mhurhangee/ep-ind-claims huggingface dataset:
A crane with double wire guide and anchoring bracket for being arranged in the nacelle of a wind turbine for hoisting -up and -down heavy parts of the wind turbine adapted to be arranged in the nacelle said crane comprises a crane yaw and an external winch with wire (32, 34), located near the base of the tower of the wind turbine, said winch being connected via the wire guide to a pulley block comprising a crane hook at the end of the crane jib, characterized in, that the wire guide comprises a first fixed part arranged on an anchoring bracket for the crane, and a therewith cooperating second part, arranged in a second pivotal part of the crane, said second pivotal part being connected with the first part by the wires (32, 34), where the first fixed part comprises a first oblong console, the free ends of which (46, 48) each comprises first track cut wire wheels, and between said first track cut wire wheels, further two, by a first pivot connection and a second pivot connection mounted second track cut wire wheels, so arranged on the console, that the bottom of the tracks in the second track cut wire wheels at any time are located on the tangent line between the bottom of the tracks in the first track cut wire wheels, and where the second part of the wire guide is located in a level above the first fixed part and comprises by a third pivot connection and a fourth pivot connection mounted third track cut wire wheels, whereby the bottom of the third track cut wire wheels are pivotal around their uppermost located tangent and where the second part further comprises fourth fixed mounted track cut wire wheels, and where the tangent lines between respectively the first and the second set of track cut wire wheels (50, 56) and respectively the third and fourth track cut wire wheels (64, 66) are running in parallel.
A sensor arrangement having an optical sensor and a holder which is designed to receive the optical sensor, the optical sensor having sensor components which are arranged in a housing and emit and/or receive light beams, a front wall of the housing forming a light exit surface through which the light beams are guided, characterised in that the holder has fastening means which enable fastening to a base in two fastening planes, in that the holder has a transparent cover disc which, in the case of the optical sensor accommodated in the holder, lies in front of the light exit surface, and in that the holder has bushes for accommodating fastening means, to enable fastening to a base in a first fastening plane, two bushes being provided on opposite sides of the holder, the bushes being arranged along a pivot axis.
A heavy duty pneumatic tire comprising: a tread portion provided with a plurality of circumferentially extending main grooves and a plurality of land portions separated by the main grooves; the land portions comprising a shoulder land portion having a tread edge (Te), a first middle land portion adjacent to the shoulder land portion, a second middle land portion adjacent to the first middle land portion, a third middle land portion adjacent to the second middle land portion, and a central land portion adjacent to the third middle land portion and disposed on a tire equator; the shoulder land portion formed into a circumferentially continuous rib; the first middle land portion formed into a row of first middle blocks separated by a plurality of first middle lateral grooves; the second middle land portion formed into a row of second middle blocks separated by a plurality of second middle lateral grooves; the third middle land portion provided with a plurality of third middle lateral grooves to form a plurality of third middle blocks, wherein each of the first middle lateral grooves, second middle lateral grooves and third middle lateral grooves inclines at an angle (θ1) with respect to the axial direction of the tire; and the central land portion provided with a plurality of central lateral grooves to form a plurality of central blocks, characterized in that each first middle block has a circumferential length greater than that of each second middle block, and in that each central lateral groove extends along an axial direction of the tire. a tread portion provided with a plurality of circumferentially extending main grooves and a plurality of land portions separated by the main grooves; the land portions comprising a shoulder land portion having a tread edge (Te), a first middle land portion adjacent to the shoulder land portion, a second middle land portion adjacent to the first middle land portion, a third middle land portion adjacent to the second middle land portion, and a central land portion adjacent to the third middle land portion and disposed on a tire equator; the shoulder land portion formed into a circumferentially continuous rib; the first middle land portion formed into a row of first middle blocks separated by a plurality of first middle lateral grooves; the second middle land portion formed into a row of second middle blocks separated by a plurality of second middle lateral grooves; the third middle land portion provided with a plurality of third middle lateral grooves to form a plurality of third middle blocks, wherein each of the first middle lateral grooves, second middle lateral grooves and third middle lateral grooves inclines at an angle (θ1) with respect to the axial direction of the tire; and the central land portion provided with a plurality of central lateral grooves to form a plurality of central blocks, characterized in that each first middle block has a circumferential length greater than that of each second middle block, and in that each central lateral groove extends along an axial direction of the tire.
A method for determining a search space, the method being executed by a communication apparatus and comprising: determining a quantity N CCE of control channel elements CCEs comprised in a control resource set of a terminal device, wherein N CCE is a positive integer, the control resource set is corresponding to at least two aggregation levels, the at least two aggregation levels comprise a maximum aggregation level and a first aggregation level, the first aggregation level is less than the maximum aggregation level, and the maximum aggregation level is the highest aggregation level in the at least two aggregation levels; determining a second search space based on a parameter α, wherein the second search space is a search space corresponding to the maximum aggregation level, α meets a relation that a maximum common divisor of α and ⌊ N CCE L MAX ⌋ = 8 is 1, and L MAX is the maximum aggregation level; and determining (1630, 1640), based on the quantity N CCE of CCEs and the maximum aggregation level, a first search space corresponding to the first aggregation level; or determining (1630, 1640), based on the quantity N CCE of CCEs and a quantity of CCEs comprised in the search space corresponding to the maximum aggregation level, a first search space corresponding to the first aggregation level. determining a quantity N CCE of control channel elements CCEs comprised in a control resource set of a terminal device, wherein N CCE is a positive integer, the control resource set is corresponding to at least two aggregation levels, the at least two aggregation levels comprise a maximum aggregation level and a first aggregation level, the first aggregation level is less than the maximum aggregation level, and the maximum aggregation level is the highest aggregation level in the at least two aggregation levels; determining a second search space based on a parameter α, wherein the second search space is a search space corresponding to the maximum aggregation level, α meets a relation that a maximum common divisor of α and ⌊ N CCE L MAX ⌋ = 8 is 1, and L MAX is the maximum aggregation level; and determining (1630, 1640), based on the quantity N CCE of CCEs and the maximum aggregation level, a first search space corresponding to the first aggregation level; or determining (1630, 1640), based on the quantity N CCE of CCEs and a quantity of CCEs comprised in the search space corresponding to the maximum aggregation level, a first search space corresponding to the first aggregation level.
An orthopedic device, comprising: a main support adapted to secure about a lower leg, wherein the main support defines a curved shape arranged as semi-rigid or rigid so as to resiliently generally maintain its shape between donning and doffing; at least one strap extending from the main support and arranged to wrap around an ankle; a strap assembly having a first portion coupling to the main support, and a second portion arranged to be drawn therefrom; an anchor for receiving and attaching to the second portion of the strap assembly; an attachment component (250, 260) secured to the main support, the first portion of the strap assembly coupling to the attachment component, characterized in that the strap assembly includes a main segment (322, 342) and at least one elastic segment (324, 344) attached to the main segment (322, 342) and located between the first and second portions (255, 257), the main segment (322, 342) being less elastic than the at least one elastic segment (324, 344) and including the first portion; and in that the attachment component (250, 260) includes a base and lateral wings (262A, 262B) extending laterally from the base over the main support and forming the curved shape of the main support, the base being centrally located on the main support at an apex of the curved shape thereof. a main support adapted to secure about a lower leg, wherein the main support defines a curved shape arranged as semi-rigid or rigid so as to resiliently generally maintain its shape between donning and doffing; at least one strap extending from the main support and arranged to wrap around an ankle; a strap assembly having a first portion coupling to the main support, and a second portion arranged to be drawn therefrom; an anchor for receiving and attaching to the second portion of the strap assembly; an attachment component (250, 260) secured to the main support, the first portion of the strap assembly coupling to the attachment component, characterized in that the strap assembly includes a main segment (322, 342) and at least one elastic segment (324, 344) attached to the main segment (322, 342) and located between the first and second portions (255, 257), the main segment (322, 342) being less elastic than the at least one elastic segment (324, 344) and including the first portion; and in that the attachment component (250, 260) includes a base and lateral wings (262A, 262B) extending laterally from the base over the main support and forming the curved shape of the main support, the base being centrally located on the main support at an apex of the curved shape thereof.
Building and construction element comprising ground material based on cellulose, especially paper, characterized in, that a basic layer consists of pressed pulp of laminated foodstuff packages made of paper with walls being at least at one side covered by a waterproof sheet made of plastic, wherein the basic layer is covered at least at one side by a plastic sheet and having outside cover layers, the element being obtainable by pressing together the basic layer, the plastic sheet and the cover layers at temperatures between 160 and 190 °C.
Compounds of the general formula wherein is D Pro- L Pro, D Ser-LPro or D Glu- L Pro and Z is a chain of 8 alpha-amino acid residues, the positions of said amino acid residues in said chain being counted starting from the N-terminal amino acid, whereby these amino acid residues are, depending on their position in the chain, - P1: Asp; - P2: Cys; - P3: Phe, Tyr; - P4: Trp, D Trp; - P5: Lys, Orn; - P6: Tyr; - P7: Cys, - P8: Cha, Leu, Val; and - Cys at P2 and P7 can form a disulfide bridge, and pharmaceutically acceptable salts thereof. - P1: Asp; - P2: Cys; - P3: Phe, Tyr; - P4: Trp, D Trp; - P5: Lys, Orn; - P6: Tyr; - P7: Cys, - P8: Cha, Leu, Val; and - Cys at P2 and P7 can form a disulfide bridge,
An apparatus for heat treatment of sheets that are supported on a moving belt, wherein the sheets are pressed against a support surface of the belt and the belt is supported on a heat conductive stationary support structure, characterized in that the heat conductive support structure is elastically biased against the belt with a biasing force and a compliance limiting mechanism is arranged to support the belt against a force (Fs) with which the sheets are pressed against the belt, characterized in that the support structure is divided into separate segments which are biased against the belt independently of one another.
Method for producing a plastic profile having at least one ridge-shaped projection, in particular of a window or door hollow chamber profile, by means of an extrusion process, - wherein plastic melt is passed through an extrusion tool as part of the extrusion process for profile shaping, - wherein during the extrusion process in at least one tempering section of the extrusion tool a targeted local influencing of the wall thickness of the plastic extrusion profile takes place by means of tempering, - wherein the tempering section is associated with a single ridge-shaped projection of the plastic extrusion profile, - wherein at least one tempering device is provided in the extrusion tool for locally influencing the wall thickness per tempering section, by means of which the inner wall of the extrusion tool can be selectively heated and/or cooled in the tempering section, and - wherein at least one tempering section has a duct through which a heating or cooling medium can flow, characterised in that in each tempering section a plurality of tempering devices spaced apart from one another is provided, which within an individual tempering section enable a locally differentiated heating and/or cooling of the inner wall of the extrusion tool and thus of the individual ridge-shaped projection of the plastic extrusion profile to be influenced with regard to its wall thickness and passing through the extrusion tool, in that the duct is preferably used for the common tempering of all tempering devices of a tempering section, and in that the duct is integrated in an insert of the tempering section, which can be pushed into the extrusion tool and transports the heat of the heating medium or the cold of the cooling medium to the inner wall of the extrusion tool. - wherein plastic melt is passed through an extrusion tool as part of the extrusion process for profile shaping, - wherein during the extrusion process in at least one tempering section of the extrusion tool a targeted local influencing of the wall thickness of the plastic extrusion profile takes place by means of tempering, - wherein the tempering section is associated with a single ridge-shaped projection of the plastic extrusion profile, - wherein at least one tempering device is provided in the extrusion tool for locally influencing the wall thickness per tempering section, by means of which the inner wall of the extrusion tool can be selectively heated and/or cooled in the tempering section, and - wherein at least one tempering section has a duct through which a heating or cooling medium can flow,
A phosphate-free automatic dishwashing composition comprising an amine of formula III: R1-N- (CH2CHOH(CH2O)nR3) formula III wherein: R1 and R2 are independently selected from hydrogen, cyclic or acyclic, linear or branched C1 to C10 alkyl, C1 to C10 hydroxyalkyl, polyhydroxyhydrocarbyl and polyalkoxy of formula (R4-O)xH with R4 being C1-C4 and x is from 1 to 15; preferably x is from 1 to 5, more preferably x is 1; n is 0 or 1, preferably 1; and R3 is a C6 to C30 hydrocarbyl; and wherein the composition comprises an enzyme. R1 and R2 are independently selected from hydrogen, cyclic or acyclic, linear or branched C1 to C10 alkyl, C1 to C10 hydroxyalkyl, polyhydroxyhydrocarbyl and polyalkoxy of formula (R4-O)xH with R4 being C1-C4 and x is from 1 to 15; preferably x is from 1 to 5, more preferably x is 1; n is 0 or 1, preferably 1; and R3 is a C6 to C30 hydrocarbyl;
Spindle for spinning machines having a single motor drive, which has a rotor and a stator connected to a spindle bearing housing, • wherein the rotor is mounted in the stator by means of at least two passive magnetic radial bearings (5a, 5b), • wherein the rotor is driven by a motor; and • wherein the rotor is mounted by means of an active magnetic axial bearing, characterized in that the stator is connected to the spindle bearing housing by means of at least one damping element (9a, 9b). • wherein the rotor is mounted in the stator by means of at least two passive magnetic radial bearings (5a, 5b), • wherein the rotor is driven by a motor; and • wherein the rotor is mounted by means of an active magnetic axial bearing,
A nasal cannula for respiratory therapy, the cannula comprising: a first gas supply tube having a first distal end that terminates in a first connector; a second gas supply tube having a second distal end that terminates in a second connector; and a nasal cannula body comprising: a first end rotatably coupled to the first connector; a second end, opposite the first end; a longitudinal axis extending from the first end to the second end;a first nasal prong in fluid communication with the first gas supply tube, wherein the first nasal prong is rotatable relative to the first gas supply tube, the rotation being about the longitudinal axis of the nasal cannula body; and a second nasal prong in fluid communication with the second gas supply tube; wherein the first nasal prong is rotatable about the longitudinal axis relative to a position of the second nasal prong. a first gas supply tube having a first distal end that terminates in a first connector; a second gas supply tube having a second distal end that terminates in a second connector; and a nasal cannula body comprising: a first end rotatably coupled to the first connector; a second end, opposite the first end; a longitudinal axis extending from the first end to the second end;a first nasal prong in fluid communication with the first gas supply tube, wherein the first nasal prong is rotatable relative to the first gas supply tube, the rotation being about the longitudinal axis of the nasal cannula body; and a second nasal prong in fluid communication with the second gas supply tube; a first end rotatably coupled to the first connector; a second end, opposite the first end; a longitudinal axis extending from the first end to the second end;a first nasal prong in fluid communication with the first gas supply tube, wherein the first nasal prong is rotatable relative to the first gas supply tube, the rotation being about the longitudinal axis of the nasal cannula body; and a second nasal prong in fluid communication with the second gas supply tube; wherein the first nasal prong is rotatable about the longitudinal axis relative to a position of the second nasal prong.
A device for material processing by means of laser radiation, said device comprising a source of laser radiation emitting pulsed laser radiation for interaction with the material; optics focusing the pulsed processing laser radiation to a center of interaction in the material; a scanning unit shifting the position of the center of interaction within the material, wherein each processing laser pulse interacts with the material in a zone surrounding the center of interaction assigned to said laser pulse so that material is separated in the zones of interaction; and a control unit which controls the scanning unit and the source of laser radiation such that a cut surface is produced in the material by a plurality of zones of interaction, wherein the control unit controls the source of laser radiation and the scanning unit such that merely a perforation of the material is generated in the cut surface, wherein not all of the zones of interaction located within the cut surface adjoin or overlap each other, so that material bridges, in which the material remains connected, remain between regions in which the material is being separated, wherein the control device controls the source of laser radiation and the scanning unit such that the cut surface is composed of at least a first and a second cut surface part (F1, F2; L1, L2), the first cut surface part and the second cut surface part being provided with different incidence of material bridges.
A filter cartridge (102; 302) comprising: a filter media pack (112; 312) having a first flow face (124; 324) and a second flow face (122; 322); a housing engagement member (140; 340) that surrounds the filter media pack (112; 312), the housing engagement member includes first and second annular sidewalls (150, 176; 350, 376) that form a trough (178; 378) therebetween, the trough (178; 378) having a constant depth between a mouth and a bottom of the trough at all locations; the trough (178; 378) having an enlarged region (190; 390) wherein the bottom of the trough (178; 378) has a greater width dimension than other portions of the bottom of the trough; a first end cap (118; 318) secured to a first end of the filter media pack (112; 312), the first end extending between the first and second flow faces (124, 122; 324, 322); a second end cap (118; 318) secured to a second end of the filter media pack (112; 312), opposite the first end, the second end extending between the first and second flow faces (124, 122; 324, 322); wherein the housing engagement member (140; 340) is positioned outward of the first and second end caps (118; 318). a filter media pack (112; 312) having a first flow face (124; 324) and a second flow face (122; 322); a housing engagement member (140; 340) that surrounds the filter media pack (112; 312), the housing engagement member includes first and second annular sidewalls (150, 176; 350, 376) that form a trough (178; 378) therebetween, the trough (178; 378) having a constant depth between a mouth and a bottom of the trough at all locations; the trough (178; 378) having an enlarged region (190; 390) wherein the bottom of the trough (178; 378) has a greater width dimension than other portions of the bottom of the trough; a first end cap (118; 318) secured to a first end of the filter media pack (112; 312), the first end extending between the first and second flow faces (124, 122; 324, 322); a second end cap (118; 318) secured to a second end of the filter media pack (112; 312), opposite the first end, the second end extending between the first and second flow faces (124, 122; 324, 322); wherein the housing engagement member (140; 340) is positioned outward of the first and second end caps (118; 318).
A view control device for a vehicle, comprising: a change unit that changes a field of view of vehicle surroundings for a vehicle occupant; and a control unit that, in a case of establishment of a predetermined condition that is before establishment of a preset change condition under which the viewing range is to be changed, controls the change unit so as to change the field of view to a predetermined preparatory field wherein, in a case in which the change condition is satisfied after the change to the preparatory field, the control unit further controls the change unit so as to change the field of view in association with turning of the vehicle; characterized in that the preparatory field is determined based on a seat position. a change unit that changes a field of view of vehicle surroundings for a vehicle occupant; and a control unit that, in a case of establishment of a predetermined condition that is before establishment of a preset change condition under which the viewing range is to be changed, controls the change unit so as to change the field of view to a predetermined preparatory field wherein, in a case in which the change condition is satisfied after the change to the preparatory field, the control unit further controls the change unit so as to change the field of view in association with turning of the vehicle; characterized in that the preparatory field is determined based on a seat position.