mhurhangee/ep-ind-claims huggingface dataset:
A saddle mounting structure for releasable quick mounting of a support element, in particular a saddle, to a carrier device, in particular a saddle support, of a vehicle, comprising a clamping device which has at least one clamping element for releasable mounting of at least one saddle strut to the carrier device and at least one clamping support element for mechanical support of the clamping element, wherein the clamping element is fixedly connected to the clamping support element via a first axis of rotation and can be brought into a fixing position relative to the clamping support element, in which fixing position at least one saddle strut is clamped between the clamping element and the clamping support element, the clamping element being able to be brought into a loosening position, wherein the clamping element has at least a first lever with which the clamping element can be brought from the fixing position into the loosening position and/or from the loosening position into the fixing position, wherein the clamping device is mounted on a load arm of a second lever, wherein the second lever is rotatably mounted, about at least a second axis of rotation, on the carrier device, and wherein a force arm of the second lever comprises a rotation angle adjustment device with which an angle between a longitudinal lever axis and a longitudinal carrier device axis is adjustable, characterized in that the first lever is fixedly connected to the first axis of rotation and wherein the first axis of rotation is rotatable by an actuation of the first lever. the clamping element is fixedly connected to the clamping support element via a first axis of rotation and can be brought into a fixing position relative to the clamping support element, in which fixing position at least one saddle strut is clamped between the clamping element and the clamping support element, the clamping element being able to be brought into a loosening position, wherein the clamping element has at least a first lever with which the clamping element can be brought from the fixing position into the loosening position and/or from the loosening position into the fixing position, wherein the clamping device is mounted on a load arm of a second lever, wherein the second lever is rotatably mounted, about at least a second axis of rotation, on the carrier device, and wherein a force arm of the second lever comprises a rotation angle adjustment device with which an angle between a longitudinal lever axis and a longitudinal carrier device axis is adjustable, characterized in that the first lever is fixedly connected to the first axis of rotation and wherein the first axis of rotation is rotatable by an actuation of the first lever.
A pre-fabricated lightweight joist for constructing concrete floors, the joist comprising an elongated channel for receiving concrete, the elongated channel extending along a longitudinal direction, the elongated channel having a substantially U-shaped cross-section delimited by a bottom wall and two opposing sidewalls (4a, 4b), the joist further comprising an elongated lattice structure formed by an elongated upper bar connected by a truss to two elongated lower bars (8a, 8b), wherein the two elongated lower bars (8a, 8b) are mechanically anchored within the elongated channel along the longitudinal direction, wherein each one of the opposing sidewalls (4a, 4b) of the elongated channel is provided with an elongated groove (9a, 9b), wherein the joist further comprises at least one anchoring plate, wherein the two elongated lower bars (8a, 8b) of the elongated lattice are located within the elongated channel between the bottom wall of the elongated channel and the elongated grooves (9a, 9b), and wherein the two elongated lower bars (8a, 8b) are mechanically anchored within the elongated channel by extending the at least one anchoring plate between the elongated grooves (9a, 9b) such that the at least one anchoring plate is provided between the two elongated lower bars (8a, 8b) and the elongated upper bar, wherein the anchoring plate has a width extending between a first edge and an opposing second edge, a thickness extending between a first major surface and an opposing second major surface, and a depth extending between a third edge and an opposing fourth edge, wherein the width is bigger than the depth, and wherein the depth is bigger than the thickness, characterized in that the anchoring plate is rotatable between a first position wherein the first edge and the second opposing edge of the anchoring plate engage the opposing elongated grooves (9a, 9b) of the sidewalls (4a, 4b), and a second position wherein the first edge and the second opposing edge of the anchoring plate are disengaged from the opposing grooves (9a, 9b) of the sidewalls (4a, 4b).
A titanium alloy for corrosion-resistant materials, which is characterized in that it consists of 0.01-0.12% by mass in total of at least one of platinum group elements and in percent by mass at least one of Al: more than 0.007% but not more than 5%, Cr: more than 0.007% but not more than 5%, Zr: more than 0.001% but not more than 5%, Nb: more than 0.001% but not more than 5%, Si: more than 0.004% but not more than 5%, Sn: more than 0.001% but not more than 5%, Mn: more than 0.001% but not more than 5%, in which at least one of Sn and Mn is included, wherein the total content of Al, Cr, Zr, Nb, Si, Sn and Mn is 5% by mass or less, and optionally contains 0.05-2.00% by mass in total of any one or both of Co and Ni, and optionally contains one or more of V, Mo and W, wherein the total content of V, Mo and W is 5% by mass or less, and the residue consisting of Ti and impurities.
A device for deformational processing of materials comprising a screw extruder having a housing with a cylindrical inner surface and a screw each one of the last presenting at least one deformation portion located between the screw turns, the extruder housing having, on the inner surface of at least one deformation portion, several protrusions (6a, 6b) arranged in a row on a circumference and with a space between the same and the outer cylindrical surface of the screw body between the turns of the last, the screw having, on the outer surface of at least one deformation portion, several protrusions (8a, 8b) arranged in a row on a circumference and with a space between the same and the inner surface of the housing, sizes of said protrusions (6a, 6b, 8a, 8b) in the axial direction and location thereof being selected so that when lateral surfaces of the protrusions (6a, 6b) of the housing and of the protrusions (8a, 8b) of the screw are facing each other, couples of protrusions (6a, 6b, 8a, 8b) are formed having, between the facing surfaces, a distance equal to a minimum admissible space L 1 for some couples of protrusions (6a, 8a), characterized in that the other couples of protrusions (6b, 8b) having the distance L 2 that is not less than the half-height of the screw turn, the couples of protrusions (6a, 8a) or groups of couples of protrusions (6a, 8a) with the distance L 1 and the couples of protrusions (6b, 8b) or groups of couples of protrusions (6b, 8b) with the distance L 2 alternating in the circumferential direction.
An apparatus comprising: an offline charging system comprising a cluster of Charging Gateway Functions implemented on at least one hardware platform, the offline charging system including; a first CGF of the cluster that is configured to receive a first Fully Qualified Partial CDR (FQPC) for a session, and to store FQPC data from the first FQPC in a centralized storage module that is accessible by each of the CGFs in the cluster; and a second CGF of the cluster that is configured to receive a Reduced Partial CDR for the session responsive to a failure of the first CGF, to retrieve the FQPC data from the centralized storage module, and to generate a second FQPC for the session based on the RPC and the FQPC data retrieved from the centralized storage module. a first CGF of the cluster that is configured to receive a first Fully Qualified Partial CDR (FQPC) for a session, and to store FQPC data from the first FQPC in a centralized storage module that is accessible by each of the CGFs in the cluster; and a second CGF of the cluster that is configured to receive a Reduced Partial CDR for the session responsive to a failure of the first CGF, to retrieve the FQPC data from the centralized storage module, and to generate a second FQPC for the session based on the RPC and the FQPC data retrieved from the centralized storage module.
An X-ray system; comprising: an X-ray source configured to emit an X-ray beam towards a target subject a detection component configured to receive at least a portion of the X-ray beam that transmits through the target subject; an arm configured to support the detection component and the X-ray source a platform configured to place the target subject, the platform being situated between the X-ray source and the detection component; and a positioning component configured to: obtain location information of a target device associated with the target subject in real-time, wherein the positioning component comprises at least two positioning detectors; characterized in that the positioning component comprises at least two reciprocating rods which are fixed to the X-ray system, and that each of the at least two positioning detectors is connected to one of the at least two reciprocating rods; and that at least one distance between the at least two positioning detectors is adjustable by adjusting a reciprocating length of the at least two reciprocating rods. an X-ray source configured to emit an X-ray beam towards a target subject a detection component configured to receive at least a portion of the X-ray beam that transmits through the target subject; an arm configured to support the detection component and the X-ray source a platform configured to place the target subject, the platform being situated between the X-ray source and the detection component; and a positioning component configured to: obtain location information of a target device associated with the target subject in real-time, wherein the positioning component comprises at least two positioning detectors; characterized in that the positioning component comprises at least two reciprocating rods which are fixed to the X-ray system, and that each of the at least two positioning detectors is connected to one of the at least two reciprocating rods; and that at least one distance between the at least two positioning detectors is adjustable by adjusting a reciprocating length of the at least two reciprocating rods. obtain location information of a target device associated with the target subject in real-time, wherein the positioning component comprises at least two positioning detectors; characterized in that the positioning component comprises at least two reciprocating rods which are fixed to the X-ray system, and that each of the at least two positioning detectors is connected to one of the at least two reciprocating rods; and that at least one distance between the at least two positioning detectors is adjustable by adjusting a reciprocating length of the at least two reciprocating rods.
A vertical awning comprising an awning cloth extendable in a downward direction from a housing via an extending slot, such awning cloth in the form of a wrapping bale being receivable on a reel shaft arranged in the housing and movable forwards and backwards in the direction of extension, with the housing comprising a support trough associated with the wrapping bale and, at least in the region of its internal surface, consisting of plastics, and further comprising a bipartite housing jacket consisting of two circumferential sections adjoining each other, characterized in that the housing jacket comprises a first circumferential section enclosing only the region below the reel shaft, forming the support trough, and a second circumferential section enclosing the remaining circumferential section of the housing jacket comprising the housing rear side as well as a top and front housing limitation adjoining the housing rear side, such housing limitation ending with a gap next to the extending slot, bridged by a first circumferential section designed as a support trough, and being in supporting engagement with the facing end of the first circumferential section, designed as a support trough, such circumferential section in the region of its opposite end facing the extending slot exhibiting a thickened cross section forming a guiding surface for the awning cloth extending through the extending slot and is thus attachable to the housing lock plates attachable to the end faces of the second circumferential section.
Converter assembly for supplying power to an electric motor, wherein a base module comprises power electronics and control electronics, wherein the base module has a housing, in particular a housing part which completely or at least partially forms a housing for power electronics and control electronics, characterized in that the base module has an electrical and mechanical interface, via which signal electronics can be connected to the base module with a form fit and/or with a force fit, in order to form the converter assembly, wherein the signal electronics have a housing, in particular such that, after connection, the housing of the signal electronics and the housing of the base module together form a housing of the converter assembly, wherein a setpoint value for rotational speed and/or torque can be transmitted electrically via the interface, wherein the signal electronics have means for receiving, determining and/or inputting the setpoint value, - wherein the signal electronics have a control unit which, from a deviation between a setpoint value of a variable, in particular of a position, and an actual value, determines a manipulated value which is transmitted via the interface to the control electronics as the setpoint value for rotational speed and/or as the setpoint value for torque, - and/or wherein the signal electronics comprise a positioning controller which determines, as a manipulated variable, a respective current manipulated value which is transmitted via the interface to the control electronics as the setpoint value for rotational speed and/or as the setpoint value for torque. - wherein the signal electronics have a control unit which, from a deviation between a setpoint value of a variable, in particular of a position, and an actual value, determines a manipulated value which is transmitted via the interface to the control electronics as the setpoint value for rotational speed and/or as the setpoint value for torque, - and/or wherein the signal electronics comprise a positioning controller which determines, as a manipulated variable, a respective current manipulated value which is transmitted via the interface to the control electronics as the setpoint value for rotational speed and/or as the setpoint value for torque.
A shaving cartridge comprising: a housing; at least one blade mounted to the housing; a guard having a plurality of spaced apart projections defining a plurality of open slots, the open slots having a concave lower surface extending between the plurality of projections, the projections having a convex upper surface extending generally transverse to the at least one blade from a front face of the guard toward a rearward edge of the guard, wherein the upper surface and the lower surface form a continuous undulating skin contact surface that extends along the length of the guard parallel to the at least one blade. a housing; at least one blade mounted to the housing; a guard having a plurality of spaced apart projections defining a plurality of open slots, the open slots having a concave lower surface extending between the plurality of projections, the projections having a convex upper surface extending generally transverse to the at least one blade from a front face of the guard toward a rearward edge of the guard, wherein the upper surface and the lower surface form a continuous undulating skin contact surface that extends along the length of the guard parallel to the at least one blade.
A container for a dentifrice solution, comprising; a body adapted to contain the dentifrice solution; a cap (604, 700; 604, 800) selectively removable from the body, wherein the cap (604, 700; 604, 800) comprises: a sacrificial electrode (706, 708; 806, 808), a second electrode (708, 706; 808, 806) spaced from the sacrificial electrode (706, 708; 806, 808), an electrical connection electrically connecting the sacrificial electrode (706, 708; 806, 808) and the second electrode (708, 706; 808, 806) to a power source, a base surface forming a closed end (704; 804) of the cap (604, 700; 604, 800), and an annular sidewall (702; 802) extending from the base surface. a body adapted to contain the dentifrice solution; a cap (604, 700; 604, 800) selectively removable from the body, wherein the cap (604, 700; 604, 800) comprises: a sacrificial electrode (706, 708; 806, 808), a second electrode (708, 706; 808, 806) spaced from the sacrificial electrode (706, 708; 806, 808), an electrical connection electrically connecting the sacrificial electrode (706, 708; 806, 808) and the second electrode (708, 706; 808, 806) to a power source, a base surface forming a closed end (704; 804) of the cap (604, 700; 604, 800), and an annular sidewall (702; 802) extending from the base surface. a sacrificial electrode (706, 708; 806, 808), a second electrode (708, 706; 808, 806) spaced from the sacrificial electrode (706, 708; 806, 808), an electrical connection electrically connecting the sacrificial electrode (706, 708; 806, 808) and the second electrode (708, 706; 808, 806) to a power source, a base surface forming a closed end (704; 804) of the cap (604, 700; 604, 800), and an annular sidewall (702; 802) extending from the base surface.
Method for controlling a hoist, such as a crane or cable excavator, in which a load-handling means is mounted on a boom via a hoist cable in the manner of a pendulum, and the boom and a crane trolley which is movable on the boom are moved by means of at least one drive apparatus (6; 10), wherein, in order to move the load-handling means, a target speed signal (v_target) is specified for the at least one drive apparatus (6; 10), wherein the natural frequency of the pendulum is filtered out of the specified target speed signal (v_target) by means of a filter and the filtered target speed signal (v_target_transl) is used to actuate the at least one drive apparatus (6; 10), characterised in that a parametrisable and/or adjustable filter is used, which is continuously adjusted with respect to a frequency band to be filtered during the hoist operation on the basis of a lowering depth of the load-handling means, wherein the natural frequency of the pendulum is calculated from the lowering depth of the load-handling means and further correction or model parameters by taking a pendulum model, in particular a mathematical pendulum model, as a basis, and the filter band of the filter is shifted and/or the filter bandwidth is modified on the basis of the calculated natural frequency.
A flat bed embossing machine comprising: - a tool plate with a tool side for receiving at least one embossing tool and with a tool plate rear side which lies opposite the tool side; - a base plate with a tool plate side which faces the tool plate rear side and with a base plate rear side which lies opposite the tool plate side, for transmitting an embossing force which is exerted upon the tool plate, between the tool plate side and the base plate rear side; and - a heating appliance for heating the at least one embossing tool, characterised in that the heating appliance is an induction heating appliance with an inductor, wherein the tool plate is inductively heatable, and wherein the inductor is designed and is arranged between the tool plate side and the base plate rear side and is recessed into the base plate such that a magnetic alternating field which at the tool plate side reaches beyond the base plate and which is for the inductive heating of the tool plate can be produced beyond the tool plate side and outside the base plate. - a tool plate with a tool side for receiving at least one embossing tool and with a tool plate rear side which lies opposite the tool side; - a base plate with a tool plate side which faces the tool plate rear side and with a base plate rear side which lies opposite the tool plate side, for transmitting an embossing force which is exerted upon the tool plate, between the tool plate side and the base plate rear side; and - a heating appliance for heating the at least one embossing tool,
A consumable, for an inhaler comprising a heating system and an optical reader, the consumable comprising an indicia containing information about the consumable, wherein the indicia provides authorization information before the consumable has been exposed to a temperature exceeding a temperature threshold, and wherein the indicia is altered after it has been exposed to a temperature exceeding the temperature threshold, wherein the indicia comprises a first indicia that is readable by the optical reader before the consumable has been exposed to a temperature exceeding the temperature threshold, and wherein the indicia comprises a second indicia which is only readable by the optical reader after the consumable has been exposed to a temperature exceeding the temperature threshold. wherein the indicia provides authorization information before the consumable has been exposed to a temperature exceeding a temperature threshold, and wherein the indicia is altered after it has been exposed to a temperature exceeding the temperature threshold, wherein the indicia comprises a first indicia that is readable by the optical reader before the consumable has been exposed to a temperature exceeding the temperature threshold, and wherein the indicia comprises a second indicia which is only readable by the optical reader after the consumable has been exposed to a temperature exceeding the temperature threshold.
A glass direct roving comprising a plurality of glass filaments bundled together, wherein a filament diameter of the glass filaments, D, is in a range of 17.5 to 21.5 μm, a number of the glass filaments bundled, F, is in a range of 3000 to 7000, a mass of the glass direct roving is in a range of2450 to 4000 tex, an ignition loss of the glass direct roving, L, is in a range of 0.03 to 0.90%, wherein D, F, the mass of the glass direct roving and L are measured as defined in the description, wherein an attachment rate of a silane coupling agent, S, to a total amount of the glass direct roving is in a range of 0.010 to 0.200%, and the D, F, Land S satisfy a following formula: 375 ≤ D 4 × F 1 / 4 × S 1 / 3 / 1000 × L 1 / 6 ≤ 630 a filament diameter of the glass filaments, D, is in a range of 17.5 to 21.5 μm, a number of the glass filaments bundled, F, is in a range of 3000 to 7000, a mass of the glass direct roving is in a range of2450 to 4000 tex, an ignition loss of the glass direct roving, L, is in a range of 0.03 to 0.90%, wherein D, F, the mass of the glass direct roving and L are measured as defined in the description, wherein an attachment rate of a silane coupling agent, S, to a total amount of the glass direct roving is in a range of 0.010 to 0.200%, and the D, F, Land S satisfy a following formula: 375 ≤ D 4 × F 1 / 4 × S 1 / 3 / 1000 × L 1 / 6 ≤ 630
An irrigation system for anal irrigation comprising a catheter, tubes, an electrical pump and a container having two configurations - a first configuration where it is collapsed - a second configuration where it is expanded, the container having a first cavity for the pump and a second cavity defined in the collapsed configuration for the tubes and catheter, the container further having a third cavity in the expanded configuration for containing irrigation liquid, wherein the container is collapsible in such a way that a part of the container is deformed thus allowing a top part of the container to be positioned inside a bottom part of the container in the first collapsed configuration. - a first configuration where it is collapsed - a second configuration where it is expanded,