mhurhangee/patent-ind-claim-en huggingface dataset:
A laminated nonwoven fabric having a laminated structure of fiber layers including long fibers, wherein the laminated structure includes a first surface that is a surface of the laminated nonwoven fabric and a second surface that is another surface of the laminated nonwoven fabric , the second surface is constituted by a hydrophobic layer including hydrophobic fibers , a hydrophilic layer including hydrophilic fibers is disposed at the first surface side of the hydrophobic layer , the hydrophilic layer includes a first hydrophilic layer and a second hydrophilic layer disposed in this order from the hydrophobic layer , the laminated structure includes an interlayer fused portion which has a density higher than those in peripheral portions and in which layers constituting the laminated structure are fused to one another, and an inter-fiber distance of constituent fibers of the first hydrophilic layer is shorter than that of the hydrophobic layer ; characterized in that the second surface includes an interlayer fused portion dispersion region in which a plurality of the interlayer fused portions are dispersed in a surface direction, in a case where a virtual circle with a radius of 2 mm is disposed at any position in the interlayer fused portion dispersion region of the second surface , a part or a whole of at least one of the interlayer fused portions is included in the virtual circle. the laminated structure includes a first surface that is a surface of the laminated nonwoven fabric and a second surface that is another surface of the laminated nonwoven fabric , the second surface is constituted by a hydrophobic layer including hydrophobic fibers , a hydrophilic layer including hydrophilic fibers is disposed at the first surface side of the hydrophobic layer , the hydrophilic layer includes a first hydrophilic layer and a second hydrophilic layer disposed in this order from the hydrophobic layer , the laminated structure includes an interlayer fused portion which has a density higher than those in peripheral portions and in which layers constituting the laminated structure are fused to one another, and an inter-fiber distance of constituent fibers of the first hydrophilic layer is shorter than that of the hydrophobic layer ; the second surface includes an interlayer fused portion dispersion region in which a plurality of the interlayer fused portions are dispersed in a surface direction, in a case where a virtual circle with a radius of 2 mm is disposed at any position in the interlayer fused portion dispersion region of the second surface , a part or a whole of at least one of the interlayer fused portions is included in the virtual circle.
Actuating device, especially for actuating valves, with a housing and a coil form arranged in said housing with a coil winding , said coil form enclosing at least parts of a pole tube and a pole core of the actuating device which is connected at one end of the pole tube, with a solenoid armature , which can be displaced longitudinally in an armature housing located at least partially inside the pole tube by the action of magnetic force against a resetting force , and with an actuating rod , which extends outwards away from one axial end of the solenoid armature to actuate a component, especially a valve, the longitudinal displacement of the solenoid armature being guided by means of bearing positions , at least one of these being positioned outside each axial end of the solenoid armature and all being positioned outside the armature housing , a coaxially protruding shaft portion of the actuating device being provided to guide the solenoid armature during its axial movements at both axial ends of said solenoid armature, a sliding bearing position forming a said bearing position being formed on each of said shaft portions, wherein the shaft portion for one of the sliding bearing positions is formed on a bearing pin of the actuating device, said pin extending coaxially from one axial end of the solenoid armature into a bearing hole in the pole core , characterised in that the solenoid armature comprises a hole in the form of a blind hole, in which the bearing pin engages with one end portion.
Method for producing a three-dimensional trim element comprising at least one cover layer and a support layer which is covered at least in part by said cover layer , the method comprising the following steps: - providing a substantially planar cover layer to a storage station , - shaping the cover layer such that it acquires the three-dimensional shape of the trim element to be produced, - placing the shaped cover layer in a production tool comprising a shaping cavity which has the three-dimensional shape of the trim element to be produced, - assembling the cover layer with the support layer in the shaping cavity so as to obtain the trim element , characterised in that the cover layer is transported from the storage station to the production tool by a handling tool which has the three-dimensional shape of the cover layer to be shaped, said handling tool being arranged to remove the cover layer from the storage station and to place it in the production tool while conferring on the cover layer its three-dimensional shape while the cover layer is being transported, and in that the step of shaping the cover layer comprises passing the handling tool to a heating station , said station being arranged to heat the cover layer on the handling tool so as to allow said cover layer to be shaped, and a step of suctioning and plating the cover layer to a receiving face of the handling tool , said receiving face having the three-dimensional shape of the cover layer . - providing a substantially planar cover layer to a storage station , - shaping the cover layer such that it acquires the three-dimensional shape of the trim element to be produced, - placing the shaped cover layer in a production tool comprising a shaping cavity which has the three-dimensional shape of the trim element to be produced, - assembling the cover layer with the support layer in the shaping cavity so as to obtain the trim element , characterised in that the cover layer is transported from the storage station to the production tool by a handling tool which has the three-dimensional shape of the cover layer to be shaped, said handling tool being arranged to remove the cover layer from the storage station and to place it in the production tool while conferring on the cover layer its three-dimensional shape while the cover layer is being transported, and in that the step of shaping the cover layer comprises passing the handling tool to a heating station , said station being arranged to heat the cover layer on the handling tool so as to allow said cover layer to be shaped, and a step of suctioning and plating the cover layer to a receiving face of the handling tool , said receiving face having the three-dimensional shape of the cover layer .
An arrangement comprising two components (3, 4; 3', 4'; 3", 4") of a timepiece component and an axis of rotation (A1; A1'; A1"), said two components (3, 4; 3', 4'; 3", 4") being linked to one another by an elastic articulated link (100; 100'; 100") about said axis of rotation (A1; A1'; A1"), the arrangement also comprising an elastic element (10, 10'; 10"; 10*) such that the relative movement of said two components (3, 4; 3', 4'; 3", 4") takes place against said elastic element (10, 10'; 10"; 10*), characterized in that said elastic element (10, 10'; 10"; 10*) comprises at least two superposed springs (10a, 10b, 10a', 10b'; 10a", 10b"; 10a*, 10b*), each of these at least two springs (10a, 10b, 10a', 10b'; 10a", 10b"; 10a*, 10b*) taking the form of a distinct element, and in that the elastic element (10, 10'; 10"; 10*) is arranged around an axis (A2; A1'; A2"), notably about the axis of rotation of said two components.
A method of determining reactivity of a nuclear reactor, the method comprising: receiving, by a reactivity computer comprising a processor and a memory, a neutron detector response for a discrete period of time; characterized by performing, by the reactivity computer, a statistical check on the neutron detector response; determining, by the reactivity computer, when the neutron detector response is acceptable based on the statistical check; and calculating, by the reactivity computer, a reactivity using a prior delayed neutron concentration when the neutron detector response is not acceptable and using a newly calculated delayed neutron concentration when the neutron detector response is acceptable. receiving, by a reactivity computer comprising a processor and a memory, a neutron detector response for a discrete period of time; characterized by performing, by the reactivity computer, a statistical check on the neutron detector response; determining, by the reactivity computer, when the neutron detector response is acceptable based on the statistical check; and calculating, by the reactivity computer, a reactivity using a prior delayed neutron concentration when the neutron detector response is not acceptable and using a newly calculated delayed neutron concentration when the neutron detector response is acceptable.
Pneumatic vehicle tyre for passenger cars, in particular for use under winter driving conditions, having a tread with profile positives, in particular profile blocks , and with profile negatives, in particular circumferential grooves , transverse grooves or diagonal grooves , wherein a number of sipes extending parallel to one another and having a width of 0.4 mm to 0.6 mm are formed in each of the profile positives, said sipes extending at an angle (β) ≥ 50° to the circumferential direction of the tread, wherein, at least in the profile positives arranged in the central region of the tread, further, rectilinearly extending sipes that cross the profile positives are formed, said sipes having a depth (t) of 0.2 mm to 0.5 mm and extending parallel to one another in each profile positive, wherein the further sipes have a width (b) of 0.2 mm to 0.5 mm and extend at an angle (γ) of ±5° to ±15° to the circumferential direction, and wherein the normal spacing (a) of the further sipes extending parallel to one another in a profile positive is 5 mm to 14 mm.
A chromatography system comprising: an electrolytic eluent generator configured to electrolytically produce an eluent; a first valve configured to switch between an operating position which directs an output of the electrolytic eluent generator to a continuously generated trap column and a waste position which directs the output of the electrolytic eluent generator to waste; the continuously regenerated trap column configured to remove ionic contaminants from the eluent; a degasser configured to remove residual gas from the eluent; a sample injector including a sample injector valve assembly configured to switch between an operation mode which directs an output of the degasser to a separation column , a load mode which loads a sample onto the separation column , and a regenerant mode which directs the output of the degasser to a regenerant line ; the separation column configured to chromatographically separate components of a sample; a suppressor configured to reduce the eluent conductivity; and a detector configured to detect the presence of components of the sample. an electrolytic eluent generator configured to electrolytically produce an eluent; a first valve configured to switch between an operating position which directs an output of the electrolytic eluent generator to a continuously generated trap column and a waste position which directs the output of the electrolytic eluent generator to waste; the continuously regenerated trap column configured to remove ionic contaminants from the eluent; a degasser configured to remove residual gas from the eluent; a sample injector including a sample injector valve assembly configured to switch between an operation mode which directs an output of the degasser to a separation column , a load mode which loads a sample onto the separation column , and a regenerant mode which directs the output of the degasser to a regenerant line ; the separation column configured to chromatographically separate components of a sample; a suppressor configured to reduce the eluent conductivity; and a detector configured to detect the presence of components of the sample.
Ground compaction device, comprising - an upper mass ; - a lower mass which is movable relative to the upper mass , comprising a ground contact plate for ground compaction; - a vibration decoupling device acting between the upper mass and the lower mass ; - at least one unbalance exciter associated with the lower mass for applying an unbalance force to the ground contact plate ; and comprising - an electric motor provided on the lower mass for driving the unbalance exciter ; wherein - the electric motor is integrated in the unbalance exciter ; characterised in that . - the unbalance exciter has two unbalance shafts which are disposed in parallel with one another and are coupled so as to be able to rotate in opposite directions to one another and which each carry an unbalance mass . - an upper mass ; - a lower mass which is movable relative to the upper mass , comprising a ground contact plate for ground compaction; - a vibration decoupling device acting between the upper mass and the lower mass ; - at least one unbalance exciter associated with the lower mass for applying an unbalance force to the ground contact plate ; and comprising - an electric motor provided on the lower mass for driving the unbalance exciter ; wherein - the electric motor is integrated in the unbalance exciter ; - the unbalance exciter has two unbalance shafts which are disposed in parallel with one another and are coupled so as to be able to rotate in opposite directions to one another and which each carry an unbalance mass .
An elevator panel assembly, comprising: a detachable panel for covering a front surface of an elevator car panel , wherein the detachable panel is magnetically attachable to the elevator car panel ; and characterized by further comprising a separation member comprising a head portion received against a back surface of the detachable panel ; wherein the detachable panel comprises a through hole which is smaller than the head portion of the separation member and arranged to sit directly over the head portion ; and wherein the separation member is configured so that a tool inserted through the through hole engages with the head portion to apply a mechanical force, causing the head portion to push against the back surface of the detachable panel . a detachable panel for covering a front surface of an elevator car panel , wherein the detachable panel is magnetically attachable to the elevator car panel ; and characterized by further comprising a separation member comprising a head portion received against a back surface of the detachable panel ; wherein the detachable panel comprises a through hole which is smaller than the head portion of the separation member and arranged to sit directly over the head portion ; and wherein the separation member is configured so that a tool inserted through the through hole engages with the head portion to apply a mechanical force, causing the head portion to push against the back surface of the detachable panel .
A vibration device comprising a vibrating member having at least n ,n ≥ 2, piezoelectric elements arranged on a vibrating plate , each of the piezoelectric elements being formed by using a lead-free piezoelectric material and electrodes, characterized in that , each of the n piezoelectric elements is composed of a respective piezoelectric material and has a temperature Tm ,m being a natural number from 1 to n, being the temperature at which the piezoelectric constant of the piezoelectric material of the m-th piezoelectric element out of the n piezoelectric elements is maximized, and at least two of the temperatures T1 through Tn differ from each other.
A method for managing media information in a mobile communication terminal, comprising: storing media information, and storing contact information associated with the media information; wherein a plurality of contacts are associated with the media information; browsing the media information, acquiring the contact information associated with the media information through the browsed media information, and displaying the contact information on the mobile communication terminal; and group sending short messages to all of the contacts associated with the media information. storing media information, and storing contact information associated with the media information; wherein a plurality of contacts are associated with the media information; browsing the media information, acquiring the contact information associated with the media information through the browsed media information, and displaying the contact information on the mobile communication terminal; and group sending short messages to all of the contacts associated with the media information.
Automatic system for dispensing liquid ingredients for instant beverage production comprising: - an automatic dispensing device configured to manage requests of beverages and automatically produce the required beverage; - a management software for the configuration and the management of the automatic dispensing device ; - a remote server communicating with the automatic dispensing device and with the management software , configured to store and process data related to users of the system , to the requests of beverages and to the state of the automatic dispensing device ; wherein the automatic dispensing device comprises: - an outer body comprising a flat base, a front portion in which a dispensing area is formed and a display placed on the outer body ; - a plurality of reservoirs for liquids; - a plurality of dispensers connected to at least one tank for liquids and managed by at least one pump module , placed in a top portion of the dispensing area ; - a load cell , located at a bottom portion of the dispensing area configured to receive a vessel where the liquids can be dispensed; - a control unit. - an automatic dispensing device configured to manage requests of beverages and automatically produce the required beverage; - a management software for the configuration and the management of the automatic dispensing device ; - a remote server communicating with the automatic dispensing device and with the management software , configured to store and process data related to users of the system , to the requests of beverages and to the state of the automatic dispensing device ; wherein the automatic dispensing device comprises: - an outer body comprising a flat base, a front portion in which a dispensing area is formed and a display placed on the outer body ; - a plurality of reservoirs for liquids; - a plurality of dispensers connected to at least one tank for liquids and managed by at least one pump module , placed in a top portion of the dispensing area ; - a load cell , located at a bottom portion of the dispensing area configured to receive a vessel where the liquids can be dispensed; - a control unit. - an outer body comprising a flat base, a front portion in which a dispensing area is formed and a display placed on the outer body ; - a plurality of reservoirs for liquids; - a plurality of dispensers connected to at least one tank for liquids and managed by at least one pump module , placed in a top portion of the dispensing area ; - a load cell , located at a bottom portion of the dispensing area configured to receive a vessel where the liquids can be dispensed; - a control unit.
A humeral implant component connectable to another humeral implant component , the humeral implant component comprising: a longitudinal axis (L), a first end and a second end , the first end and the second end opposing each other along the longitudinal axis (L) of the humeral implant component , and an interface part for connecting the humeral implant component to the other humeral implant component , wherein the interface part is tapered along the longitudinal axis (L) in a direction from the second end to the first end , the interface part being engageable with a tapered interface part of the other humeral implant component to form a tapered connection between the humeral implant component and the other humeral implant component , wherein the humeral implant component further comprises a through hole extending along the longitudinal axis (L) for locking the tapered connection by a longitudinal fastener , and a circumferential groove comprising a tapered groove side wall , wherein the tapered groove side wall is tapered along the longitudinal axis in a direction from the first end to the second end , and wherein the tapered groove side wall is engageable with at least one transversal fastener for locking the other tapered connection characterized in that the humeral implant component further comprises another interface part for connecting the humeral implant component to yet another humeral implant component via another tapered connection. a longitudinal axis (L), a first end and a second end , the first end and the second end opposing each other along the longitudinal axis (L) of the humeral implant component , and an interface part for connecting the humeral implant component to the other humeral implant component , wherein the interface part is tapered along the longitudinal axis (L) in a direction from the second end to the first end , the interface part being engageable with a tapered interface part of the other humeral implant component to form a tapered connection between the humeral implant component and the other humeral implant component , wherein the humeral implant component further comprises a through hole extending along the longitudinal axis (L) for locking the tapered connection by a longitudinal fastener , and a circumferential groove comprising a tapered groove side wall , wherein the tapered groove side wall is tapered along the longitudinal axis in a direction from the first end to the second end , and wherein the tapered groove side wall is engageable with at least one transversal fastener for locking the other tapered connection characterized in that the humeral implant component further comprises another interface part for connecting the humeral implant component to yet another humeral implant component via another tapered connection.
A coupler comprising at least a first gimbal defining a pivot that is secured to a mounting for securing to a frame member of a vehicle, the pivot also being secured to a buffer column that protrudes on an opposite side of the pivot to the mounting such that the buffer column is moveable relative to the mounting with at least one degree of freedom , the buffer column defining a free end that is remote from the mounting and that is securable to a further member and the buffer column including both a reversible buffer that attenuates buff and draft forces acting between the free end and the mounting and also a non-reversible buffer that attenuates buff forces acting between the free end and the mounting and attaining or exceeding a predetermined energy threshold, the reversible and non-reversible buffers overlapping over at least part of their lengths in the buffer column that also overlaps at least one of the pivots.