mhurhangee/ep-ind-claims huggingface dataset:
A sliding component (10, 20) that has an annular shape and is disposed in a place where relative rotation is performed in a rotary machine, comprising a plurality of dynamic pressure generating mechanisms (14, 141), wherein the plurality of dynamic pressure generating mechanisms (14, 141) are provided in a sliding surface of the sliding component (10, 20), each of the dynamic pressure generating mechanisms (14, 141) including a deep groove portion that communicates with a leakage side, and at least one shallow groove portion (9A, 9B) that communicates with the deep groove portion and extends in a circumferential direction, the shallow groove portion (9A, 9B) being shallower than the deep groove portion, the sliding surface of the sliding component (10, 20) is provided with a specific dynamic pressure generating mechanism that is disposed on a sealed fluid side with respect to the dynamic pressure generating mechanism (14, 141) and is independent of the dynamic pressure generating mechanism (14, 141), characterized in that the volume of the dynamic pressure generating mechanism (14, 141) is larger than the volume of the specific dynamic pressure generating mechanism. wherein the plurality of dynamic pressure generating mechanisms (14, 141) are provided in a sliding surface of the sliding component (10, 20), each of the dynamic pressure generating mechanisms (14, 141) including a deep groove portion that communicates with a leakage side, and at least one shallow groove portion (9A, 9B) that communicates with the deep groove portion and extends in a circumferential direction, the shallow groove portion (9A, 9B) being shallower than the deep groove portion, the sliding surface of the sliding component (10, 20) is provided with a specific dynamic pressure generating mechanism that is disposed on a sealed fluid side with respect to the dynamic pressure generating mechanism (14, 141) and is independent of the dynamic pressure generating mechanism (14, 141), characterized in that the volume of the dynamic pressure generating mechanism (14, 141) is larger than the volume of the specific dynamic pressure generating mechanism.
A high load switch for a vehicle, comprising: a case; a first contact unit which is disposed at a lower side in the case; a second contact unit which is disposed directly above the first contact unit; and a contactor which has one end that is fixed to one side in the case so as to have a cantilevered beam shape, and the other end that is moved downward by external force provided by a user, comes into contact with the first contact unit, is moved upward by elastic force when the external force by the user is removed, and comes into contact with the second contact unit, wherein a portion of the contactor between the one end and the other end is continuously formed, and the contactor has a pusher unit that is formed by being bent at an intermediate portion of the contactor and protrudes while penetrating an opening that is opened toward an upper side of the case, wherein the contactor further includes a reinforcement bead formed on a surface of the contactor. a case; a first contact unit which is disposed at a lower side in the case; a second contact unit which is disposed directly above the first contact unit; and a contactor which has one end that is fixed to one side in the case so as to have a cantilevered beam shape, and the other end that is moved downward by external force provided by a user, comes into contact with the first contact unit, is moved upward by elastic force when the external force by the user is removed, and comes into contact with the second contact unit, wherein a portion of the contactor between the one end and the other end is continuously formed, and the contactor has a pusher unit that is formed by being bent at an intermediate portion of the contactor and protrudes while penetrating an opening that is opened toward an upper side of the case, wherein the contactor further includes a reinforcement bead formed on a surface of the contactor.
An induction hardening apparatus for performing induction hardening on a shaft-shaped body, the apparatus comprising: a coil member which is formed in an annular shape to cause a high frequency current to flow therethrough, allows the shaft-shaped body to be inserted therein, and is relatively movable along an axial direction of the shaft-shaped body; a cooling portion which has a spray nozzle through which a cooling liquid can be sprayed onto a surface of the shaft-shaped body, is disposed behind the coil member in a relative movement direction, and is relatively movable along the axial direction of the shaft-shaped body together with the coil member; and a shielding portion which is disposed between the coil member and the cooling portion and is relatively movable along the axial direction of the shaft-shaped body together with the coil member and the cooling portion, wherein the shielding portion comprises an annular base portion having an opening part through which the shaft-shaped body is inserted, and a brush portion that protrudes from the annular base portion toward the opening part and comes into contact with the shaft-shaped body when the shaft-shaped body is inserted, and wherein the brush portion comprises a plurality of non-magnetic and elastically deformable wire bodies. a coil member which is formed in an annular shape to cause a high frequency current to flow therethrough, allows the shaft-shaped body to be inserted therein, and is relatively movable along an axial direction of the shaft-shaped body; a cooling portion which has a spray nozzle through which a cooling liquid can be sprayed onto a surface of the shaft-shaped body, is disposed behind the coil member in a relative movement direction, and is relatively movable along the axial direction of the shaft-shaped body together with the coil member; and a shielding portion which is disposed between the coil member and the cooling portion and is relatively movable along the axial direction of the shaft-shaped body together with the coil member and the cooling portion, wherein the shielding portion comprises an annular base portion having an opening part through which the shaft-shaped body is inserted, and a brush portion that protrudes from the annular base portion toward the opening part and comes into contact with the shaft-shaped body when the shaft-shaped body is inserted, and wherein the brush portion comprises a plurality of non-magnetic and elastically deformable wire bodies.
An arm support mechanism for supporting a movement of an arm of a user around a shoulder complex of the user, comprising an arm engagement unit, which is configured to engage with the arm of the user, a pelvic module, which is configured to engage with the pelvis of the user, a pivot joint, an arm-side connection, which is arranged with an arm engagement unit-side end on the arm engagement unit, and which is arranged with a pivot joint-side end on the pivot joint, a pelvis-side connection, which is arranged with a pelvic module-side end on the pelvic module and which is arranged with its opposite end on the pivot joint, a drive, which is configured to drive the pivot joint about an axis of rotation of the pivot joint, wherein the pivot joint is configured to move the arm-side connection and the pelvis-side connection relative to one another about the axis of rotation of the pivot joint, characterized in that the pelvic module comprises an adjustment unit on which the pelvic module-side end of the pelvis-side connection can be displaced. an arm engagement unit, which is configured to engage with the arm of the user, a pelvic module, which is configured to engage with the pelvis of the user, a pivot joint, an arm-side connection, which is arranged with an arm engagement unit-side end on the arm engagement unit, and which is arranged with a pivot joint-side end on the pivot joint, a pelvis-side connection, which is arranged with a pelvic module-side end on the pelvic module and which is arranged with its opposite end on the pivot joint, a drive, which is configured to drive the pivot joint about an axis of rotation of the pivot joint, wherein the pivot joint is configured to move the arm-side connection and the pelvis-side connection relative to one another about the axis of rotation of the pivot joint, characterized in that the pelvic module comprises an adjustment unit on which the pelvic module-side end of the pelvis-side connection can be displaced.
A heat sink device for removing heat produced by at least one electronic component mounted on an electronic card, the heat sink device comprising: - a heat dissipater mounted on a plate provided with means for fastening it on the electronic card so that the heat dissipater extends over and at a distance from the electronic component; - a bridge (17; 41) extending between the electronic component and the plate, and fastener means for fastening the bridge to the plate or to the electronic card; - a rigid thermal drain that is unfixedly and slidably mounted on the bridge while the bridge is fastened to the plate or to the electronic card by the fastener means, the rigid thermal drain being mounted on the bridge to slide perpendicularly to the electronic card and that has a first end in contact with the electronic component and a second end pressing against an elastically deformable and thermally conductive layer fastened to the plate in order to urge the rigid thermal drain elastically to bear against the electronic component regardless of the thickness of the electronic component, the elastically deformable and thermally conductive layer being positioned between the heat dissipater and the bridge. - a heat dissipater mounted on a plate provided with means for fastening it on the electronic card so that the heat dissipater extends over and at a distance from the electronic component; - a bridge (17; 41) extending between the electronic component and the plate, and fastener means for fastening the bridge to the plate or to the electronic card; - a rigid thermal drain that is unfixedly and slidably mounted on the bridge while the bridge is fastened to the plate or to the electronic card by the fastener means, the rigid thermal drain being mounted on the bridge to slide perpendicularly to the electronic card and that has a first end in contact with the electronic component and a second end pressing against an elastically deformable and thermally conductive layer fastened to the plate in order to urge the rigid thermal drain elastically to bear against the electronic component regardless of the thickness of the electronic component, the elastically deformable and thermally conductive layer being positioned between the heat dissipater and the bridge.
A cardboard formwork for concreting a prefabricated stair, the cardboard formwork adapted for concrete being poured into said cardboard formwork during concreting, wherein: - the cardboard formwork is constructed by folding and assembling two or more cardboard elements, and - the two or more cardboard elements are cut with predetermined cuts and/or cutouts, and wherein the folded and assembled cardboard elements facing the concrete constitute a substantial part of the formwork, the formwork being capable of supporting the prefabricated stair during the process of concreting said stair. - the cardboard formwork is constructed by folding and assembling two or more cardboard elements, and - the two or more cardboard elements are cut with predetermined cuts and/or cutouts, and
Method (100; 300) for detecting bypasses in a mobile telephony network during telephone communications, said method (100; 300) comprising at least one iteration of a so-called test phase, comprising the following steps: - sending at least one so-called test call to at least one so-called target call number, - for at least one test call: - storing a so-called sending caller identifier, used in sending, - recovering a so-called reception caller identifier, received for said test call, and - comparing said sending and reception caller identifiers; characterised in that it comprises, prior to said test phase, a phase of forming a list of target numbers, referred to as a target list, by selecting call numbers corresponding to actual users, said at least one target number being selected from said target list. - sending at least one so-called test call to at least one so-called target call number, - for at least one test call: - storing a so-called sending caller identifier, used in sending, - recovering a so-called reception caller identifier, received for said test call, and - comparing said sending and reception caller identifiers; - storing a so-called sending caller identifier, used in sending, - recovering a so-called reception caller identifier, received for said test call, and - comparing said sending and reception caller identifiers;
A surgical fastener applying apparatus, comprising: a first jaw having proximal and distal ends and including an anvil member, the anvil member extending along a longitudinal axis and including a tissue contacting surface; a second jaw having proximal and distal ends movably coupled to the first jaw, the second jaw including a channel and a cartridge including a cartridge body having a pair of side walls (1204, 1206), a bottom wall and a top wall, wherein the cartridge body resides in the channel; characterised by a pair of elastic members trapped between the cartridge body and the edges of the channel of the second jaw, thus creating a spring loaded cartridge; the pair of elastic members configured and dimensioned to apply compressive forces to tissue according to the tissue thickness. a first jaw having proximal and distal ends and including an anvil member, the anvil member extending along a longitudinal axis and including a tissue contacting surface; a second jaw having proximal and distal ends movably coupled to the first jaw, the second jaw including a channel and a cartridge including a cartridge body having a pair of side walls (1204, 1206), a bottom wall and a top wall, wherein the cartridge body resides in the channel; characterised by a pair of elastic members trapped between the cartridge body and the edges of the channel of the second jaw, thus creating a spring loaded cartridge; the pair of elastic members configured and dimensioned to apply compressive forces to tissue according to the tissue thickness.
A work vehicle comprising: a hydraulic power steering device for steering traveling wheels; a vertically pivotable load carrying deck; a hydraulic double-action type dump cylinder operably coupled to the load carrying deck and configured to pivotally elevate the load carrying deck with an expansion action and to pivotally lower the load carrying deck with a contraction action; a hydraulic pump for feeding pressure oil to an operational valve of the dump cylinder; a bypass passage formed in the operational valve and configured to feed pressure oil from the hydraulic pump to the power steering device when the operational valve is under a neutral state; the work vehicle being characterized by further comprising an oil feeding passage equipped with an orifice, the oil feeding passage being configured to feed the pressure oil from the hydraulic pump to a rod side oil chamber of the dump cylinder when the operational valve is under the neutral state. a hydraulic power steering device for steering traveling wheels; a vertically pivotable load carrying deck; a hydraulic double-action type dump cylinder operably coupled to the load carrying deck and configured to pivotally elevate the load carrying deck with an expansion action and to pivotally lower the load carrying deck with a contraction action; a hydraulic pump for feeding pressure oil to an operational valve of the dump cylinder; a bypass passage formed in the operational valve and configured to feed pressure oil from the hydraulic pump to the power steering device when the operational valve is under a neutral state; the work vehicle being characterized by further comprising an oil feeding passage equipped with an orifice, the oil feeding passage being configured to feed the pressure oil from the hydraulic pump to a rod side oil chamber of the dump cylinder when the operational valve is under the neutral state.
A computer-implemented method for controlling an orientation of a display on a wireless device comprising: receiving at least one acceleration measurement to determine a first orientation of the wireless device; capturing at least one image of a user using a frontal camera on the wireless device; performing a face detection operation; when no face is detected on the at least one image, retrying to capture an image for a predetermined number of times or a predetermined duration; when no face is detected on images captured during the predetermined number of times or the predetermined duration, setting the first orientation as display orientation; when during one of the retries or the predetermined duration to capture an image a face is detected, analysing the at least one image using a face detection algorithm to determine a second orientation of the wireless device; comparing the first orientation and the second orientation: when the first orientation and the second orientation do not match, selecting a display orientation corresponding to the second orientation; when the first orientation and the second orientation match, selecting either one as the display orientation; and providing the display on the wireless device in accordance with the display orientation. receiving at least one acceleration measurement to determine a first orientation of the wireless device; capturing at least one image of a user using a frontal camera on the wireless device; performing a face detection operation; when no face is detected on the at least one image, retrying to capture an image for a predetermined number of times or a predetermined duration; when no face is detected on images captured during the predetermined number of times or the predetermined duration, setting the first orientation as display orientation; when during one of the retries or the predetermined duration to capture an image a face is detected, analysing the at least one image using a face detection algorithm to determine a second orientation of the wireless device; comparing the first orientation and the second orientation: when the first orientation and the second orientation do not match, selecting a display orientation corresponding to the second orientation; when the first orientation and the second orientation match, selecting either one as the display orientation; and providing the display on the wireless device in accordance with the display orientation.
A method for detecting the prevalence of methylation of a DNA sequence in a DNA sample comprising: (i) contacting the DNA sample with a reaction mixture comprising a methylation-sensitive endonuclease, a DNA polymerase, oligonucleotide primers flanking the DNA sequence and a buffer formulated to facilitate activity of the MSE and the DNA polymerase; (ii) incubating the sample under conditions permissive for DNA cleavage by the MSE; (iii) incubating the sample under conditions permissive for quantitative DNA polymerization; and (iv) quantitating the DNA amplification to thereby quantitate the proportion of methylation in the DNA sequence of the DNA sample, wherein no additional components are added to the reaction mixture during steps (ii)-(iii), and further (a) wherein said reaction mixture comprises at least two MSEs with specificity to different DNA sequences; and/or (b) wherein the DNA polymerase is a hot-start DNA polymerase; and/or (c) wherein determining the proportion of DNA methylation is by determining a change in cycle threshold (Ct) value obtained from the DNA amplification as compared to an amplification standard, wherein said amplification standard is a reaction mixture without active MSE. (i) contacting the DNA sample with a reaction mixture comprising a methylation-sensitive endonuclease, a DNA polymerase, oligonucleotide primers flanking the DNA sequence and a buffer formulated to facilitate activity of the MSE and the DNA polymerase; (ii) incubating the sample under conditions permissive for DNA cleavage by the MSE; (iii) incubating the sample under conditions permissive for quantitative DNA polymerization; and (iv) quantitating the DNA amplification to thereby quantitate the proportion of methylation in the DNA sequence of the DNA sample, (a) wherein said reaction mixture comprises at least two MSEs with specificity to different DNA sequences; and/or (b) wherein the DNA polymerase is a hot-start DNA polymerase; and/or (c) wherein determining the proportion of DNA methylation is by determining a change in cycle threshold (Ct) value obtained from the DNA amplification as compared to an amplification standard, wherein said amplification standard is a reaction mixture without active MSE.
Household refrigeration appliance with an internal container, which delimits a receiving space for food of the household refrigeration appliance with walls (6a, 6b, 6c), wherein at least one wall (6a, 6b, 6c) has at least one cutout (10, 11, 12, 13), on which a light source module of the household refrigeration appliance is arranged, wherein the light source module has at least one retaining element (8, 9), which for retaining purposes reaches through the cutout (10 to 13), wherein the household refrigeration appliance has an additional, separate mounting part, which is arranged on the exterior of the wall (6a, 6b, 6c) facing away from the receiving space, wherein the retaining element (8, 9) is coupled to the mounting part in order to retain the light source module, the mounting part has a snap-fit geometry, with which the retaining element (8, 9) is snap-fitted for retaining purposes, characterised in that the snap-fit geometry has at least one feedthrough (16, 17), through which the retaining element (8, 9) extends so that it extends on both sides of the feedthrough (16, 17) in the direction of a locking hole of the feedthrough (16, 17), wherein the retaining element (8, 9) is snap-fitted onto the exterior of the mounting part facing away from the exterior of the wall (6a, 6b, 6c).
A plug earphone or concha earphone, the plug earphone or concha earphone comprising: a front portion having an interior, and a rear portion, and at least one electroacoustic transducer which is arranged in the rear portion, wherein the front portion sits on the transducer, and the front portion comprises an outer portion and an inner portion, wherein a the outer portion together with a front wall of the rear portion forms a disk-like, radial channel extending from the interior of the front portion through the outer portion to the outside, and in the rear portion at least one recess is provided which, on the one hand, opens into the radial channel, and, on the other hand, opens into an open or hollow rear area provided beyond the electroacoustic transducer.
A socket comprising a cover with a cylindrical well having greater diameter than an enveloping cylinder about an existing, predefined plug, at least two contact holes adapted to receive contact pins for transmitting electrical power, wherein each contact hole is located at the bottom of a concave contact pin-guide (141, 142), ground terminals (112; 150) arranged in the well, the well further comprising two protruding elements with mutual parallel, plane side faces in the longitudinal direction of the well, and guiding grooves that extend radially outward from a mid-section on the plane side faces and that extend from the bottom of the well to fi rst and second top faces (1310, 1311) on the protrudi ng elements, the first top face on each protruding element being oriented perpendicular to the well's axis of rotational symmetry, the socket being characterized by: the second top face on each protruding element forming a helical face along the cylindrical wall of the well and having the least distance to the bottom of the well at the guiding groove.