mhurhangee/ep-ind-claims huggingface dataset:
A spindle drive for an element to be driven, in particular a door or window leaf of a vehicle, having a driven spindle with a longitudinal axis X-X which extends through a spindle nut, wherein - a first drive face and a second drive face are provided, which face one another and are spaced from one another along the longitudinal axis X-X of the spindle, - a distance A between the two drive faces (32, 34) exceeds a distance B between the contact faces (28, 30), characterised in that - to drive the element to be driven, the spindle nut has a driver with a first contact face and a second contact face, which are oriented in opposite directions to one another along the longitudinal axis X-X of the spindle, - the contact faces (28, 30) can be brought into contact with the first drive face or the second drive face by moving the spindle nut, and - an actuator is provided, which is fixedly connected to the spindle nut and is used to actuate a further device next to the element to be driven when the driver is moved between the drive faces (32, 34). - a first drive face and a second drive face are provided, which face one another and are spaced from one another along the longitudinal axis X-X of the spindle, - a distance A between the two drive faces (32, 34) exceeds a distance B between the contact faces (28, 30), - to drive the element to be driven, the spindle nut has a driver with a first contact face and a second contact face, which are oriented in opposite directions to one another along the longitudinal axis X-X of the spindle, - the contact faces (28, 30) can be brought into contact with the first drive face or the second drive face by moving the spindle nut, and - an actuator is provided, which is fixedly connected to the spindle nut and is used to actuate a further device next to the element to be driven when the driver is moved between the drive faces (32, 34).
Cosmetic use of preparations comprising in each case (a) 0.0001 to 5% by weight, particularly 0.001 to 1% by weight, more particularly 0.005 to 0.5% by weight licochalcone A (b) 0.01 - 2% by weight, especially preferably 0.1 - 0.5% by weight, phenoxyethanol and (c) 0.01 - 15% by weight, especially preferably 1 - 8% by weight glycerin, based on the total composition of the preparation, characterized in that the following ratios by weight are set: (A:B:C) is selected as a:b:c, wherein a, b and c are independently of one another positive, rational numbers from 0.001 to 200, preferably from 0.001 to 10, wherein A is the concentration of licochalcone A in units of weight (e.g. % by weight), Bis the concentration of phenoxyethanol in the same units of weight, C is the concentration of glycerin in the same units of weight, for skin protection of sensitive and dry skin. (a) 0.0001 to 5% by weight, particularly 0.001 to 1% by weight, more particularly 0.005 to 0.5% by weight licochalcone A (b) 0.01 - 2% by weight, especially preferably 0.1 - 0.5% by weight, phenoxyethanol and (c) 0.01 - 15% by weight, especially preferably 1 - 8% by weight glycerin, based on the total composition of the preparation, characterized in that the following ratios by weight are set: (A:B:C) is selected as a:b:c, wherein a, b and c are independently of one another positive, rational numbers from 0.001 to 200, preferably from 0.001 to 10, wherein A is the concentration of licochalcone A in units of weight (e.g. % by weight), Bis the concentration of phenoxyethanol in the same units of weight, C is the concentration of glycerin in the same units of weight, for skin protection of sensitive and dry skin. A is the concentration of licochalcone A in units of weight (e.g. % by weight), Bis the concentration of phenoxyethanol in the same units of weight, C is the concentration of glycerin in the same units of weight,
A method of determining resources for direct communication between two terminals (112, 114) in a communication system, the method comprising: determining a primary maximum transmission power to minimize interference caused by the direct communication on a cellular communication system; determining uplink frequency resources of the cellular communication system for use in the direct communication between the two terminals (112, 114); determining whether it is possible to perform the direct communication between the two terminals (112, 114) using the uplink frequency resources and a transmission power less than the determined primary maximum transmission power, and when it is determined that it is not possible to perform the direct communication between the two terminals using the uplink frequency resources and a transmission power less than the determined primary maximum transmission power, the method is characterised by receiving information, from a base station, indicating idle frequency resources that are not being used for cellular communication, wherein the idle frequency resources are frequency resources that remain after a frequency resource allocation for cellular communication is completed, dividing the idle uplink frequency resources of cellular frequency resources indicated by the base station into physical resource allocation units according to a rule previously agreed upon between the source terminal and the base station, and using the divided frequency resources for the direct communication. determining a primary maximum transmission power to minimize interference caused by the direct communication on a cellular communication system; determining uplink frequency resources of the cellular communication system for use in the direct communication between the two terminals (112, 114); determining whether it is possible to perform the direct communication between the two terminals (112, 114) using the uplink frequency resources and a transmission power less than the determined primary maximum transmission power, and when it is determined that it is not possible to perform the direct communication between the two terminals using the uplink frequency resources and a transmission power less than the determined primary maximum transmission power, the method is characterised by receiving information, from a base station, indicating idle frequency resources that are not being used for cellular communication, wherein the idle frequency resources are frequency resources that remain after a frequency resource allocation for cellular communication is completed, dividing the idle uplink frequency resources of cellular frequency resources indicated by the base station into physical resource allocation units according to a rule previously agreed upon between the source terminal and the base station, and using the divided frequency resources for the direct communication.
A cable protection system comprising a housing (3; 3a; 3b; 5) arranged to receive cabling, characterised in that the cable protection system further comprises: brush strip positioned within the housing (3; 3a; 3b; 5) and arranged to deter or prevent a rodent gaining access to cabling running in the interior of the housing (3; 3a; 3b; 5).
An annuloplasty stitching device for stitching at a stitch site in a patient, comprising, a support structure comprising an elongate center support extending along an axial direction between a proximal end and a distal end, a stitching arrangement comprising: an elongate linkage section being rotationally attached at a support end of the linkage section to the center support, a stitching member pivotably arranged at a stitch end of the linkage section and being movable along said axial direction by a pivoting action of the linkage section, and wherein said stitching member is arranged adjacent and parallel said elongate center support in a collapsed mode of said stitching arrangement, wherein the stitching device is expandable to a deployed mode by said pivoting action wherein the stitching member is arranged to be penetrated through tissue at said stitch site, and wherein the stitching member is arranged to be parallel to said axial direction in at least one position during said pivoting action between said collapsed mode and said deployed mode. an elongate linkage section being rotationally attached at a support end of the linkage section to the center support, a stitching member pivotably arranged at a stitch end of the linkage section and being movable along said axial direction by a pivoting action of the linkage section, and wherein said stitching member is arranged adjacent and parallel said elongate center support in a collapsed mode of said stitching arrangement, wherein the stitching device is expandable to a deployed mode by said pivoting action wherein the stitching member is arranged to be penetrated through tissue at said stitch site, and wherein the stitching member is arranged to be parallel to said axial direction in at least one position during said pivoting action between said collapsed mode and said deployed mode.
A method for calibrating timing for write operations between a memory controller (101, 210, 302, 602) and a memory device (103, 212, 304, 604), the method comprising: identifying a time gap (106, 108, 116) required to transition from writing data from the memory controller (101, 210, 302, 602) to the memory device (103, 212, 304, 604) to reading data from the memory device (103, 212, 304, 604) to the memory controller (101, 210, 302, 602); characterized in that: transmitting a data signal containing a test data pattern (110, 315, 406, 606, 633) from the memory controller (101, 210, 302, 602) to the memory device (103, 212, 304, 604) within the time gap (106, 108, 116); using a timing signal (318, 412) to receive the test data pattern (110, 315, 406, 606, 633) at the memory device (103, 212, 304, 604); and using the received test data pattern to calibrate a phase relationship between the data signal and the timing signal (318, 412) during write operations. identifying a time gap (106, 108, 116) required to transition from writing data from the memory controller (101, 210, 302, 602) to the memory device (103, 212, 304, 604) to reading data from the memory device (103, 212, 304, 604) to the memory controller (101, 210, 302, 602); characterized in that: transmitting a data signal containing a test data pattern (110, 315, 406, 606, 633) from the memory controller (101, 210, 302, 602) to the memory device (103, 212, 304, 604) within the time gap (106, 108, 116); using a timing signal (318, 412) to receive the test data pattern (110, 315, 406, 606, 633) at the memory device (103, 212, 304, 604); and using the received test data pattern to calibrate a phase relationship between the data signal and the timing signal (318, 412) during write operations. transmitting a data signal containing a test data pattern (110, 315, 406, 606, 633) from the memory controller (101, 210, 302, 602) to the memory device (103, 212, 304, 604) within the time gap (106, 108, 116); using a timing signal (318, 412) to receive the test data pattern (110, 315, 406, 606, 633) at the memory device (103, 212, 304, 604); and using the received test data pattern to calibrate a phase relationship between the data signal and the timing signal (318, 412) during write operations.
An actuator for adjusting a display terminal, comprising: a mounting unit configured to mount the display terminal; a clutch unit, wherein a first engaging portion of the clutch unit is connected to the mounting unit, and a second engaging portion of the clutch unit is normally interlocked with the first engaging portion; and a drive unit, wherein an output end of the drive unit is connected to the second engaging portion, wherein at least a part of the clutch unit is located in the mounting unit. a mounting unit configured to mount the display terminal; a clutch unit, wherein a first engaging portion of the clutch unit is connected to the mounting unit, and a second engaging portion of the clutch unit is normally interlocked with the first engaging portion; and a drive unit, wherein an output end of the drive unit is connected to the second engaging portion, wherein at least a part of the clutch unit is located in the mounting unit.
A machine for processing the organic fraction of urban solid waste, comprising: - a supporting frame, - a rectilinear channel which has an inlet mouth and an outlet mouth at its opposite longitudinal ends, - a perforated, rectilinear tube which is aligned with said rectilinear channel and has an open inlet end connected to the outlet mouth of said horizontal channel, as well as an open outlet end having an edge, - shutting means operable to slide along the edge of the outlet end to close said outlet end of the perforated tube, wherein said shutting means has a sharp edge which is slidable in a scraping relation along the edge of said outlet end of the perforated tube; or shutting means and a guillotine, wherein the shutting means is operable to close said outlet end of the perforated tube and wherein the guillotine has a sharp edge which is slidable in a scraping relation along the edge of outlet end of the perforated tube; and - a pressing member which is slidably insertable through the inlet mouth of the channel, under control of a driving means, to enter the channel, in such a way as to push the material contained therein into the perforated tube, then the perforated tube, with said shutting means (49, 146) in a closed configuration, in such a way as to squeeze the material with drainage of its humid fraction through the holes in the perforated tube, and finally to continue its stroke into the perforated tube, with said shutting means (49, 146) in an open configuration, in such a way as to eject the squeezed material through said outlet end of the perforated tube, characterized in that said channel and said pressing members have complementary profiles; and in that said perforated tube and said pressing member have complementary profiles. - a supporting frame, - a rectilinear channel which has an inlet mouth and an outlet mouth at its opposite longitudinal ends, - a perforated, rectilinear tube which is aligned with said rectilinear channel and has an open inlet end connected to the outlet mouth of said horizontal channel, as well as an open outlet end having an edge, - shutting means operable to slide along the edge of the outlet end to close said outlet end of the perforated tube, wherein said shutting means has a sharp edge which is slidable in a scraping relation along the edge of said outlet end of the perforated tube; - a pressing member which is slidably insertable through the inlet mouth of the channel, under control of a driving means, to enter the channel, in such a way as to push the material contained therein into the perforated tube, then the perforated tube, with said shutting means (49, 146) in a closed configuration, in such a way as to squeeze the material with drainage of its humid fraction through the holes in the perforated tube, and finally to continue its stroke into the perforated tube, with said shutting means (49, 146) in an open configuration, in such a way as to eject the squeezed material through said outlet end of the perforated tube, characterized in that said channel and said pressing members have complementary profiles; and in that said perforated tube and said pressing member have complementary profiles.
An implantable system comprising: a sleeve (100, 200, 300) for constraining an endoluminal device; a deployment line (110, 210, 310) configured to form a coupling (112, 212, 312) which closes the sleeve (100, 200, 300), wherein applying tension to the deployment line (110, 210, 310) releases the coupling (112, 212, 312) and deploys the endoluminal device; and a sleeve pull back line (120, 220, 320) removably coupled to a portion of the sleeve; wherein applying tension to the sleeve pull back line (120, 220, 320) retracts the portion of the sleeve prior to release of the sleeve pull back line; and wherein the sleeve pull back line is either engaged to a release line, such that applying tension to the release line releases the sleeve pull back line or the sleeve pull back line (120, 220) is operatively connected to the coupling (112, 212), such that applying tension to the deployment line (110, 210) releases the sleeve pull back line (120, 220). a sleeve (100, 200, 300) for constraining an endoluminal device; a deployment line (110, 210, 310) configured to form a coupling (112, 212, 312) which closes the sleeve (100, 200, 300), wherein applying tension to the deployment line (110, 210, 310) releases the coupling (112, 212, 312) and deploys the endoluminal device; and a sleeve pull back line (120, 220, 320) removably coupled to a portion of the sleeve; wherein applying tension to the sleeve pull back line (120, 220, 320) retracts the portion of the sleeve prior to release of the sleeve pull back line; and wherein the sleeve pull back line is either engaged to a release line, such that applying tension to the release line releases the sleeve pull back line or the sleeve pull back line (120, 220) is operatively connected to the coupling (112, 212), such that applying tension to the deployment line (110, 210) releases the sleeve pull back line (120, 220).
A modular multilevel voltage source converter system comprising high voltage electric equipment to be grounded when not in use and a grounding system, said high voltage electric equipment comprising a modular multilevel voltage source converter having cells with capacitors and a plurality of pairs of positive and negative grounding terminals (34a, 34b) respectively assigned to the cell capacitors, said grounding system comprising a rod element interacting with said terminals (34a, 34b), whereby said rod element comprises at least one conductive section and at least one isolating section; whereby the grounding system further comprises a rod propulsion system arranged to be remotely controlled and configured to move said rod element along its longitudinal axis from an ungrounded position, in which the positive and negative grounding terminals are isolated from one another by the isolating section, into a grounded position, in which the positive and negative grounding terminals are galvanically connected with one another by the conductive section, and in which grounded position the conductive section is connected to ground via the at least one conductor; whereby the positive and negative grounding terminals each comprise at least one contact element (37a, 37b) which allows the longitudinal movement of the rod element but still is strong enough to provide electric contact with said conductive section when the rod element is in the grounded position; whereby the respective lengths of the isolating sections, conductive sections and the positive and negative grounding terminals respectively the distance between the two contact elements of the positive and/or negative grounding terminals is chosen so that the electrical interconnection of two consecutive conducting sections is achieved when the movable rod element is in the grounded position, while the electrical isolation of the positive and negative grounding terminals is achieved when the moveable rod element is in the ungrounded position.
A motor vehicle bodywork component, comprising a first panel having a first coefficient of linear thermal expansion and a second panel having a second coefficient of linear thermal expansion greater than the first coefficient of linear thermal expansion, the component being characterized in that it further comprises a connection part made of a material having a third coefficient of linear thermal expansion less than the first coefficient of linear thermal expansion, this connection part being fastened to the first panel at least two fastening points.
A method for producing an optical component resin, comprising: a step of mixing a polythiol component, a polyisocyanate component, and an additive to obtain a polymerizable composition; and a step of polymerizing the polymerizable composition, wherein the additive before mixing has a total moisture content of 1.0 ppm by mass or more and 10 ppm by mass or less with respect to the amount of the polyisocyanate component, and a moisture content of the polythiol component is 1 ppm by mass or more and 600 ppm by mass or less; wherein the moisture content is determined as specified in the description. a step of mixing a polythiol component, a polyisocyanate component, and an additive to obtain a polymerizable composition; and a step of polymerizing the polymerizable composition, wherein the additive before mixing has a total moisture content of 1.0 ppm by mass or more and 10 ppm by mass or less with respect to the amount of the polyisocyanate component, and a moisture content of the polythiol component is 1 ppm by mass or more and 600 ppm by mass or less; wherein the moisture content is determined as specified in the description.
Connecting device for the parallelepipedic liquid distributor of a liquid/air cooler, the end portion of which has a pipe connecting body which has a base with a liquid passage corresponding to the liquid passage of the distributor, and a pipe connection, which connecting body is designed as a rectangular parallelepiped which has an L-shaped through channel which ends at one end in the liquid passage in the base thereof, characterized in that the through channel ends at the other end in a connecting thread which is formed in a portion (5") of the connecting body that protrudes beyond the distributor, and in that the connecting body extends outwards from a step-shaped or L-shaped recess of the end portion of the distributor, the recess having an end side wall portion (2") and a longitudinal side wall portion, and is fastenable at a different orientation to the longitudinal side wall portion of the step-shaped or L-shaped recess of the distributor by means of screws provided at the corners of a square.
A voltage-nonlinear resistor element comprising: a first layer composed primarily of zinc oxide; a second layer adjacent to the first layer, the second layer being composed primarily of zinc oxide and having a smaller thickness and a higher volume resistivity than the first layer; and a third layer adjacent to the second layer on a side of the second layer which is opposite to the side on which the second layer is adjacent to the first layer, the third layer being composed primarily of a metal oxide other than zinc oxide, characterised in that the first layer has a volume resistivity of 6 × 10 -4 Ωcm or less, wherein the second layer has a volume resistivity that is higher than the volume resistivity of the first layer and 2 × 10 -3 Ωcm or less, and wherein the third layer is composed primarily of bismuth oxide, manganese oxide and cobalt oxide. a first layer composed primarily of zinc oxide; a second layer adjacent to the first layer, the second layer being composed primarily of zinc oxide and having a smaller thickness and a higher volume resistivity than the first layer; and a third layer adjacent to the second layer on a side of the second layer which is opposite to the side on which the second layer is adjacent to the first layer, the third layer being composed primarily of a metal oxide other than zinc oxide, characterised in that the first layer has a volume resistivity of 6 × 10 -4 Ωcm or less, wherein the second layer has a volume resistivity that is higher than the volume resistivity of the first layer and 2 × 10 -3 Ωcm or less, and wherein the third layer is composed primarily of bismuth oxide, manganese oxide and cobalt oxide.