight polyethylene having a Viscosity Number of greater than about 400 cm 3 /g when tested according to ISO Test 1628-3, and wherein the high molecular weight polyethylene polymer has a specific gravity of from about 0.93g/cm 3 to about 0.97 g/cm 3 when tested according to ISO Test 1183-1, Method A.