mhurhangee/patent-ind-claim-en huggingface dataset:
A device for vibration isolation of at least one item of equipment on board a support structure, characterised in that it comprises a first and a second rigid part and a group of at least two resilient elements connected in series between the first and the second rigid part, wherein one of the two rigid parts is intended to be fixed to the item of equipment and another rigid part is intended to be fixed to the support structure, each of the elements of said group of resilient elements having different stiffnesses, a first element being fixed to the first rigid part and a second element being fixed to the second rigid part , and in that a range of deformation values exists on which the first resilient element exhibits increasing stiffness with its deformation, irrespective of the direction of stress, and the second resilient element exhibits substantially constant stiffness as a function of the applied deformation, said stiffness of the first resilient element being less than that of the second resilient element on a lower region of said range of values, such that the overall stiffness of the device is close to the stiffness of the first resilient element and is greater than that of the second resilient element on an upper region of said range of values, such that the overall stiffness of the device is close to the stiffness of the second resilient element.
A method of a user equipment, UE , the method comprising: transmitting, to a network , a first non-access stratum, NAS, message including an indicator indicating that the UE supports domain name system, DNS, over transport layer security, TLS, or DNS over datagram TLS, DTLS; receiving, from the network , a second NAS message including DNS server security information in response to transmitting the first NAS message; and transmitting, to the network , a message based on the DNS server security information, wherein the DNS server security information comprises information on a security mechanism, information on a service port, and information on an authentication domain name. transmitting, to a network , a first non-access stratum, NAS, message including an indicator indicating that the UE supports domain name system, DNS, over transport layer security, TLS, or DNS over datagram TLS, DTLS; receiving, from the network , a second NAS message including DNS server security information in response to transmitting the first NAS message; and transmitting, to the network , a message based on the DNS server security information, wherein the DNS server security information comprises information on a security mechanism, information on a service port, and information on an authentication domain name.
A railway sleeper , including at least one block in particular made of concrete, having a lower face intended to rest on a support, an upper face intended to receive at least one longitudinal rail , and four peripheral faces which connect the upper face to the lower face and each of which includes a substantially planar lower portion , at the rate of two longitudinal peripheral faces whose lower portions converge mutually downwards and of two transverse peripheral faces whose lower portions converge mutually downwards, the sleeper comprising a sealed rigid shell enclosing the lower face and the lower portions of the peripheral faces of the block , load transmission means configured to transmit and spread the loads generated by the passage of a train, positioned between the rigid shell and the block , wherein the block , the shell and the load transmission means define an unoccupied volume between the shell and the block , the sleeper further comprising a filling device disposed in the unoccupied volume, between the sealed rigid shell and the lower portion of one of the peripheral faces of the block , and/or the sealed rigid shell and the lower face of the block , so that the filling device at least partially fills said unoccupied volume, characterized in that the material of the filling device has physical characteristics such as resistance to elastic deformation much lower than the resistance to elastic deformation of the load transmission means so that it is transparent with regard to the transmission and to the damping of vibrations generated by the passage of a train, or such as resistance to plastic deformation much lower than the resistance to plastic deformation of the load transmission means so that the filling device deforms definitively as soon as the first train passes.
A refill plug assembly for a writing instrument, the refill plug assembly comprising: a button having a button first end , a button second end , and a hollow bore , the hollow bore having an opening proximate the button second end ; a sheath operatively connected to the button , the sheath having a first sheath end , a second sheath end , and a through-bore ; and a plunger slidably disposed within the through-bore of the sheath , and characterised in that the plunger is displaceable relative to the button , the plunger being displaceable between a first extended position in which a first plunger end is proximate the second sheath end and a second retracted position in which the first plunger end is proximate the button second end ; in that the refill plug assembly comprises a spring disposed at least partially within the hollow bore of the button and at least partially within the through-bore of the sheath , the spring biasing the plunger away from the button and into the first extended position; and in that the plunger includes a retaining element at a second plunger end , the retaining element being adapted to be removably coupled to a refill for a writing instrument. a button having a button first end , a button second end , and a hollow bore , the hollow bore having an opening proximate the button second end ; a sheath operatively connected to the button , the sheath having a first sheath end , a second sheath end , and a through-bore ; and a plunger slidably disposed within the through-bore of the sheath , and characterised in that the plunger is displaceable relative to the button , the plunger being displaceable between a first extended position in which a first plunger end is proximate the second sheath end and a second retracted position in which the first plunger end is proximate the button second end ; in that the refill plug assembly comprises a spring disposed at least partially within the hollow bore of the button and at least partially within the through-bore of the sheath , the spring biasing the plunger away from the button and into the first extended position; and in that the plunger includes a retaining element at a second plunger end , the retaining element being adapted to be removably coupled to a refill for a writing instrument.
Method for operating an inductive measurement probe, which comprises a probe element, a sensor having a coil arrangement and a core which is connected to the probe element and which is movably arranged in relation to the coil arrangement , a reference component which converts an analog input voltage into an analog output voltage, a drive device which generates an identical analog input voltage for the sensor and the reference component and a processing device which combines the analog measurement signal of the sensor and the analog output voltage of the reference component into a measurement result, characterised by the following process steps: detection of a measurement signal with the sensor at various measuring times, simultaneous detection of the output voltage of the reference component at each of the measuring times, formation of a reference value or a reference function from the output voltages of several measuring points of the reference component, wherein the reference value is formed as the mean value of the output voltages of the reference component at several measuring times, correction of the measurement signal of the sensor at every measuring time by a correction value dependent on disturbing effects and determined from the output voltage of the reference component at the same measuring time and from the reference value, or correction of the measurement signal of the sensor at every measuring time by a correction function dependent on disturbing effects and determined from the output voltage of the reference component at the same measuring time and from the reference value or the reference function. detection of a measurement signal with the sensor at various measuring times, simultaneous detection of the output voltage of the reference component at each of the measuring times, formation of a reference value or a reference function from the output voltages of several measuring points of the reference component, wherein the reference value is formed as the mean value of the output voltages of the reference component at several measuring times, correction of the measurement signal of the sensor at every measuring time by a correction value dependent on disturbing effects and determined from the output voltage of the reference component at the same measuring time and from the reference value, or correction of the measurement signal of the sensor at every measuring time by a correction function dependent on disturbing effects and determined from the output voltage of the reference component at the same measuring time and from the reference value or the reference function.
An in vitro method of enhancing the activation of T-cytotoxic/suppressor lymphocytes in blood, said method comprising contacting the blood with an amount of modified citrus pectin (MCP) having a molecular weight of under 40,000 daltons effective to increase T-cytotoxic/suppressor lymphocyte activation, as compared with the level of activation in the absence of administration of said MCP.
A sensor for fastening on a multi-bracket apparatus for the upper jaw , on a multi-bracket apparatus for the lower jaw , on an aligner for the upper jaw and/or on an aligner for the lower jaw , in order to measure the time period during which a force is exerted on a compressive-force, tensile-force and/or shear-force sensor of the sensor , as a result of which the wearing time of orthopaedic elastic bands for multibracket apparatuses and/or aligners can be monitored, wherein the multi-bracket apparatuses have a multiplicity of brackets , comprising the compressive-force, tensile-force and/or shear-force sensor , a microcontroller with timer and data memory , characterized in that the sensor - is a sensor independent of the multi-bracket apparatus and the brackets , and - has a fastening device for fastening the sensor on a multi-bracket apparatus and/or on an aligner , wherein the sensor may also be fastened on an aligner instead of the fastening device , and - comprises a elastic-band holder and/or elastic-band guide , wherein the elastic band can be fastened on the elastic-band holder of the sensor and/or the elastic band can be guided in the elastic-band guide of the sensor , as a result of which a force acts by means of the elastic band on the compressive-force, tensile-force and/or shear-force sensor of the sensor and the timer measures the time period during which the force acts on the sensor . - is a sensor independent of the multi-bracket apparatus and the brackets , and - has a fastening device for fastening the sensor on a multi-bracket apparatus and/or on an aligner , wherein the sensor may also be fastened on an aligner instead of the fastening device , and - comprises a elastic-band holder and/or elastic-band guide ,
An integrated circuit system for storing data in a memory , comprising: a CPU ; a security mechanism coupled to the CPU by way of a data bus and the memory by way of a data bus ; an address bus coupled to the CPU, the address bus having a plurality of address lines, the address lines being divided into two sets of address lines, one of the sets of address lines being coupled to the security mechanism to enable the security mechanism to provide security to a page of data before storage in the memory, the security being controlled on a page level, the remaining set of address lines simultaneously providing the address in physical memory to store data on the data bus, the integrated circuit system being characterised in that the one set of address lines further provides an indication of whether a page is to be encrypted or not and an indication of whether a page is to be protected or not. a CPU ; a security mechanism coupled to the CPU by way of a data bus and the memory by way of a data bus ; an address bus coupled to the CPU, the address bus having a plurality of address lines, the address lines being divided into two sets of address lines, one of the sets of address lines being coupled to the security mechanism to enable the security mechanism to provide security to a page of data before storage in the memory, the security being controlled on a page level, the remaining set of address lines simultaneously providing the address in physical memory to store data on the data bus, the integrated circuit system being characterised in that the one set of address lines further provides an indication of whether a page is to be encrypted or not and an indication of whether a page is to be protected or not.
A toothbrush (100; 200; 400) having a handle section (102; 202, 204; 404) and a brush head (104; 206; 402) which comprises at least one outlet opening (132; 230) connected to a toothpaste supply (112; 224; 408) in the handle section via a channel (122; 406), wherein a shut-off apparatus which closes the outlet opening is provided, the shut-off apparatus comprises a shut-off organ (136; 234) which can be moved with respect to the brush head and is guided in the brush head, on which shut-off organ an actuating member (110; 232) is configured and the actuating member is provided in a neck section between the brush head and the handle section, wherein the actuating member and the shut-off member are configured in one piece, wherein • the shut-off member (136; 234) comprises two sealing surfaces in the brush head, between which the shut-off member is guided on both sides, and • the toothpaste supply, channel and outlet opening are matched to one another in their geometry and in the diameter of the channel and outlet opening in such a way that toothpaste can be conveyed from the toothpaste supply via the channel to the at least one outlet opening via a suction process carried out by the user's mouth, wherein the geometry and diameter of the channel and the outlet opening are configured for a slight passage of the toothpaste and a suction pressure applied during the suction process is determined by the roughness of the surface of the channel and of the outlet opening. • the shut-off member (136; 234) comprises two sealing surfaces in the brush head, between which the shut-off member is guided on both sides, and • the toothpaste supply, channel and outlet opening are matched to one another in their geometry and in the diameter of the channel and outlet opening in such a way that toothpaste can be conveyed from the toothpaste supply via the channel to the at least one outlet opening via a suction process carried out by the user's mouth, wherein the geometry and diameter of the channel and the outlet opening are configured for a slight passage of the toothpaste and a suction pressure applied during the suction process is determined by the roughness of the surface of the channel and of the outlet opening.
A method, comprising: implementing an arrhythmia discrimination algorithm, wherein the arrhythmia discrimination algorithm discriminates between supraventricular tachycardia (SVT) and ventricular tachycardia (VT) using at least a programmable parameter programmed to a first value; analyzing an earlier SVT event, wherein analyzing the earlier SVT event includes sensing a physiological signal during the earlier SVT event, and identifying characteristics of the sensed physiological signal from stored data associated with the physiological signal from the earlier SVT event; characterized in that the method further comprises analyzing a cardiac signal to classify the cardiac signal as either an SVT or a VT using the arrhythmia discrimination algorithm with the programmable parameter automatically programmed to a second value, wherein the second value is determined from the identified characteristics of the sensed physiological signal. implementing an arrhythmia discrimination algorithm, wherein the arrhythmia discrimination algorithm discriminates between supraventricular tachycardia (SVT) and ventricular tachycardia (VT) using at least a programmable parameter programmed to a first value; analyzing an earlier SVT event, wherein analyzing the earlier SVT event includes sensing a physiological signal during the earlier SVT event, and identifying characteristics of the sensed physiological signal from stored data associated with the physiological signal from the earlier SVT event; characterized in that the method further comprises analyzing a cardiac signal to classify the cardiac signal as either an SVT or a VT using the arrhythmia discrimination algorithm with the programmable parameter automatically programmed to a second value, wherein the second value is determined from the identified characteristics of the sensed physiological signal.
A pest attractant composition comprising a first pest attractant and a second pest attractant, wherein the first pest attractant comprises theaspirane or an isomer or mixture of isomers thereof, and wherein the second pest attractant comprises sordidin or an isomer or mixture of isomers thereof.
Method for jet milling moist or wet material that is to be ground in a jet mill , wherein moist or wet material that is to be ground is supplied to the jet mill for milling, characterised in that at least one of the operating parameters preliminary pressure, release pressure and admission temperature in the case of the jet mill is suitably selected in such a manner that a milling and drying procedure is performed in which in order to obtain an end product having a predetermined end product fineness and predetermined residual moisture the moist or wet material that is to be ground is simultaneously milled in the jet mill by means of the milling procedure to the predetermined end product fineness and is dried by means of a drying procedure to the predetermined residual moisture, that by means of suitably selecting the at least one operating parameter preliminary pressure, release pressure and admission temperature the specific operating means requirement of the milling procedure is selected in such a manner that this operating means requirement is greater than or identical to the specific operating means requirement of the drying procedure, and that the end product is discharged from the jet mill with the predetermined end fineness and the predetermined residual moisture. that at least one of the operating parameters preliminary pressure, release pressure and admission temperature in the case of the jet mill is suitably selected in such a manner that a milling and drying procedure is performed in which in order to obtain an end product having a predetermined end product fineness and predetermined residual moisture the moist or wet material that is to be ground is simultaneously milled in the jet mill by means of the milling procedure to the predetermined end product fineness and is dried by means of a drying procedure to the predetermined residual moisture, that by means of suitably selecting the at least one operating parameter preliminary pressure, release pressure and admission temperature the specific operating means requirement of the milling procedure is selected in such a manner that this operating means requirement is greater than or identical to the specific operating means requirement of the drying procedure, and that the end product is discharged from the jet mill with the predetermined end fineness and the predetermined residual moisture.
An isolated monoclonal antibody wherein said antibody comprises a V H amino acid sequence of SEQ ID NO: 2 and a V L amino acid sequence of SEQ ID NO: 4 or SEQ ID NO:6, wherein said antibody binds to the stem region of HA of the influenza virus.
A joining device for parts of furniture and furnishing accessories, of the shelf unit, bookcase, drawer unit, bed frame, seating type and the like, comprising a casing or container body suitable for being inserted in a groove or pocket formed in the thickness of one of the components of the item of furniture to be joined, a expansion bushing externally projecting with respect to a first end or front open end of said container body and suitable for engaging with a further seat of a further component of the item of furniture to be joined to the component wherein the container body is inserted, a first slider comprising a front portion which develops in the direction of said front open end of the container body , slidably inserting in said expansion bushing and a wedge base portion positioned at a bevelled edge of a second end or rear open end of the container body , where at least one portion of said container body is located, such as to determine the expansion thereof upon said linear motion of the first slider , a second slider comprising a head portion turned in the direction of the front open end of the container body and apt to integrally support the expansion bushing inserted on said front portion of the first slider , and a cam mechanism for a linear motion of the sliders co-operating in an expansion deformation movement of the expansion bushing and a simultaneous expansion of said at least a portion of said container body , with said cam mechanism and the sliders housed in the container body and actuated by a tool , wherein the cam mechanism comprises a central body which, at a central portion of the outer lateral surface, comprises a first lobe developed along a plane perpendicular to the axis of the central body and apt to come into contact with an internal profile of the first slider and a second lobe substantially opposite and parallel to the first lobe , apt to come into contact with an internal profile of said second slider , the second slider reciprocally sliding with respect to the first slider by means of said cam mechanism , such as to determine a backward and traction movement of said expansion bushing , wherein a first rotational actuation of the cam mechanism exerts a thrust action on the first slider and imposes an expansion of the bushing to exert an action of radial pressure on the lateral surface of said groove or pocket and simultaneous expansion of said at least one portion of the casing or container body , wherein a second rotational actuation of the cam mechanism exerts a thrust action on the second slider and imposes a traction on the expansion bushing which moves backwards with respect to the casing or container body exerting a further action of radial pressure on the lateral surface of the groove or pocket together with an action of traction on said other component to be joined, and wherein during the first rotational actuation of the cam mechanism the slider translates in a forward movement while the second slider remains still and during the second rotational actuation of the cam mechanism the second slider translates in a backward movement while the slider remains still.