mhurhangee/ep-ind-claims huggingface dataset:
Laundry treatment appliance having an outer tub for receiving washing liquid, a laundry drum for receiving laundry, wherein the laundry drum is arranged in the outer tub, an oscillating system, which is embodied to mount the laundry drum and the outer tub in the laundry treatment appliance so that they can oscillate, a drum drive for rotating the laundry drum during a washing period, and a controller for controlling the drum drive, characterised in that the controller is embodied to activate the drum drive during a maximal time segment of the washing period in order to rotate the laundry drum with a maximal rotational speed, wherein the maximal rotational speed is greater than a resonance rotational speed of the laundry drum, wherein the resonance rotational speed is a rotational speed of the laundry drum at which an oscillating frequency of the oscillating system corresponds to a natural oscillating frequency of the oscillating system, that the controller is embodied to activate the drum drive, during a drum time segment of the washing period which follows on from the maximal time segment, in order to rotate the laundry drum with a drum rotational speed, wherein the drum rotational speed is lower than the resonance rotational speed of the laundry drum and greater than a detaching rotational speed of the laundry drum, in order to form and maintain a laundry tunnel within the laundry received in the laundry drum, wherein the detaching rotational speed is a maximal rotational speed of the laundry drum at which the laundry received in the laundry drum detaches from the laundry drum. the controller is embodied to activate the drum drive during a maximal time segment of the washing period in order to rotate the laundry drum with a maximal rotational speed, wherein the maximal rotational speed is greater than a resonance rotational speed of the laundry drum, wherein the resonance rotational speed is a rotational speed of the laundry drum at which an oscillating frequency of the oscillating system corresponds to a natural oscillating frequency of the oscillating system, that the controller is embodied to activate the drum drive, during a drum time segment of the washing period which follows on from the maximal time segment, in order to rotate the laundry drum with a drum rotational speed, wherein the drum rotational speed is lower than the resonance rotational speed of the laundry drum and greater than a detaching rotational speed of the laundry drum, in order to form and maintain a laundry tunnel within the laundry received in the laundry drum, wherein the detaching rotational speed is a maximal rotational speed of the laundry drum at which the laundry received in the laundry drum detaches from the laundry drum.
A support for mounting an accessory equipment assembly with one or more accessory equipment units (34, 36), especially current transformer units, to a base of a bushing comprising a conductor surrounded by an insulator part such that each of the accessory equipment units (34, 36) is positioned in a defined way regarding the conductor, and a frame having external fastening structures, which frame holds the accessory equipment assembly in its interior, wherein said support comprises aligning means (50, 52) for aligning each individual accessory equipment unit (34, 36) separately with respect to the conductor, a first group of these aligning means allows a movement of each accessory equipment unit (34, 36) substantially parallel to the conductor and an individual tilt of each accessory equipment unit (34, 36) within the accessory equipment assembly, a second group of these aligning means allows a movement of the accessory equipment assembly as a whole in two orthogonal directions in a plane perpendicular to the conductor, characterised in that both groups of aligning means (50, 52) allow the movement via adjustment slots and counter elements guided in these adjustment slots (58, and the aligning means (50, 52) comprise a set of U-shaped elements including the adjustment slots. a conductor surrounded by an insulator part such that each of the accessory equipment units (34, 36) is positioned in a defined way regarding the conductor, and a frame having external fastening structures, which frame holds the accessory equipment assembly in its interior, wherein said support comprises aligning means (50, 52) for aligning each individual accessory equipment unit (34, 36) separately with respect to the conductor, a first group of these aligning means allows a movement of each accessory equipment unit (34, 36) substantially parallel to the conductor and an individual tilt of each accessory equipment unit (34, 36) within the accessory equipment assembly, a second group of these aligning means allows a movement of the accessory equipment assembly as a whole in two orthogonal directions in a plane perpendicular to the conductor, characterised in that both groups of aligning means (50, 52) allow the movement via adjustment slots and counter elements guided in these adjustment slots (58, and the aligning means (50, 52) comprise a set of U-shaped elements including the adjustment slots.
Method for manufacturing a battery arrangement from a plurality of prismatic battery cells, wherein a) the battery cells are arranged side by side in one direction, b) a compressive force is exerted on the battery cells in the first direction, c) while the compressive force is maintained, a check is carried out as to whether one of the prismatic battery cells is protruding relative to the other battery cells in a second direction, and if this is the case: d) the compressive force is removed so that the battery cells (10, 10a) can relax and e) steps b) and c) are repeated until no battery cells (10, 10a) are protruding in the second direction. a) the battery cells are arranged side by side in one direction, b) a compressive force is exerted on the battery cells in the first direction, c) while the compressive force is maintained, a check is carried out as to whether one of the prismatic battery cells is protruding relative to the other battery cells in a second direction, and if this is the case: d) the compressive force is removed so that the battery cells (10, 10a) can relax and e) steps b) and c) are repeated until no battery cells (10, 10a) are protruding in the second direction.
A process line for the production of freeze-dried particles under closed conditions, the process line comprising at least the following separate devices: a spray chamber for droplet generation and freeze congealing of the liquid droplets to form particles; and a bulk freeze-dryer for freeze drying the particles, the freeze-dryer comprising a rotary drum for receiving the particles; wherein a transfer section (308; 500) is provided for a product transfer from the spray chamber to the freeze-dryer, wherein the transfer section (308; 500) permanently interconnects the two devices (302, 304) to form an integrated process line for the production of the particles under end-to-end closed conditions, and for the production of the particles under end-to-end closed conditions each of the devices (302, 304) and of the transfer section (308; 500) is separately adapted for operation preserving sterility of the product to be freeze-dried and/or containment in order to provide a flexibly adaptable process line for enabling independent control of the operational mode of each respective device (302, 304). a spray chamber for droplet generation and freeze congealing of the liquid droplets to form particles; and a bulk freeze-dryer for freeze drying the particles, the freeze-dryer comprising a rotary drum for receiving the particles; wherein a transfer section (308; 500) is provided for a product transfer from the spray chamber to the freeze-dryer, wherein the transfer section (308; 500) permanently interconnects the two devices (302, 304) to form an integrated process line for the production of the particles under end-to-end closed conditions, and a transfer section (308; 500) is provided for a product transfer from the spray chamber to the freeze-dryer, wherein the transfer section (308; 500) permanently interconnects the two devices (302, 304) to form an integrated process line for the production of the particles under end-to-end closed conditions, and for the production of the particles under end-to-end closed conditions each of the devices (302, 304) and of the transfer section (308; 500) is separately adapted for operation preserving sterility of the product to be freeze-dried and/or containment in order to provide a flexibly adaptable process line for enabling independent control of the operational mode of each respective device (302, 304).
A method for producing a polymer, comprising: bringing a compressive fluid and a ring-opening polymerizable monomer into contact with each other to melt the ring-opening polymerizable monomer, followed by adding a catalyst thereto, to thereby allow the ring-opening polymerizable monomer to carry out ring-opening polymerization. bringing a compressive fluid and a ring-opening polymerizable monomer into contact with each other to melt the ring-opening polymerizable monomer, followed by adding a catalyst thereto, to thereby allow the ring-opening polymerizable monomer to carry out ring-opening polymerization.
A gasket seal for a mass spectrometer, wherein said gasket seal comprises: a membrane having an outer profile and an inner profile; and one or more protrusions; wherein one or more ports are provided in the body of said membrane, and wherein in use a gas or fluid is supplied through at least one of said one or more ports via at least one of said one or more protrusions; and wherein at least one of said one or more protrusions is arranged and adapted to extend into a component of said mass spectrometer. a membrane having an outer profile and an inner profile; and one or more protrusions; wherein one or more ports are provided in the body of said membrane, and wherein in use a gas or fluid is supplied through at least one of said one or more ports via at least one of said one or more protrusions; and wherein at least one of said one or more protrusions is arranged and adapted to extend into a component of said mass spectrometer.
Method of producing a wafer having a regular pattern of predetermined separation lanes, the method comprising: providing an unpatterned semiconductor wafer, and forming regular pattern of predetermined separation lanes comprising silicon oxide by implanting oxygen ions between chip areas of the semiconductor wafer; and using an etching agent to selectively remove silicon oxide from the separation lanes, and form the separation lanes. providing an unpatterned semiconductor wafer, and forming regular pattern of predetermined separation lanes comprising silicon oxide by implanting oxygen ions between chip areas of the semiconductor wafer; and using an etching agent to selectively remove silicon oxide from the separation lanes, and form the separation lanes.
Clamp system for a slender object, such as a pile or pipe and the like, said clamp system comprising a frame defining a longitudinal axis, wherein the object and the frame are to be arranged around one another in such a way that the longitudinal axis of the frame is generally parallel to the longitudinal axis of the object, as well as clamping means for clamping the object with respect to the frame, characterized in that the clamping means comprise: - at least one gripping device which is rotatably connected to the frame according to an axis of rotation which is oriented transversely with respect to the longitudinal axis of the frame, said gripping device having a gripping state for clamping said object with respect to the frame and an idle state, and - at least one stop which defines an end position of the gripping device, said gripping device in gripping state and positioned in said end position preventing the object from displacing with respect to the frame in a first axial direction along the longitudinal axis of the frame, in which first axial direction the gripping device is held pressed against the stop, and said gripping device allowing the object to displace with respect to the frame in a second axial direction opposite the first axial direction. - at least one gripping device which is rotatably connected to the frame according to an axis of rotation which is oriented transversely with respect to the longitudinal axis of the frame, said gripping device having a gripping state for clamping said object with respect to the frame and an idle state, and - at least one stop which defines an end position of the gripping device, said gripping device in gripping state and positioned in said end position preventing the object from displacing with respect to the frame in a first axial direction along the longitudinal axis of the frame, in which first axial direction the gripping device is held pressed against the stop, and said gripping device allowing the object to displace with respect to the frame in a second axial direction opposite the first axial direction.
A catheter device for crossing occlusions, the device comprising: an elongate body; a central lumen extending within the elongate body from a proximal end of the elongate body to a distal end of the elongate body; a rotatable tip at the distal end of the elongate body and configured to rotate relative to the elongate body; an OCT imaging sensor comprising an optical fiber, wherein the optical fiber is coupled with the rotatable tip and configured to rotate therewith, and wherein the distal end of the elongate body comprises one or more markers configured to occlude the OCT imaging sensor as the optical fiber rotates; and a bendable distal region in the elongate body proximal to the distal end of the elongate body, the bendable distal region being shapeable by the user prior to placing the catheter device in a body lumen for positioning the distal end of the elongate body at an angle relative to the region of the elongate body proximal to the bendable distal region. an elongate body; a central lumen extending within the elongate body from a proximal end of the elongate body to a distal end of the elongate body; a rotatable tip at the distal end of the elongate body and configured to rotate relative to the elongate body; an OCT imaging sensor comprising an optical fiber, wherein the optical fiber is coupled with the rotatable tip and configured to rotate therewith, and wherein the distal end of the elongate body comprises one or more markers configured to occlude the OCT imaging sensor as the optical fiber rotates; and a bendable distal region in the elongate body proximal to the distal end of the elongate body, the bendable distal region being shapeable by the user prior to placing the catheter device in a body lumen for positioning the distal end of the elongate body at an angle relative to the region of the elongate body proximal to the bendable distal region.
Fastening element for railings for detachable fastening on a scaffold element, in particular on a vertical frame, comprising an abutment surface, a retaining pin for detachably fastening a railing on the retaining pin and a fastening pin for fastening the fastening element on a scaffold element, wherein the fastening pin has, in the region of the abutment surface, an undercut for engaging in an opening of the scaffold element and is connected to the abutment surface in this region, wherein the fastening element comprises a securing element which can be brought into operative connection with the railing in such a way that a rotation of the fastening element is prevented, wherein the securing element is radially spaced apart from the retaining pin and preferably has an abutment surface, characterized in that the fastening element is formed in one piece and at least comprises the abutment surface, the retaining pin, the fastening pin and the securing element.
A vehicle comprising at least a towing vehicle, the towing vehicle comprising steerable wheels and is arranged to convey the vehicle in at least a major longitudinal forward direction of the vehicle, wherein the vehicle further comprises a load handling arrangement arranged to support transportation of material to or from the vehicle, the load handling arrangement being configured to assume a material handling mode in which the load handling arrangement is arranged to support transportation of the material between the vehicle and a stationary ground portion in the vicinity of the vehicle, wherein the load handling arrangement extends substantially in the major longitudinal forward direction of the vehicle over at least a portion of the towing vehicle when assuming the material handling mode, characterized in that the towing vehicle comprises a load support portion arranged in front of the load handling arrangement, the load support portion being arranged to support the load handling arrangement when the load handling arrangement assumes the material handling mode.
Photovoltaic power plant - comprising photovoltaic modules for power generation, which are connected to one another to form a plurality of strings, - comprising a first central converter for converting electrical energy generated by the photovoltaic modules into electrical energy with a voltage which has voltage waveform which corresponds to a voltage waveform of a voltage in a supply grid, and - comprising an output for feeding the converted electrical energy into the supply grid, characterized in that - the first central converter has at least one asynchronous motor and a synchronous generator, the shafts of which are coupled to one another, - the photovoltaic power plant - either has a second central converter, namely a central inverter, for converting the direct current which can be generated by the photovoltaic modules into an alternating current which can be used to supply the asynchronous motor of the first central converter, - or has decentralized converters, of which in each case one is connected into one of the strings in order to convert the direct current which can be generated by the photovoltaic modules in a string into an alternating current which can be used to supply the asynchronous motor of the first central converter. - comprising photovoltaic modules for power generation, which are connected to one another to form a plurality of strings, - comprising a first central converter for converting electrical energy generated by the photovoltaic modules into electrical energy with a voltage which has voltage waveform which corresponds to a voltage waveform of a voltage in a supply grid, and - comprising an output for feeding the converted electrical energy into the supply grid, characterized in that - the first central converter has at least one asynchronous motor and a synchronous generator, the shafts of which are coupled to one another, - the photovoltaic power plant - either has a second central converter, namely a central inverter, for converting the direct current which can be generated by the photovoltaic modules into an alternating current which can be used to supply the asynchronous motor of the first central converter, - or has decentralized converters, of which in each case one is connected into one of the strings in order to convert the direct current which can be generated by the photovoltaic modules in a string into an alternating current which can be used to supply the asynchronous motor of the first central converter. - either has a second central converter, namely a central inverter, for converting the direct current which can be generated by the photovoltaic modules into an alternating current which can be used to supply the asynchronous motor of the first central converter, - or has decentralized converters, of which in each case one is connected into one of the strings in order to convert the direct current which can be generated by the photovoltaic modules in a string into an alternating current which can be used to supply the asynchronous motor of the first central converter.
Test apparatus for an optical examination system having an imaging device and a light source for the optical examination of an object in reflected light and/or fluorescence light, comprising: a housing with a cavity and an opening for inserting a distal end of the imaging device into the cavity; a reference surface with predetermined optical properties in the cavity, at least either for diffusely reflecting illumination light directed onto the reference surface or for emitting fluorescence light; a substantially tubular positioning device (50; 60) for holding the imaging device at a position of the distal end of the imaging device relative to the reference face, said position being predetermined by the positioning device (50; 60), wherein the predetermined position of the distal end of the imaging device is within the cavity, wherein, at its end distant from the cavity, the positioning device has a mechanical stop or a ball-locking device for holding the proximal end of an imaging device that has been inserted into the test device, or wherein, at its end facing the cavity, the positioning device has a mechanical stop that is embodied in such a way that the distal end of an imaging device that has been inserted into the test apparatus lies at the predetermined position when the imaging device rests against the stop. a housing with a cavity and an opening for inserting a distal end of the imaging device into the cavity; a reference surface with predetermined optical properties in the cavity, at least either for diffusely reflecting illumination light directed onto the reference surface or for emitting fluorescence light; a substantially tubular positioning device (50; 60) for holding the imaging device at a position of the distal end of the imaging device relative to the reference face, said position being predetermined by the positioning device (50; 60), wherein the predetermined position of the distal end of the imaging device is within the cavity, wherein, at its end distant from the cavity, the positioning device has a mechanical stop or a ball-locking device for holding the proximal end of an imaging device that has been inserted into the test device, or wherein, at its end facing the cavity, the positioning device has a mechanical stop that is embodied in such a way that the distal end of an imaging device that has been inserted into the test apparatus lies at the predetermined position when the imaging device rests against the stop.
Wedge intended for wedging objects in a box, comprising a base and at least four lateral faces, said wedge being formed by a sheet of rigid, resistant and foldable material, for example made of cardboard, corrugated cardboard or an equivalent sheet of material, and comprising a central part of polygonal, square or rectangular or relatively square or rectangular shape, having dimensions that are substantially equivalent to those of the base of said box, said sheet comprising, on at least two of its sides, at least one or more foldable flaps (2a, 2b, 2c, 2d, 2e, 2h, 2i and 2j) attached to said central part by means of folding lines or articulations (3a, 3b, 3c, 3d, 3e, 3f, 3g, 3h, 3i, 3j) and intended to allow the wedge to be fixed to the literal walls of the box, after said wedge has been wedged into said box, characterised in that the central part of the wedging sheet is provided with a plurality of creases (6a, 6b, 6c and 6d) formed by curved or straight segments, along which the material is compressed and its thickness is reduced, said creases (6a, 6b, 6c, 6d) forming folding lines inside said central part that facilitate the deformation of said wedge in order to better conform to the shape of the upper surface of the stack of objects housed inside the box, said creases terminating at the periphery or in the vicinity of the periphery of said central part of the wedging sheet, they are not parallel to the sides of said central part and are not all parallel to each other.