mhurhangee/ep-ind-claims huggingface dataset:
A yarn winding device comprising: a winding spindle for winding yarns onto a plurality of bobbins, respectively, which are attached in series to the winding spindle along axial directions of the winding spindle; and a plurality of traverse units for traversing the yarns wound onto the respective bobbins, in axial directions of the respective bobbins; characterized by comprising a plurality of shifter units for detaching the yarns from the traverse units and shifting the yarns to the outside of the traversal ranges of the corresponding traverse units wherein, the shifter units are dividable into individual units. a winding spindle for winding yarns onto a plurality of bobbins, respectively, which are attached in series to the winding spindle along axial directions of the winding spindle; and a plurality of traverse units for traversing the yarns wound onto the respective bobbins, in axial directions of the respective bobbins; characterized by comprising
Display system for a rail vehicle, comprising: - a busbar, comprising a rail body which extends along a longitudinal direction, and an electrically conductive line which is held by the rail body, - a display device which can be electrically coupled to the line for supplying the display device with electrical energy, wherein the display device can be variably positioned relative to the rail body along the longitudinal direction, wherein the display device has a communication interface (122, 123) for coupling to a further display device (130, 140) for signalling purposes, wherein the communication interface (122, 123) is designed for wireless communication. - a busbar, comprising a rail body which extends along a longitudinal direction, and an electrically conductive line which is held by the rail body, - a display device which can be electrically coupled to the line for supplying the display device with electrical energy, wherein the display device can be variably positioned relative to the rail body along the longitudinal direction, wherein the display device has a communication interface (122, 123) for coupling to a further display device (130, 140) for signalling purposes, wherein the communication interface (122, 123) is designed for wireless communication.
Excrement picking up device with an essentially planar base plate and a handle, wherein the excrement picking up device has a holding bracket which extends at least area by area over the base plate and essentially transversally to an excrement picking up move direction, wherein the handle and/or the holding bracket has a transport position and at least one usage position, wherein the handle and/or the holding bracket is convertible from the transport position into the at least one usage position and from the at least one usage position into the transport position, characterised in that the base plate has a basic shape like a flat iron and the excrement picking up device has a reception retainer for receptables, wherein during the transposition of the respective other part into the transport and/or the usage position either the handle or the holding bracket are transposed therewith.
A bacterium wherein at least one gene coding for a polypeptide having serine deaminase activity is inactivated and/or a gene coding for a polypeptide having serine hydroxymethyltransferase activity is inactivated; and wherein said bacterium expresses an aspartate kinase I / homoserine dehydrogenase I (ThrA) mutant having an amino acid sequence which has at least 90% sequence identity to the amino acid sequence set forth in SEQ ID NO: 11 and which comprises an amino acid substitution at position Y356, S357 and/or S359, wherein the substitution at position Y356 is selected from the group consisting of Y356C, Y356T, Y356V, Y356S, Y356W, Y356Q, Y356G, Y356N, Y356D, Y356E, Y356F, Y356A, Y356I, Y356P, Y356H, Y356R and Y356L; the substitution at position S357 is selected from the group consisting of S357R, S357V, S357P, S357G, S357L, S357Y, S357A, S357N, S357F, S357H, S357K, S357I and S357M; and the substitution at position S359 is selected from the group consisting of S359R, S359G, S359M, S359F, S359T, S359P, S359V, S359Q, S359A, S359C, S359K, S359E and S359L.
Levelling gauge rod for the production of a concrete screed produced on a substrate, this gauge rod comprising: - a single post having a cylindrical trunk provided with a single foot, this foot having a planar bearing face intended to come into contact with the substrate, this bearing face having a surface area greater than 3 cm 2, - a mobile marker mounted on this post, the position of the marker making it possible to delimit the thickness of the concrete screed at the position of the gauge rod on the substrate and - at least one spike (20, 22) suitable for penetrating into the substrate to anchor the foot on this substrate, characterized in that a) the marker has an opening in which a corresponding part of the trunk is received, b) said at least one spike (20, 22) is secured to the foot and extends from the bearing face, c) the opening and the corresponding part are formed to allow the marker to slide along the generatrix of the trunk, and d) the width of the opening in at least one direction of measurement is less than or equal to the width of the corresponding part in this same direction of measurement, when the marker is slidingly mounted on the trunk, so as to keep the marker in an adjustable position along the trunk only via friction between the marker and the trunk. - a single post having a cylindrical trunk provided with a single foot, this foot having a planar bearing face intended to come into contact with the substrate, this bearing face having a surface area greater than 3 cm 2, - a mobile marker mounted on this post, the position of the marker making it possible to delimit the thickness of the concrete screed at the position of the gauge rod on the substrate and - at least one spike (20, 22) suitable for penetrating into the substrate to anchor the foot on this substrate, a) the marker has an opening in which a corresponding part of the trunk is received, b) said at least one spike (20, 22) is secured to the foot and extends from the bearing face, c) the opening and the corresponding part are formed to allow the marker to slide along the generatrix of the trunk, and d) the width of the opening in at least one direction of measurement is less than or equal to the width of the corresponding part in this same direction of measurement, when the marker is slidingly mounted on the trunk, so as to keep the marker in an adjustable position along the trunk only via friction between the marker and the trunk.
A conveying unit comprising - at least two longitudinal members which extend in a longitudinal direction and which are spaced apart from one another in a transverse direction; and - a plurality of receivers which are arranged behind one another in the longitudinal direction, which are carried by the longitudinal members and at which conveyor belt sections are supported which are individually attachable and removable and which together form a conveying path extending in the longitudinal direction, characterized in that the receivers for the conveyor belt sections are asymmetrical and each comprise a carrier side for force transfer into the longitudinal members and an access side via which the respective conveyor belt section is laterally attachable and removable. - at least two longitudinal members which extend in a longitudinal direction and which are spaced apart from one another in a transverse direction; and - a plurality of receivers which are arranged behind one another in the longitudinal direction, which are carried by the longitudinal members and at which conveyor belt sections are supported which are individually attachable and removable and which together form a conveying path extending in the longitudinal direction,
A method for producing a shape memory band of an orthodontic appliance, said shape memory band being one piece, having a cross section that can vary according to the longitudinal position of said cross section, and comprising a bonding zone (12; 12 1,12 2) configured in such a way as to exhibit a shape substantially identical to that of a tooth (D1, D3), said method comprising the following steps: a) determining an orthodontic treatment suitable for treating the teeth of a patient; b) determining a set of forces to be exerted locally on said teeth in order to obtain said orthodontic treatment, and the shape of the surface of the teeth to which bonding zones (12; 12 1, 12 2) of said shape memory band are to be bonded; c) producing said shape memory band with a 3D printer, the local cross section of said shape memory band being determined according to said forces and in such a way as to define bonding zones (12; 12 1, 12 2) substantially identical to the surfaces of said teeth to which they are to be bonded, method in which the variation of the cross section comprises a variation of composition, i.e. a variation: - of the nature of the material or materials that define the cross section and/or - of the arrangement of the materials that define the cross section, and/or in which the variation of the cross section comprises a variation of shape, i.e. a variation: - of the contour of the cross section and/or - of the angular position of the cross section about the main direction of said shape memory band, no portion of the shape memory band representing more than 5% of the length of the band exhibiting a cross section that is constant, at least part of the shape memory band being made from a shape memory material. a) determining an orthodontic treatment suitable for treating the teeth of a patient; b) determining a set of forces to be exerted locally on said teeth in order to obtain said orthodontic treatment, and the shape of the surface of the teeth to which bonding zones (12; 12 1, 12 2) of said shape memory band are to be bonded; c) producing said shape memory band with a 3D printer, the local cross section of said shape memory band being determined according to said forces and in such a way as to define bonding zones (12; 12 1, 12 2) substantially identical to the surfaces of said teeth to which they are to be bonded, - of the nature of the material or materials that define the cross section and/or - of the arrangement of the materials that define the cross section, - of the contour of the cross section and/or - of the angular position of the cross section about the main direction of said shape memory band,
Apparatus for connecting a protective cover for a sensor cable to a sensor housing, comprising a sensor housing with a cable opening for a sensor cable, as well as a protective cover, which surrounds the sensor cable loosely in the operating state of the sensor, characterised in that the sensor housing has a flange which surrounds the cable opening and an end of the protective cover facing towards the sensor housing is connected to a rigid sleeve-shaped connector part in a form-fit manner, which connector part is able to be connected to the flange of the sensor housing in a form-fit and releasable manner.
An absorbent article comprising an absorbent core sandwiched between a topsheet and a backsheet, said article being arranged along a longitudinal axis and a transversal axis extending in a perpendicular direction in relation to the longitudinal axis and said article defining a front portion, a back portion and a crotch portion, wherein said absorbent core comprises an absorbent component (5a, 5b, 5c) enclosed by a core cover (11, 12) comprising an upper side and a lower side and the core is formed with a sealing arrangement (9, 10) for joining said upper and lower sides (11, 12) comprising two channel sealings (9, 10) extending along said longitudinal axis in said crotch portion and defining a first channel sealing width and a second channel sealing width, respectively; characterized in that the front portion of the core is formed with a recess defining a depth (c) extending from a front edge of the core and into said front portion and that a distance is defined between said front edge of the core and a front edge of each channel sealing (9, 10), wherein the ratio of said depth (c) and said distance is within the interval 0,05-0,8.
A system for repairing a glenoid bone defect of a specific patient, characterised in that the system comprises: an impactor body; and a patient-specific punch coupled to the impactor body, the patient-specific punch including a patient-specific void corresponding to the glenoid bone defect; wherein the impactor body is configured to drive the patient-specific punch into an implant material to form a patient-specific glenoid implant. an impactor body; and a patient-specific punch coupled to the impactor body, the patient-specific punch including a patient-specific void corresponding to the glenoid bone defect; wherein the impactor body is configured to drive the patient-specific punch into an implant material to form a patient-specific glenoid implant.
A light-emitter, comprising: a first electrode; a layered body disposed on the first electrode, the layered body including a charge injection layer and a light-emitting layer; a second electrode disposed on the layered body; and a bank that defines a position of the light-emitting layer, wherein the charge injection layer being a hole injection/transport layer is formed by oxidation of an upper portion of a metal, the light-emitting layer is an organic EL layer the first electrode includes a metal layer that is a lower portion of the metal, an inner portion of the charge injection layer is depressed to define a recess with at least one peripheral edge, and characterized in that a portion of the bank covers the peripheral edge of the charge injection layer. a first electrode; a layered body disposed on the first electrode, the layered body including a charge injection layer and a light-emitting layer; a second electrode disposed on the layered body; and a bank that defines a position of the light-emitting layer, wherein the charge injection layer being a hole injection/transport layer is formed by oxidation of an upper portion of a metal, the light-emitting layer is an organic EL layer the first electrode includes a metal layer that is a lower portion of the metal, an inner portion of the charge injection layer is depressed to define a recess with at least one peripheral edge, and
A system comprising: a user interface configured to receive an input, wherein the user interface has a plurality of zones (Z1-Z4) on a touch-sensitive surface of the user interface, each zone of the plurality of zones being configured to control parameters of a respective subsystem of a vehicle; a sensor configured to sense a position of a user input element (RH, LH) relative to the touch-sensitive surface of the user interface when the user input element is proximate to, without being in contact with, the touch-sensitive surface of the user interface; a processor configured to receive a signal from the sensor that identifies which zone of the plurality of zones the user input element is proximate to, to determine a deformation haptic effect based on which zone of the plurality of zones the user input element is proximate to, and to output a haptic effect generation signal based on the deformation haptic effect to a haptic output device (160, 310, 320, 330) disposed in a steering wheel of the vehicle, wherein the haptic output device is configured to deform one or more points on the steering wheel, and is further configured to generate the deformation haptic effect on the steering wheel based on the haptic effect generation signal when the user input element is proximate to, without being in contact with, the touch-sensitive surface of the user interface. a user interface configured to receive an input, wherein the user interface has a plurality of zones (Z1-Z4) on a touch-sensitive surface of the user interface, each zone of the plurality of zones being configured to control parameters of a respective subsystem of a vehicle; a sensor configured to sense a position of a user input element (RH, LH) relative to the touch-sensitive surface of the user interface when the user input element is proximate to, without being in contact with, the touch-sensitive surface of the user interface; a processor configured to receive a signal from the sensor that identifies which zone of the plurality of zones the user input element is proximate to, to determine a deformation haptic effect based on which zone of the plurality of zones the user input element is proximate to, and to output a haptic effect generation signal based on the deformation haptic effect to a haptic output device (160, 310, 320, 330) disposed in a steering wheel of the vehicle, wherein to receive a signal from the sensor that identifies which zone of the plurality of zones the user input element is proximate to, to determine a deformation haptic effect based on which zone of the plurality of zones the user input element is proximate to, and to output a haptic effect generation signal based on the deformation haptic effect to a haptic output device (160, 310, 320, 330) disposed in a steering wheel of the vehicle, wherein the haptic output device is configured to deform one or more points on the steering wheel, and is further configured to generate the deformation haptic effect on the steering wheel based on the haptic effect generation signal when the user input element is proximate to, without being in contact with, the touch-sensitive surface of the user interface.
Method for use in conjunction with an exhaust-gas aftertreatment system which is operated on an internal combustion engine operated with an excess of air, in which exhaust-gas aftertreatment system soot particles are separated out of the exhaust gas by means of a particle filter (5; 9) and the particle filter is regenerated with the aid of NO 2 formed on an NO oxidation catalytic converter mounted upstream, and wherein the reduction of the nitrogen oxides is realized by virtue of a reducing agent which splits to form NH 3 being metered into the exhaust-gas flow upstream of the particle filter and the particle filter being laden with a catalytically active material for the selective catalytic reduction of nitrogen oxides, characterized in that, depending on a degree of soot loading of the particle filter (5; 9), the NH 3 to NO x ratio (a) is varied in phases by changing the NO x untreated emissions and/or the supplied amount of reducing agent, in such a way that the NH 3 to NO x ratio (a) alternates in phases between values of greater than one and values of less than one, by virtue of the fact that, after phases with low NH 3 to NO x ratio (a) and before the NH 3 stored in the particle filter is used up, the supplied amount of reducing agent is raised in such a way and/or the NO x untreated emissions are lowered in such a way that the supplied amount of reducing agent exceeds the NO x amount.
Combination of a transport anchor and a device for positioning the transport anchor in a formwork for a precast concrete part, wherein the transport anchor has an elongate anchor portion, which defines a longitudinal axis, and a connection portion adjoining one end of the anchor portion in the direction of the longitudinal axis, wherein the connection portion is a threaded portion, the axis of which coincides with the longitudinal axis of the anchor portion, wherein the device has a recess unit (1, 11), which can be connected on one side to the connection portion in a sealed manner and on a side (5, 25) facing away from the connection portion can be connected directly to the inner wall of a formwork in a sealing manner, wherein the recess unit has two flat surfaces (4, 5) lying opposite one another, wherein the two surfaces (4, 5) are inclined relative to one another and connected to one another by a circumferential edge surface, wherein the circumferential edge surface forms a part of a rotationally symmetrical surface, wherein the surface of the recess unit (1, 11) facing the threaded portion has a threaded connector fitting the threaded portion, wherein the threaded connector is formed as a threaded bolt with an external thread or a threaded sleeve with an internal thread, wherein the threaded connector extends from the recess unit (1, 11) perpendicular to the surface facing the threaded portion and along an axis of the rotationally symmetrical surface formed by the edge surface, with the result that in the case of a recess unit aligned in an installation position the longitudinal axis of the anchor portion runs inclined at an angle of less than 90° to the surface (5, 15, 25) of the recess unit (1, 11, 12) to be connected in a sealing manner to a formwork wall, wherein the threaded connector has a thread axis, wherein the rotationally symmetrical surface has an axis of symmetry and wherein the thread axis is identical to the axis of symmetry.
A method for intercepting a new radio physical downlink control channel, NR-PDCCH, characterized by comprising: starting or restarting, by a terminal device, a first timer when a NR-PDCCH is intercepted; and determining that the terminal device enters a discontinuous reception, DRX, turnoff, OFF, state or continues intercepting the NR-PDCCH according to a position of an end time of the first timer on a first time unit; wherein the first time unit is a NR-PDCCH monitoring occasion used by the terminal device to intercept the NR-PDCCH, the DRX OFF state refers to a state in which the terminal device does not intercept the NR-PDCCH in the time period used to intercept the NR-PDCCH; wherein the determining that the terminal device enters a discontinuous reception, DRX, turnoff, OFF, state or continues intercepting the NR-PDCCH according to a position of an end time of the first timer on a first time unit comprises: determining that the terminal device enters the DRX OFF state if the end time of the first timer is in the middle of the first time unit and the NR-PDCCH is not intercepted from the end time of the first timer to an end time of the first time unit. starting or restarting, by a terminal device, a first timer when a NR-PDCCH is intercepted; and determining that the terminal device enters a discontinuous reception, DRX, turnoff, OFF, state or continues intercepting the NR-PDCCH according to a position of an end time of the first timer on a first time unit; wherein the first time unit is a NR-PDCCH monitoring occasion used by the terminal device to intercept the NR-PDCCH, the DRX OFF state refers to a state in which the terminal device does not intercept the NR-PDCCH in the time period used to intercept the NR-PDCCH; wherein the determining that the terminal device enters a discontinuous reception, DRX, turnoff, OFF, state or continues intercepting the NR-PDCCH according to a position of an end time of the first timer on a first time unit comprises: determining that the terminal device enters the DRX OFF state if the end time of the first timer is in the middle of the first time unit and the NR-PDCCH is not intercepted from the end time of the first timer to an end time of the first time unit.