mhurhangee/ep-ind-claims huggingface dataset:
Structural unit for a motor vehicle having an electric machine and a clutch actuating device, - the electric machine having a machine housing, a rotor and a stator, and - the stator comprising a stator carrier with a fluid cooling jacket which is configured substantially as an annular space, a fluid inlet and a fluid outlet which is spaced apart from the latter, and - the stator enclosing a central receiving space, in which a pressure medium cylinder of the clutch actuating device is arranged, - the pressure medium cylinder having a pressure medium inlet which is arranged within the axial extent of the stator carrier and which can be flow-connected or is flow-connected to a pressure source via a pressure medium duct which runs from the machine housing, - the pressure medium duct being configured at least in sections in a wall section of the stator carrier, which wall section adjoins the receiving space, characterized in that the wall section engages radially into the annular space of the fluid cooling jacket. - the electric machine having a machine housing, a rotor and a stator, and - the stator comprising a stator carrier with a fluid cooling jacket which is configured substantially as an annular space, a fluid inlet and a fluid outlet which is spaced apart from the latter, and - the stator enclosing a central receiving space, in which a pressure medium cylinder of the clutch actuating device is arranged, - the pressure medium cylinder having a pressure medium inlet which is arranged within the axial extent of the stator carrier and which can be flow-connected or is flow-connected to a pressure source via a pressure medium duct which runs from the machine housing, - the pressure medium duct being configured at least in sections in a wall section of the stator carrier, which wall section adjoins the receiving space,
An experiment and education system in which a plurality of units (U1-U4) having functional elements are connected, interlocked, or mutually coupled to form a unit constituent body that is a machinery having a specific function as a unit and experiment and education is performed regarding functions and the like of the unit constituent body, wherein at least two units (U1-U4) are constructed so as to be appropriately disposed on arbitrary positions on a magnetic base material, and the respective units (U1-U4) are detachably secured to the base material on the arbitrary positions by means of fixtures (40; 43) employing magnetic force so that mutual positional adjustment of the units (U1-U4) to be fixed on the base material is possible to constitute the unit constituent body characterized in that a pressing portion (38A; 43A; 43b) is provided on the fixture (40; 43) so that the unit is sandwiched and fixed by the base material and the pressing portion (38A; 43A; 43b) through adsorption force of the fixture (40; 43) with respect to the base material, a slip preventing member made of an elastic material is formed on the pressing portion (38A; 43A; 43b), and the position of the pressing portion (38A; 43A; 43b) can be moved and adjusted in a pressing direction in response to the difference in the size of a pressing object portion of a fixing member of the unit.
A martensitic stainless steel foil, wherein a metallographic structure in a cross-section of the martensitic stainless steel foil is a ferrite structure, in which carbides are dispersed, wherein the martensitic stainless steel foil has a thickness of at most 35 μm, and has a steepness of at most 0.75% when the martensitic stainless steel foil having a length of 650 mm in a rolling direction is placed on a horizontal surface plate, lift heights of the steel foil are measured along the rolling direction, and then the steepness is derived from data of the lift heights along the rolling direction.
Glazing unit, extending along a plane, P, defined by a longitudinal axis, X, and a vertical axis, Z; having a width, W, measured along the longitudinal axis, X, and a length, L, measured along the vertical axis, Z, comprising at least a glass panel having two majors surfaces extending along the plane, P, an outer surface and an inner surface and an antenna unit comprising: a. an antenna and b. at least one fixing mean, for fixing the antenna to the glass panel so that a space through which air can flow is formed between the glass panel and the antenna, with a light transmission of at least 30%, preferably at least 50% and more preferably at least 65%, and characterized in that the at least one fixing mean comprises: - a first bonding element with a light transmission of at least 30%, preferably at least 50% and more preferably at least 65% - a second bonding element with a light transmission of at least 30%, preferably at least 50% and more preferably at least 65% and - a structural element with a light transmission of at least 30%, preferably at least 50% and more preferably at least 65% placed between the first and the second bonding elements. a. an antenna and b. at least one fixing mean, for fixing the antenna to the glass panel so that a space through which air can flow is formed between the glass panel and the antenna, with a light transmission of at least 30%, preferably at least 50% and more preferably at least 65%, - a first bonding element with a light transmission of at least 30%, preferably at least 50% and more preferably at least 65% - a second bonding element with a light transmission of at least 30%, preferably at least 50% and more preferably at least 65% and - a structural element with a light transmission of at least 30%, preferably at least 50% and more preferably at least 65% placed between the first and the second bonding elements.
A silane-crosslinkable polymeric composition, comprising: a polyolefin having hydrolyzable silane groups; an acidic silanol condensation catalyst; a phenolic antioxidant having no tertiary-alkyl-substituted aryl or phenolic groups; and an ester-functionalized thioether. a polyolefin having hydrolyzable silane groups; an acidic silanol condensation catalyst; a phenolic antioxidant having no tertiary-alkyl-substituted aryl or phenolic groups; and an ester-functionalized thioether.
A method for the production of silica aerogels, characterised in that (a) in a first process step a hydrosol is produced; and (b) in a subsequent second process step the hydrosol is converted into a hydrogel in the presence of at least one hydrophobic agent, wherein the hydrophobic agent is selected from silanes, polysiloxanes and siliconates and their compounds, and (c) in a process step (c) following process step (b) the hydrogel obtained in process step (b) is processed into an aerogel, wherein the hydrogel obtained in process step (b) is isolated, subsequently crushed if necessary and then dried, wherein only one solvent or dispersant is used to execute the method, wherein the solvent or dispersant is water. (a) in a first process step a hydrosol is produced; and (b) in a subsequent second process step the hydrosol is converted into a hydrogel in the presence of at least one hydrophobic agent, wherein the hydrophobic agent is selected from silanes, polysiloxanes and siliconates and their compounds, and (c) in a process step (c) following process step (b) the hydrogel obtained in process step (b) is processed into an aerogel, wherein the hydrogel obtained in process step (b) is isolated, subsequently crushed if necessary and then dried,
Method for producing a composite non-woven in a continuous processing sequence having a plurality of steps: - infeeding a continuous fibrous stream which is composed of fibres or fibre mixings to a carding installation; - carding and doffing the fibres to form at least one fibrous web; - guiding the fibrous web to a holding zone and holding the fibrous web on a running conveying means within the holding zone; - melt-blowing a multiplicity of synthetic fibres which have been extruded from a polymer melt, and depositing the synthetic fibres to form a non-woven layer on the fibrous web in the region of the holding zone; - delivering the fibrous web having the non-woven layer from the holding zone to a non-woven laying installation. - infeeding a continuous fibrous stream which is composed of fibres or fibre mixings to a carding installation; - carding and doffing the fibres to form at least one fibrous web; - guiding the fibrous web to a holding zone and holding the fibrous web on a running conveying means within the holding zone; - melt-blowing a multiplicity of synthetic fibres which have been extruded from a polymer melt, and depositing the synthetic fibres to form a non-woven layer on the fibrous web in the region of the holding zone; - delivering the fibrous web having the non-woven layer from the holding zone to a non-woven laying installation.
A method for identifying and selecting a subject with increased risk of developing a cardiometabolic disease, and optionally a hematological cancer, comprising the steps of: (a) sequencing at least part of a genome comprising a DNMT3A gene of one or more cells in a blood sample of the subject, (b) identifying from said sequencing one or more mutations in said DNMT3A gene, wherein presence of said mutation(s) indicates an increased risk of developing a cardiometabolic disease, and optionally a hematological cancer. (a) sequencing at least part of a genome comprising a DNMT3A gene of one or more cells in a blood sample of the subject, (b) identifying from said sequencing one or more mutations in said DNMT3A gene, wherein presence of said mutation(s) indicates an increased risk of developing a cardiometabolic disease, and optionally a hematological cancer.
A method of enhancing the provision of feedforward-based ANR to both ears of a user of a personal ANR device having a first earpiece and a second earpiece, the method comprising: disposing a first feedforward microphone on the first earpiece including a firstANR circuit; disposing a first acoustic driver within the first earpiece; disposing a second feedforward microphone on the second earpiece including a second ANR circuit; disposing a second acoustic driver within the second earpiece; and employing both first feedforward reference sounds detected by the first feedforward microphone and second feedforward reference sounds detected by the second feedforward microphone in deriving both first feedforward anti-noise sounds to be acoustically output by the first acoustic driver and second feedforward anti-noise sounds to be acoustically output by the second acoustic driver, wherein the first feedforward reference sounds are modified by downsampling before being transmitted to the second earpiece across a bus connecting the first and second ANR circuits and the second feedforward reference sounds are modified by downsampling before being transmitted to the first earpiece across the bus connecting the first and second ANR circuits. disposing a first feedforward microphone on the first earpiece including a firstANR circuit; disposing a first acoustic driver within the first earpiece; disposing a second feedforward microphone on the second earpiece including a second ANR circuit; disposing a second acoustic driver within the second earpiece; and employing both first feedforward reference sounds detected by the first feedforward microphone and second feedforward reference sounds detected by the second feedforward microphone in deriving both first feedforward anti-noise sounds to be acoustically output by the first acoustic driver and second feedforward anti-noise sounds to be acoustically output by the second acoustic driver, wherein the first feedforward reference sounds are modified by downsampling before being transmitted to the second earpiece across a bus connecting the first and second ANR circuits and the second feedforward reference sounds are modified by downsampling before being transmitted to the first earpiece across the bus connecting the first and second ANR circuits.
An electrode lead for implantation into a small heart vessel, especially into a coronary sinus, comprising: - an elongated outer insulating lead body, having a proximal end, a distal end and at least one electrode pole at the distal end, - at least one electrical conductor unit (6, 6'), each of said electrical conductor units (6, 6') having a conductor core and a separate insulating sheath surrounding said conductor core, and each of said electrical conductor units are connected to the at least one electrode pole at the distal end, - a lumen in said insulating lead body, being defined by a tubular envelope, to accommodate a guide wire means, - the at least one electrical conductor unit (6, 6') and the envelope of the lumen are arranged in a side-by-side relationship parallel to each other, the entirety of the at least one electrical conductor unit (6, 6') and the envelope of the lumen being encased by the lead body, characterized in that - the at least one electrical conductor unit (6, 6'); the envelope of the lumen and the encasing elongated outer insulating lead body are slidable relative to each other along their longitudinal direction, - the at least one electrical conductor unit (6, 6') and the envelope of the lumen and the lead body are fixed relative to each other in the vicinity of the distal end of the lead body, and - the at least one electrical conductor unit (6, 6') and the envelope of the lumen and the lead body are fixed relative to each other in the vicinity of the proximal end of the lead body. - an elongated outer insulating lead body, having a proximal end, a distal end and at least one electrode pole at the distal end, - at least one electrical conductor unit (6, 6'), each of said electrical conductor units (6, 6') having a conductor core and a separate insulating sheath surrounding said conductor core, and each of said electrical conductor units are connected to the at least one electrode pole at the distal end, - a lumen in said insulating lead body, being defined by a tubular envelope, to accommodate a guide wire means, - the at least one electrical conductor unit (6, 6') and the envelope of the lumen are arranged in a side-by-side relationship parallel to each other, the entirety of the at least one electrical conductor unit (6, 6') and the envelope of the lumen being encased by the lead body, characterized in that - the at least one electrical conductor unit (6, 6'); the envelope of the lumen and the encasing elongated outer insulating lead body are slidable relative to each other along their longitudinal direction, - the at least one electrical conductor unit (6, 6') and the envelope of the lumen and the lead body are fixed relative to each other in the vicinity of the distal end of the lead body, and - the at least one electrical conductor unit (6, 6') and the envelope of the lumen and the lead body are fixed relative to each other in the vicinity of the proximal end of the lead body.
A juice extractor capable of serving as a mixer, comprising: a first motor and a second motor rotating at high speed; a first driving shaft rotated at high speed by the first motor; a second driving shaft disposed concentrically with the first driving shaft as a dual shaft; and a main body comprising a reducer disposed between the second driving shaft and a motor shaft of the second motor and reducing rotation speed of the second motor to rotate the second driving shaft at low speed; a mixer module comprising a rotary blade that couples with the first driving shaft and rotates at high speed, and mounted to an upper portion of the main body; and a juice-extraction module comprising a screw that couples with the second driving shaft and rotates at low speed, and mounted to the upper portion of the main body in replacement of the mixer module. a first motor and a second motor rotating at high speed; a first driving shaft rotated at high speed by the first motor; a second driving shaft disposed concentrically with the first driving shaft as a dual shaft; and a main body comprising a reducer disposed between the second driving shaft and a motor shaft of the second motor and reducing rotation speed of the second motor to rotate the second driving shaft at low speed; a mixer module comprising a rotary blade that couples with the first driving shaft and rotates at high speed, and mounted to an upper portion of the main body; and a juice-extraction module comprising a screw that couples with the second driving shaft and rotates at low speed, and mounted to the upper portion of the main body in replacement of the mixer module.
A road working machine (80, 110, 210, 310, 410, 510) comprising: (a) an operator's station (88, 142, 242, 342, 442, 542) that is adapted to be occupied by an operator of the road working machine (80, 110, 210, 310, 410, 510); (b) a controller; (c) a safety light circuit that is operatively attached to the controller, said safety light circuit including: (i) a plurality of downwardly directed safety lights (94, 194, 294, 394, 494, 594) that are located so as to provide lighted egress from the operator's station (88, 142, 242, 342, 442, 542); (ii) a timer; (d) an emergency stop button that is operatively attached to the controller and adapted to power off the road working machine (80, 110, 210, 310, 410, 510); wherein the controller is adapted to turn off the plurality of safety lights (94, 194, 294, 394, 494, 594) after the timer indicates that a predetermined period of time has elapsed after the road working machine (80, 110, 210, 310, 410, 510) is powered off by operation of the emergency stop button. (a) an operator's station (88, 142, 242, 342, 442, 542) that is adapted to be occupied by an operator of the road working machine (80, 110, 210, 310, 410, 510); (b) a controller; (c) a safety light circuit that is operatively attached to the controller, said safety light circuit including: (i) a plurality of downwardly directed safety lights (94, 194, 294, 394, 494, 594) that are located so as to provide lighted egress from the operator's station (88, 142, 242, 342, 442, 542); (ii) a timer; (i) a plurality of downwardly directed safety lights (94, 194, 294, 394, 494, 594) that are located so as to provide lighted egress from the operator's station (88, 142, 242, 342, 442, 542); (ii) a timer; (d) an emergency stop button that is operatively attached to the controller and adapted to power off the road working machine (80, 110, 210, 310, 410, 510);
An elevator system in which a belt-type suspension means is guided over at least one pulley (4, 8, 10), characterized in that a contact surface of the pulley (4, 8, 10) has an anisotropic structure for interacting with the belt-type suspension means, wherein a friction coefficient between suspension means and contact surface in a circumferential direction of the pulley (4, 8, 10) is greater than a friction coefficient between suspension means and contact surface in an axial direction of the pulley (4, 8, 10).
A method of controlling the operation of a flavoring device (200; 400; 1000) associated with a cooking chamber (315; 515) of a cooking oven (100; 100') for treating food stored therein, the flavoring device (200; 400; 1000) comprising at least one casing (205; 1003; 1006), at least one air path (600; 700; 1061; 1064) traversing said casing (205; 1003; 1006) and fluidly connecting at least one air inlet opening (210; 1012b; 1036) of said casing (205; 1003; 1006) to at least one air outlet opening (270b, 270c; 1030b; 1045b) of said casing (205; 1003; 1006), the method comprising: a) providing one between a flavoring substance (610; 1063) and a smoking substance (710; 1066) in said at least one air path (600; 700; 1061; 1064); b) selecting one between a flavoring process and a smoking process, and c) controlling (930-950, 960-970) a heating in said casing (205; 1003; 1006) according to the selected one between said flavoring process and said smoking process. a) providing one between a flavoring substance (610; 1063) and a smoking substance (710; 1066) in said at least one air path (600; 700; 1061; 1064); b) selecting one between a flavoring process and a smoking process, and c) controlling (930-950, 960-970) a heating in said casing (205; 1003; 1006) according to the selected one between said flavoring process and said smoking process.
A sail for a wind powered craft comprising: I. a sail having a luff and being formed from overlapping first and second sail panels (5; 41; 57; 103) joined at or adjacent their leech edges and together forming a sail leech (7; 34; 43; 102); and II. a plurality of battens (2; 11; 33; 42; 51, 52; 66; 100) located between the first and second sail panels (5; 41; 57; 103) to extend at least partially between the sail leech (7; 34; 43; 102) and the sail luff, means being provided to apply a lengthwise compressive load on the battens (2; 11; 33; 42; 51, 52; 66; 100) to force at least some of the battens (2; 11; 33; 42; 51, 52; 66; 100) to adopt a curved profile or increase the curvature of an already curved profile and thereby impart a correspondingly curved profile to either the first or the second sail panel (5; 41; 57; 103); wherein said battens (2; 11; 33; 42; 51, 52; 66; 100) can be moved from one sail panel (5; 41; 57; 103) to bear upon the other sail panel (5; 41; 57; 103) to enable the sail to be tacked and wherein said means allows adjustment of the load on the battens (2; 11; 33; 42; 51, 52; 66; 100) and the resultant curved profile of the battens (2; 11; 33; 42; 51, 52; 66; 100) while the sail is in use to allow selection of an appropriate curvature of the sail whilst sailing, characterised in that said means is arranged to allow adjustment of the curvature of each batten (2; 11; 33; 42; 51, 52; 66; 100) simultaneously. I. a sail having a luff and being formed from overlapping first and second sail panels (5; 41; 57; 103) joined at or adjacent their leech edges and together forming a sail leech (7; 34; 43; 102); and II. a plurality of battens (2; 11; 33; 42; 51, 52; 66; 100) located between the first and second sail panels (5; 41; 57; 103) to extend at least partially between the sail leech (7; 34; 43; 102) and the sail luff, means being provided to apply a lengthwise compressive load on the battens (2; 11; 33; 42; 51, 52; 66; 100) to force at least some of the battens (2; 11; 33; 42; 51, 52; 66; 100) to adopt a curved profile or increase the curvature of an already curved profile and thereby impart a correspondingly curved profile to either the first or the second sail panel (5; 41; 57; 103); wherein said battens (2; 11; 33; 42; 51, 52; 66; 100) can be moved from one sail panel (5; 41; 57; 103) to bear upon the other sail panel (5; 41; 57; 103) to enable the sail to be tacked and wherein said means allows adjustment of the load on the battens (2; 11; 33; 42; 51, 52; 66; 100) and the resultant curved profile of the battens (2; 11; 33; 42; 51, 52; 66; 100) while the sail is in use to allow selection of an appropriate curvature of the sail whilst sailing, characterised in that said means is arranged to allow adjustment of the curvature of each batten (2; 11; 33; 42; 51, 52; 66; 100) simultaneously.
A linear grinding member comprising a composite yarn including inorganic filaments that has been stiffened with a resin binder, wherein the linear grinding member has a rectangular or elliptical cross-sectional shape and an aspect ratio which is in a range of 1.1 to 5.0; wherein the aspect ratio is the value obtained by dividing a dimension in the width direction of the linear grinding member by a dimension in the thickness direction of the linear grinding member; wherein the composite yarn has been twisted; and characterised in that a length dimension of the linear grinding member corresponding to one turn of twisting is set in a range of 1 cm to 4 cm if the aspect ratio is in a range of 1.1 to 1.9, and is set in a range of 10 cm to 20 cm if the aspect ratio is in a range of 2.0 to 5.0.