mhurhangee/ep-ind-claims huggingface dataset:
A grinding machine, comprising a grinding machine body and a grinding disc connected to the grinding machine body, wherein the grinding machine body is provided with a host housing, a cover body connected to the host housing, a pressure cavity defined by the cover body and arranged at a position facing the grinding disc, and a gas intake pipe corresponding to the pressure cavity and disposed on the cover body, wherein the gas intake pipe is connected to an external gas source, and is adapted to guide a high-pressure gas into the pressure cavity and to create a positive-pressure environment in which a pressure in the pressure cavity is greater than a pressure outside the grinding machine body; characterized in that a lower edge of the grinding machine body is not closely connected to the grinding disc, so as to form a pressure release gap in communication with the pressure cavity, and one side of the cover body which faces the grinding disc is hollow in order to communicate with the pressure release gap, and is adapted to continually release the high-pressure gas in the pressure cavity via the pressure release gap to prohibit external dust from entering the pressure cavity.
An operation method of a first terminal in a communication system supporting sidelink communication, the operation method comprising: receiving, from a base station, sidelink configuration information including a preset threshold used for declaring a radio link failure, RLF, and a discontinuous transmission-negative acknowledgement, DTX-NACK, indicator by a radio resource control, RRC, signaling; transmitting one or more sidelink data to a second terminal; performing a monitoring operation to receive one or more hybrid automatic repeat request, HARQ, responses for the one or more sidelink data from the second terminal; comparing a number of the one or more HARQ responses indicating a DTX with the preset threshold indicated by the sidelink configuration information; and declaring the RLF for a radio link between the first terminal and the second terminal when the number of the one or more HARQ responses is greater than or equal to the preset threshold, wherein the DTX-NACK indicator indicates to transmit a NACK when a DTX situation occurs between the first terminal and the second terminal, and each of the one or more HARQ responses is the NACK set to indicate the DTX. receiving, from a base station, sidelink configuration information including a preset threshold used for declaring a radio link failure, RLF, and a discontinuous transmission-negative acknowledgement, DTX-NACK, indicator by a radio resource control, RRC, signaling; transmitting one or more sidelink data to a second terminal; performing a monitoring operation to receive one or more hybrid automatic repeat request, HARQ, responses for the one or more sidelink data from the second terminal; comparing a number of the one or more HARQ responses indicating a DTX with the preset threshold indicated by the sidelink configuration information; and declaring the RLF for a radio link between the first terminal and the second terminal when the number of the one or more HARQ responses is greater than or equal to the preset threshold, wherein the DTX-NACK indicator indicates to transmit a NACK when a DTX situation occurs between the first terminal and the second terminal, and each of the one or more HARQ responses is the NACK set to indicate the DTX.
An oligonucleotide which targets a globin natural antisense transcript for use as a therapeutic compound, wherein the oligonucleotide increases the expression of globin and wherein the natural antisense transcript has the nucleic acid sequence as set forth in SEQ ID NO: 2.
An orthopaedic brace for the correct anatomical locking and support of the backbone, comprising a semi-rigid dorsal structure with a vertical extension, closed inside a casing, having a conformation corresponding to a backbone, allowing the trend thereof to be followed and the backbone itself to be supported, a lower part of said dorsal structure being connected to a lumbar strap that is arranged substantially orthogonal in respect of said vertical extension, and that can be fastened to constraining means associated to an abdominal plate of the brace which is in turn connected by means of shoulder straps to an upper part of said dorsal structure, characterised in that said dorsal structure and said lumbar strap are associated with each other through a rotary junction element configured for the retaining and mutual rotation on one plane of the dorsal structure relative to the lumbar strap.
An aerosol container nozzle, comprising a nozzle body that has a plurality of passages formed independently of each other corresponding to a plurality of stems of an aerosol container and that presses down the stems together; and a cleaning member having a plurality of ejection ports corresponding to the stems and being movable back and forth directions relative to the nozzle body, characterized by the nozzle body being removably mounted to the stems, and the passages each being formed by a stem-side passage (R 1) that leads to the stem and an ejection-side passage (R 2) connected to the stem-side passage (R 1) and extending forward, the nozzle body having center shafts each extending inside each of the ejection-side passages (R 2) from an abutment surface in the ejection-side passage (R 2) along the ejection-side passage (R 2), the cleaning member having a plurality of tubular parts each slidably inserted into each of the ejection-side passages (R 2) and forming, between the tubular part and each of the center shafts, an annular cross section passage (R 3) leading to the ejection port, wherein the tubular parts each form a space (R 4) that connects the stem-side passage (R 1) with the annular cross section passage (R 3) inside the ejection-side passage (R 2) when the cleaning member is slid forward, and reduce the space (R 4) when the cleaning member is slid backward.
Volleyball net, tennis net, goal net or protective sports net comprising a mesh structure formed by a foil with holes distributed over its surface, wherein the foil is provided with information that in particular is printed partially or fully on one side or on both sides, characterised in that the size, shape and/or arrangement of the holes relative to each is/are adapted to the imprint.
A tangential on-board injector (TOBI) of a gas turbine engine, comprising: a body defining an annular passageway configured to receive cooling air, the TOBI defining a plurality of discharge nozzles; a rotating component configured to be mounted for rotation relative to the body about an axis of rotation; characterised by a brush seal (37;137) extending between the body and the rotating component, the brush seal (37; 137) including an annular brush and an annular plate (37C; 137C) located upstream of the annular brush; and flow passages (52;152;252) circumferentially distributed about the axis of rotation and defined through the annular plate (37C; 137C), in fluid communication with the nozzles and the seal (37;137), the flow passages (52;152;252) located upstream of the seal (37;137) relative to a flow of the cooling air circulating toward the seal (37;137) from the plurality of discharge nozzles, each of the flow passages (52;152;252) extending along a respective passage axis, and the passage axis of at least one of the flow passages (52;152;252) having a tangential component at an outlet of the at least one of the flow passages (52;152;252) that is different than a tangential component of an exit flow axis of at least one of the plurality of discharge nozzles. a body defining an annular passageway configured to receive cooling air, the TOBI defining a plurality of discharge nozzles; a rotating component configured to be mounted for rotation relative to the body about an axis of rotation; characterised by a brush seal (37;137) extending between the body and the rotating component, the brush seal (37; 137) including an annular brush and an annular plate (37C; 137C) located upstream of the annular brush; and flow passages (52;152;252) circumferentially distributed about the axis of rotation and defined through the annular plate (37C; 137C), in fluid communication with the nozzles and the seal (37;137), the flow passages (52;152;252) located upstream of the seal (37;137) relative to a flow of the cooling air circulating toward the seal (37;137) from the plurality of discharge nozzles, each of the flow passages (52;152;252) extending along a respective passage axis, and the passage axis of at least one of the flow passages (52;152;252) having a tangential component at an outlet of the at least one of the flow passages (52;152;252) that is different than a tangential component of an exit flow axis of at least one of the plurality of discharge nozzles.
Device for optical detection of the condition of a joint, the device comprising: - a measurement unit for irradiating a subject's body part comprising at least one joint with light and locally detecting attenuation of the light at the at least one joint and at least one other portion of the body part, wherein the sampling frequency for locally detecting the attenuation of the light is higher than the frequency of the subject's heartbeat, wherein the device is further adapted for measuring the condition of the at least one joint by comparing a) the response in the detected attenuation of the light at the at least one joint to changes in blood flow to b) the response in the detected attenuation of the light at the at least one other portion of the body part to said changes in blood flow, characterised in that said changes in blood flow are changes in blood flow induced during the different phases of a blood pressure pulse induced by the subject's heartbeat. - a measurement unit for irradiating a subject's body part comprising at least one joint with light and locally detecting attenuation of the light at the at least one joint and at least one other portion of the body part, wherein the sampling frequency for locally detecting the attenuation of the light is higher than the frequency of the subject's heartbeat, wherein the device is further adapted for measuring the condition of the at least one joint by comparing a) the response in the detected attenuation of the light at the at least one joint to changes in blood flow to b) the response in the detected attenuation of the light at the at least one other portion of the body part to said changes in blood flow, a) the response in the detected attenuation of the light at the at least one joint to changes in blood flow to b) the response in the detected attenuation of the light at the at least one other portion of the body part to said changes in blood flow,
A method for operating a production machine, which is provided with a rotating operating wheel and a plurality of processing stations positioned on the operating wheel, characterised in that an intrinsic oscillation characteristic of the operating wheel, which is provided with the processing stations, is modified such that the modified intrinsic oscillation characteristic is specified so as to differ from a resonance oscillation characteristic at an excitation frequency acting on the operating wheel, wherein, for this purpose, a modifier comprising specifiable variable dynamic properties for modifying the intrinsic oscillation characteristic is positioned in the area of the operating wheel.
A refrigerator comprising an evaporator and an evaporator fan effectuating circulation of the in-cabin air over the evaporator, the refrigerator further comprising: an evaporator cover on which the evaporator fan is mounted; a fan housing enclosing the evaporator fan; a fan motor for driving the evaporator fan, connected to the evaporator fan; a motor case enclosing the fan motor; and a motor cover fixedly attached to the motor case, wherein the motor cover comprises a motor centering opening into which a cover absorption member encircling the motor shaft is fitted to stationarily centrically align and support the motor to accurately position the motor shaft relative to the fan housing; characterized in that the motor case is provided with a motor case locking adaptor in the form of a substantially circular flange portion introducible into an annular locking opening of the fan housing to interlock the motor case with the fan housing by rotation of the motor case.
Tool head for machining edges of a workpiece, the tool head extending along a longitudinal axis and being designed for rotary drive about the longitudinal axis, comprising a first tool section with a set of first cutting edges distributed along the circumference and a second tool section with a set of second cutting edges distributed along the circumference, wherein the second cutting edges are positioned between the first cutting edges as viewed in the circumferential direction, wherein the second tool section is movable to and fro relative to the first tool section in the direction of the longitudinal axis between a passive position and an active position, wherein the second cutting edges are axially retracted with respect to the first cutting edges in the passive position, and wherein the second cutting edges axially project between the first cutting edges in the active position, wherein the tool head has a pressure switching mechanism for moving the second tool section to and fro between the passive position and the active position, characterised in that the pressure switching mechanism is a mechanism designed such that it adopts a first switching state in response to a first pressure pulse and a second switching state in response to a further pressure pulse, wherein the mechanism alternately switches between the two switching states or switching positions at each further pressure pulse.
A spiral separator module (4.010) including at least two trough segments (4.012) each forming a respective portion of two spiral troughs (1.001), said module (4.010) being characterized in that it is adapted to be assembled with a like module (4.010) to form multiple spiral troughs (1.001) of a multi-start spiral separator.
Method for manufacturing a shoe sole from randomly arranged particles (110; 210; 510; 610; 710; 1010; 1110) of an expanded material, comprising: a. positioning of a functional element (640; 740; 1040; 1140; 1240) within a mold (120; 122; 125; 220; 222; 225; 620; 630; 720; 730; 1020; 1030; 1120; 1125; 1130; 1135), and b. loading the mold (120; 122; 125; 220; 222; 225; 620; 630; 720; 730; 1020; 1030; 1120; 1125; 1130; 1135) with the particles (110; 210; 510; 610; 710; 1010; 1110) of the expanded material, c1. wherein the loading occurs through at least two openings (625; 635) within the mold (620; 630; 1020; 1120), and / or c2. wherein the loading occurs through at least two openings between different movable parts (122; 125; 222; 225; 720; 730; 1020; 1120; 1125) of the mold, d. wherein the at least two openings (625; 635; 725) are arranged in such a manner that the loaded particles (110; 210; 510; 610; 710; 1010; 1110) of the expanded material surround the functional element (640; 740; 1040; 1140; 1240) from at least two different sides, and e. wherein the functional element (640; 740; 1040; 1140; 1240) is coated with an adhesive agent prior to being positioned within the mold. a. positioning of a functional element (640; 740; 1040; 1140; 1240) within a mold (120; 122; 125; 220; 222; 225; 620; 630; 720; 730; 1020; 1030; 1120; 1125; 1130; 1135), and b. loading the mold (120; 122; 125; 220; 222; 225; 620; 630; 720; 730; 1020; 1030; 1120; 1125; 1130; 1135) with the particles (110; 210; 510; 610; 710; 1010; 1110) of the expanded material, c1. wherein the loading occurs through at least two openings (625; 635) within the mold (620; 630; 1020; 1120), and / or c2. wherein the loading occurs through at least two openings between different movable parts (122; 125; 222; 225; 720; 730; 1020; 1120; 1125) of the mold, d. wherein the at least two openings (625; 635; 725) are arranged in such a manner that the loaded particles (110; 210; 510; 610; 710; 1010; 1110) of the expanded material surround the functional element (640; 740; 1040; 1140; 1240) from at least two different sides, and e. wherein the functional element (640; 740; 1040; 1140; 1240) is coated with an adhesive agent prior to being positioned within the mold.
A therapeutic gas for use in treating or preventing mitochondrial dysfunction in a subject in need thereof, wherein said therapeutic gas comprises between 9 to 15% O 2 and wherein a therapeutically effective amount of said therapeutic gas is administered to a subject in need thereof continuously by inhalation for at least 12 hours.
A method for forming a fluidic conduit, the method comprising: forming a spring material film on a release material layer wherein the spring material film has an internal stress gradient in a direction normal to the release material layer; etching the spring material film to form a spring material island; removing a first portion of the release material layer from beneath a cantilever portion of the spring material island, thereby causing the cantilever portion to assume a curvature bending away from a second portion of the release layer due to the internal stress gradient; and defining a first channel for carrying fluid along the cantilever portion of the spring beam, the first channel running parallel to the curvature of the cantilever portion, characterized in that the first channel is provided in a surface of the cantilever portion. forming a spring material film on a release material layer wherein the spring material film has an internal stress gradient in a direction normal to the release material layer; etching the spring material film to form a spring material island; removing a first portion of the release material layer from beneath a cantilever portion of the spring material island, thereby causing the cantilever portion to assume a curvature bending away from a second portion of the release layer due to the internal stress gradient; and defining a first channel for carrying fluid along the cantilever portion of the spring beam, the first channel running parallel to the curvature of the cantilever portion, characterized in that the first channel is provided in a surface of the cantilever portion.
A method for suggesting a plurality of screens for creating at least one screen, the method comprising: - creating at least one runtime object at one or more editors (102A, 102B, 102C, 102D); - searching one or more runtime objects in at least one database based on the at least one runtime object created at the one or more editors (102A, 102B, 102C, 102D); - searching one or more screens in the at least one database based on the at least one runtime object, wherein the one or more screens have the at least one runtime object; - suggesting the one or more runtime objects and the one or more screens in the one or more editors (102A, 102B, 102C, 102D); and - selecting at least one runtime object from the one or more runtime objects and selecting at least one screen from the one or more screens for creating the at least one screen. - creating at least one runtime object at one or more editors (102A, 102B, 102C, 102D); - searching one or more runtime objects in at least one database based on the at least one runtime object created at the one or more editors (102A, 102B, 102C, 102D); - searching one or more screens in the at least one database based on the at least one runtime object, wherein the one or more screens have the at least one runtime object; - suggesting the one or more runtime objects and the one or more screens in the one or more editors (102A, 102B, 102C, 102D); and - selecting at least one runtime object from the one or more runtime objects and selecting at least one screen from the one or more screens for creating the at least one screen.
Device for transferring oil between two reference frames rotating relative to each other, such as a static casing and a speed reduction device of a turbine engine, comprising: - two outer and inner concentric rings, one of which is connected to an oil supply issuing from one of the reference frames, and the other one of which is connected to the other one of the reference frames, the oil circulating between said rings from one of the reference frames until in the other of the reference frames, and - bearings between the rings in order to change reference frames between said rings, characterised by the fact that it further comprises a flexible means forming a damper, provided between a first of said rings and an intermediate ring that is separated from a second of said rings by said bearings, said flexible means defining a deformable sealed chamber in which the oil travels between the two reference frames. - two outer and inner concentric rings, one of which is connected to an oil supply issuing from one of the reference frames, and the other one of which is connected to the other one of the reference frames, the oil circulating between said rings from one of the reference frames until in the other of the reference frames, and - bearings between the rings in order to change reference frames between said rings, characterised by the fact that it further comprises a flexible means forming a damper, provided between a first of said rings and an intermediate ring that is separated from a second of said rings by said bearings, said flexible means defining a deformable sealed chamber in which the oil travels between the two reference frames.
A random access method, comprising: obtaining a dynamic probability class N and an access service class ASC of a current service that are in a system information block, wherein N is any integer from 1 to 8; calculating an access probability of the current service according to the dynamic probability class N and the ASC of the current service; wherein when the ASC of the current service is a highest priority, a preset parameter M is obtained, and the access probability of the current service is calculated according to a formula P 0 = M + P N 1 + M × P N, wherein P 0 represents an access probability when the ASC of the current service is the highest priority, P = 2-(N-1), M is a real number, and 0 ≤ M ≤ 1; and successively comparing random numbers corresponding to available access timeslots with the access probability of the current service until a random number corresponding to an available access timeslot is less than or equal to the access probability of the current service, and sending an access preamble to a base station in the available access timeslot. obtaining a dynamic probability class N and an access service class ASC of a current service that are in a system information block, wherein N is any integer from 1 to 8; calculating an access probability of the current service according to the dynamic probability class N and the ASC of the current service; wherein when the ASC of the current service is a highest priority, a preset parameter M is obtained, and the access probability of the current service is calculated according to a formula P 0 = M + P N 1 + M × P N, wherein P 0 represents an access probability when the ASC of the current service is the highest priority, P = 2-(N-1), M is a real number, and 0 ≤ M ≤ 1; and successively comparing random numbers corresponding to available access timeslots with the access probability of the current service until a random number corresponding to an available access timeslot is less than or equal to the access probability of the current service, and sending an access preamble to a base station in the available access timeslot.