mhurhangee/ep-ind-claims huggingface dataset:
A bottle crate for transporting individual bottles and different size bottle carriers with bottles contained therein with - a bottom, - lateral walls (3 to 6) protruding from the borders of the bottom with openings (7 to 10) for carrying the bottle crate and/or for making bottles or bottle carriers visible for a viewer looking at the opening (7 to 10) from the outside, - wherein the bottom has a storage surface on the topside for placement of the bottoms of bottles and/or of bottle carriers which has at least four rows with spaces for bottles in each of which at least five spaces for bottles are present, - wherein support elements (18, 19, 20) for supporting individual bottles and bottle carriers project between the spaces, - wherein a half-sleeve or sleeve is arranged in the middle of the four spaces at each corner of the bottom which has at least one curved support surface which faces the space for bottles in the corner of the bottom, characterized in that in the middle of the two central rows with spaces (17.1) projections (20.1) are present on the floor (2.1) that are not higher than support thresholds, wherein the projections (20.1) protrude only a few millimeters beyond the adjoining surface of the bottom (2.1), - stiffening elements are present at the underside of the bottom and - the stiffening elements are parallel ribs extended across the underside of the bottom. - a bottom, - lateral walls (3 to 6) protruding from the borders of the bottom with openings (7 to 10) for carrying the bottle crate and/or for making bottles or bottle carriers visible for a viewer looking at the opening (7 to 10) from the outside, - wherein the bottom has a storage surface on the topside for placement of the bottoms of bottles and/or of bottle carriers which has at least four rows with spaces for bottles in each of which at least five spaces for bottles are present, - wherein support elements (18, 19, 20) for supporting individual bottles and bottle carriers project between the spaces, - wherein a half-sleeve or sleeve is arranged in the middle of the four spaces at each corner of the bottom which has at least one curved support surface which faces the space for bottles in the corner of the bottom, characterized in that in the middle of the two central rows with spaces (17.1) projections (20.1) are present on the floor (2.1) that are not higher than support thresholds, wherein the projections (20.1) protrude only a few millimeters beyond the adjoining surface of the bottom (2.1), - stiffening elements are present at the underside of the bottom and - the stiffening elements are parallel ribs extended across the underside of the bottom.
A post mount, adapted to be installed in a substrate and releasably receive a post therein, the post mount including: a body which is adapted to be driven into the substrate, the body including a flange which is adapted to abut a surface of the substrate; and an insert, said insert including a plurality of walls, adapted to be received by the body and adapted to cooperate with the body; characterized in that: the body includes a plurality of plate members depending from the flange, each plate member including: a cutting edge at a lower end thereof, an insert receiving portion at an upper end thereof, and a slot, which is outwardly curved, said slot acting as a guide, into which a deformable portion of the insert is adapted to be driven; wherein a lower end of the slot is closed, thereby preventing the deforming portion of the insert from extending beyond an outer edge of the body. a body which is adapted to be driven into the substrate, the body including a flange which is adapted to abut a surface of the substrate; and an insert, said insert including a plurality of walls, adapted to be received by the body and adapted to cooperate with the body; characterized in that: the body includes a plurality of plate members depending from the flange, each plate member including: a cutting edge at a lower end thereof, an insert receiving portion at an upper end thereof, and a slot, which is outwardly curved, said slot acting as a guide, into which a deformable portion of the insert is adapted to be driven; wherein a lower end of the slot is closed, thereby preventing the deforming portion of the insert from extending beyond an outer edge of the body. a cutting edge at a lower end thereof, an insert receiving portion at an upper end thereof, and a slot, which is outwardly curved, said slot acting as a guide, into which a deformable portion of the insert is adapted to be driven; wherein a lower end of the slot is closed, thereby preventing the deforming portion of the insert from extending beyond an outer edge of the body.
A clot retrieval device for retrieving a clot from a blood vessel, comprising: a caged portion comprising: a distal end; a proximal end; an inner cage comprising a network of inner struts; and an outer cage comprising a network of struts, the inner cage and outer cage comprising a delivery configuration within a microcatheter and a deployed configuration distal of the microcatheter operable to retrieve at least a portion of the clot; and a distal pinching portion located proximate the distal end of the caged portion, and a proximal pinching portion located proximate the proximal end of the caged portion, each pinching portion comprising at least one pinching cell comprising a collapsed state and an expanded state distal of the microcatheter operable to tweeze at least a portion of the clot, wherein each pinching cell further comprises: a plurality of at least three strut members (212a, 212b, 212c) configured to actuate and pinch the clot from the blood vessel between the plurality of strut members, wherein the plurality of strut members are positioned about a central strut member of the plurality of strut members, each strut member joined at common respective proximal and distal ends only. a caged portion comprising: a distal end; a proximal end; an inner cage comprising a network of inner struts; and an outer cage comprising a network of struts, a distal end; a proximal end; an inner cage comprising a network of inner struts; and an outer cage comprising a network of struts, the inner cage and outer cage comprising a delivery configuration within a microcatheter and a deployed configuration distal of the microcatheter operable to retrieve at least a portion of the clot; and a distal pinching portion located proximate the distal end of the caged portion, and a proximal pinching portion located proximate the proximal end of the caged portion, each pinching portion comprising at least one pinching cell comprising a collapsed state and an expanded state distal of the microcatheter operable to tweeze at least a portion of the clot, wherein each pinching cell further comprises: a plurality of at least three strut members (212a, 212b, 212c) configured to actuate and pinch the clot from the blood vessel between the plurality of strut members, wherein the plurality of strut members are positioned about a central strut member of the plurality of strut members, each strut member joined at common respective proximal and distal ends only.
A method for working a steel sheet into a predetermined shape, comprising: a drawing step for drawing the steel sheet using at least one pair of dies (22, 23); and a cutting step for cutting the steel sheet drawn in the drawing step using at least one nibbler, wherein the nibbler has a cylindrical case, a punch housed in the case, which reciprocates in a top-bottom direction to punch the steel sheet, and a die arranged below the case so as to be on the opposite side of the case across the steel sheet, the die having a die hole into which the punch enters, and an ejecting hole communicating with the die hole, through which a scrap punched from the steel sheet is ejected, and wherein in the drawing step, a bead (Wb) protruding toward a side where one of both surfaces of the steel sheet is situated is formed in a ring on a peripheral part of the steel sheet over the whole circumference of the peripheral part, a low part (Wba) having a height smaller than the shortest distance between the case and the die of the nibbler is formed in at least one part of the bead, in the cutting step, while moving the nibbler, the steel sheet fed between the case and the die is continuously punched by the punch to cut the steel sheet and a part of the peripheral part including the bead is cut out by moving the nibbler over the low part from a periphery of the steel sheet to a part of the steel sheet situated inward from the bead. a drawing step for drawing the steel sheet using at least one pair of dies (22, 23); and a cutting step for cutting the steel sheet drawn in the drawing step using at least one nibbler, wherein the nibbler has a cylindrical case, a punch housed in the case, which reciprocates in a top-bottom direction to punch the steel sheet, and a die arranged below the case so as to be on the opposite side of the case across the steel sheet, the die having a die hole into which the punch enters, and an ejecting hole communicating with the die hole, through which a scrap punched from the steel sheet is ejected, and wherein in the drawing step, a bead (Wb) protruding toward a side where one of both surfaces of the steel sheet is situated is formed in a ring on a peripheral part of the steel sheet over the whole circumference of the peripheral part, a low part (Wba) having a height smaller than the shortest distance between the case and the die of the nibbler is formed in at least one part of the bead, in the cutting step, while moving the nibbler, the steel sheet fed between the case and the die is continuously punched by the punch to cut the steel sheet and a part of the peripheral part including the bead is cut out by moving the nibbler over the low part from a periphery of the steel sheet to a part of the steel sheet situated inward from the bead.
Method of controlling the remaining life time of a stud holder comprising the step of: - providing a stud holder extending along a longitudinal axis and comprising a plurality of tongues distributed around the longitudinal axis and forming a recess adapted to receive a stud for its welding to a workpiece; the method being further characterised by the following steps: - providing a testing device comprising a testing tool and a sensor adapted to measure a testing force of the testing tool, - arranging the stud holder and the testing tool relative to each other such that a deflection of at least one tongue is performed by the testing tool; - measuring the testing force for deviating the tongue; and - determining the condition of the stud holder. - providing a stud holder extending along a longitudinal axis and comprising a plurality of tongues distributed around the longitudinal axis and forming a recess adapted to receive a stud for its welding to a workpiece; - providing a testing device comprising a testing tool and a sensor adapted to measure a testing force of the testing tool, - arranging the stud holder and the testing tool relative to each other such that a deflection of at least one tongue is performed by the testing tool; - measuring the testing force for deviating the tongue; and - determining the condition of the stud holder.
Device for dry cleaning, activation, coating, modification and biological decontamination of surfaces by means of an atmospheric pressure plasma generated by a surface barrier discharge in a defined flowing gas atmosphere comprising a high voltage electrode covered with a dielectric or ferroelectric and an electrically conductive, grounded contact electrode which is designed in operation to comprise a contact point with the high voltage electrode covered with a dielectric or a ferroelectric, comprising further a high voltage supply and a gas supply, a gas nozzle with a gas outlet opening, characterised in that a) the gas nozzle is integrated into the contact electrode or b) the gas nozzle itself acts as a grounded contact electrode and the gas outlet opening is designed such that an escaping gas flow is directed towards the contact point between the high voltage electrode covered with a dieelectric and the grounded contact electrode. a) the gas nozzle is integrated into the contact electrode or b) the gas nozzle itself acts as a grounded contact electrode and
Bacterial cellulose synthesizing strain Komagataeibacter rhaeticus, which is deposited in Microbial Strain Collection of Latvia under the number P 1463.
Industrial truck having at least one internal combustion engine, at least one hydraulic pump which is operatively connected to the internal combustion engine, and at least one rotating electrical machine which is operatively connected to the internal combustion engine and the hydraulic pump, at least one electric drive motor, at least one apparatus for storing electrical energy, and at least one apparatus for controlling the flow of energy between the electric drive motor, the rotating electrical machine and the apparatus for storing electrical energy, wherein the rotating electrical machine can be selectively operated as a motor or as a generator, and, when there is a high power requirement from the hydraulic pump, the rotating electrical machine can be operated as a motor and electrical energy can be transmitted to the rotating electrical machine from the apparatus for storing electrical energy, characterized in that the electrical apparatus for controlling the flow of energy comprises at least one input converter and at least one output converter and at least one DC voltage circuit which is arranged between the input converter and the output converter, and the apparatus for storing electrical energy is electrically connected to the DC voltage circuit by means of a DC converter.
Method for winding a running material web, in particular a paper, cardboard, tissue or another fibrous material web in the case of which the material web is wound consecutively onto several winding cores (2, 3) to form winding rolls, wherein the material web is guided over a circumferential region of a winding roller which forms a winding gap with the winding roll to be formed, wherein the material web severs in the event of a change of a quality property thereof in front of the winding gap, this first, new beginning of the web is guided by the winding roller into a pulper and the material web is severed again before reaching the desired quality property in front of the winding gap and the thereby arising second, new beginning of the web is wound onto a new winding core, characterized in that the formation of the first and second beginning of the web is performed by means of the same separating device.
A method comprising: sending from a user equipment a radio resource control query request message to a network entity of a neutral host network; receiving at the user equipment a query response message including a list of service providers in response to the radio resource control query request message; wherein signaling radio bearer resources of signaling radio bearer 0 are used for the query request message and the query response message; selecting at the user equipment a service provider based on the query response message; and sending from the user equipment to the neutral host network a radio resource control request including a cell radio network temporary identity and indicating a user equipment identification for the selected service provider in a non-access stratum service request information element. sending from a user equipment a radio resource control query request message to a network entity of a neutral host network; receiving at the user equipment a query response message including a list of service providers in response to the radio resource control query request message; wherein signaling radio bearer resources of signaling radio bearer 0 are used for the query request message and the query response message; selecting at the user equipment a service provider based on the query response message; and sending from the user equipment to the neutral host network a radio resource control request including a cell radio network temporary identity and indicating a user equipment identification for the selected service provider in a non-access stratum service request information element.
A performance-variable bushing assembly (134, 340) dimensioned for securement between an end member of an associated gas spring assembly and a damper element of an associated damper assembly, said bushing assembly (134, 340) comprising: an inner support element including an element wall with an outside surface and inside surface at least partially defining a passage through said inner support element, said element wall including a flange wall portion extending outwardly from along said outside surface toward an outer peripheral edge; an outer support element spaced radially outward and coextensive with at least a portion of said inner support element; an elastomeric connecting element extending between and operatively connecting said inner and outer support elements (344, 342) such that a substantially fluid-tight seal is formed therebetween, said elastomeric connecting element at least partially formed from one of an electrorheological elastomeric material and a magnetorheological elastomeric material; and, a variation-inducing element operatively associated with at least said elastomeric connecting element and selectively operable to vary values of one or more physical properties within predetermined ranges of values corresponding to said one or more physical properties. an inner support element including an element wall with an outside surface and inside surface at least partially defining a passage through said inner support element, said element wall including a flange wall portion extending outwardly from along said outside surface toward an outer peripheral edge; an outer support element spaced radially outward and coextensive with at least a portion of said inner support element; an elastomeric connecting element extending between and operatively connecting said inner and outer support elements (344, 342) such that a substantially fluid-tight seal is formed therebetween, said elastomeric connecting element at least partially formed from one of an electrorheological elastomeric material and a magnetorheological elastomeric material; and, a variation-inducing element operatively associated with at least said elastomeric connecting element and selectively operable to vary values of one or more physical properties within predetermined ranges of values corresponding to said one or more physical properties.
A sheet feeding device comprising: a conveyance rotator configured to convey a sheet in a sheet feeding direction; a separation rotator configured to sandwich the sheet together with the conveyance rotator; a torque applier configured to apply a reverse torque to the separation rotator in a sheet reversing direction to reverse the sheet; a torque control circuit configured to control the reverse torque applied to the separation rotator to be equal to or less than a given value; and a torque transmission switcher configured to switch, between a transmission state and a non-transmission state, a state of a torque transmission path between the torque applier and the separation rotator, the transmission state being a state in which the reverse torque is transmitted, the non-transmission state being a state in which the reverse torque is not transmitted, characterised in that the torque control circuit is configured to change a magnitude of the reverse torque applied by the torque applier, depending on the state of the torque transmission path switched between the non-transmission state and the transmission state. a conveyance rotator configured to convey a sheet in a sheet feeding direction; a separation rotator configured to sandwich the sheet together with the conveyance rotator; a torque applier configured to apply a reverse torque to the separation rotator in a sheet reversing direction to reverse the sheet; a torque control circuit configured to control the reverse torque applied to the separation rotator to be equal to or less than a given value; and a torque transmission switcher configured to switch, between a transmission state and a non-transmission state, a state of a torque transmission path between the torque applier and the separation rotator, the transmission state being a state in which the reverse torque is transmitted, the non-transmission state being a state in which the reverse torque is not transmitted, characterised in that the torque control circuit is configured to change a magnitude of the reverse torque applied by the torque applier, depending on the state of the torque transmission path switched between the non-transmission state and the transmission state.
Apparatus configured and adapted for processing poultry carcasses or parts thereof with a slaughter opening located between the legs, comprising a conveying device with a drivable transport conveyor for continuously conveying the poultry carcasses to be processed or parts thereof suspended by the legs along a transport path in the transport direction T, at least one holding apparatus arranged on the transport conveyor for holding the poultry carcasses or parts thereof by the legs during conveying along the transport path, a processing station arranged along the transport path in the region of the transport conveyor, wherein the processing station comprises an engagement basic body rotatably mounted on a rotary axis and at least one engagement element, and the at least one engagement element is configured and adapted for at least partial engagement with the slaughter opening of the poultry carcasses, wherein during the at least partial engagement of the at least one engagement element with the poultry carcass or parts thereof a widening of the slaughter opening is effected while maintaining the continuous conveyance of the poultry carcass along the transport path with the generation of a torque, and the engagement basic body is configured and adapted for receiving the torque, wherein, if the torque exceeds a predetermined torque, the engagement element is automatically released from the slaughter opening by rotation of the engagement basic body about the rotary axis. a conveying device with a drivable transport conveyor for continuously conveying the poultry carcasses to be processed or parts thereof suspended by the legs along a transport path in the transport direction T, at least one holding apparatus arranged on the transport conveyor for holding the poultry carcasses or parts thereof by the legs during conveying along the transport path, a processing station arranged along the transport path in the region of the transport conveyor, wherein the processing station comprises an engagement basic body rotatably mounted on a rotary axis and at least one engagement element, and the at least one engagement element is configured and adapted for at least partial engagement with the slaughter opening of the poultry carcasses, wherein during the at least partial engagement of the at least one engagement element with the poultry carcass or parts thereof a widening of the slaughter opening is effected while maintaining the continuous conveyance of the poultry carcass along the transport path with the generation of a torque, and the engagement basic body is configured and adapted for receiving the torque, wherein, if the torque exceeds a predetermined torque, the engagement element is automatically released from the slaughter opening by rotation of the engagement basic body about the rotary axis.