mhurhangee/patent-ind-claim-en huggingface dataset:
A capacitive displacement sensor system with interdigitated combs, comprising capacitive detection in a direction (y) perpendicular to the surfaces of the combs facing one another, the combs being subjected to a sinusoidal movement (A 0 .sin(ωt)) in said direction (y), comprising: - a device for converting the capacitance delivered by the sensor into a voltage; - an analog/digital converter configured to digitise the voltage delivered by the conversion device , and supply a digitised signal (Vadc); and - a control unit comprising: - a harmonic estimator configured to estimate the amplitudes of the harmonics of order less than or equal to a maximum order based on the digitised signal (Vadc) and a reference angle (α) corresponding to the instantaneous angle of the input angular frequency (ωt); and - a signal reconstruction module for reconstructing the signal from the amplitudes and the reference angle that are supplied by the harmonic estimator and from the digitised signal delivered by the analog/digital converter . - a device for converting the capacitance delivered by the sensor into a voltage; - an analog/digital converter configured to digitise the voltage delivered by the conversion device , and supply a digitised signal (Vadc); and - a control unit comprising: - a harmonic estimator configured to estimate the amplitudes of the harmonics of order less than or equal to a maximum order based on the digitised signal (Vadc) and a reference angle (α) corresponding to the instantaneous angle of the input angular frequency (ωt); and - a signal reconstruction module for reconstructing the signal from the amplitudes and the reference angle that are supplied by the harmonic estimator and from the digitised signal delivered by the analog/digital converter . - a harmonic estimator configured to estimate the amplitudes of the harmonics of order less than or equal to a maximum order based on the digitised signal (Vadc) and a reference angle (α) corresponding to the instantaneous angle of the input angular frequency (ωt); and - a signal reconstruction module for reconstructing the signal from the amplitudes and the reference angle that are supplied by the harmonic estimator and from the digitised signal delivered by the analog/digital converter .
An air spring system , in particular for a commercial vehicle, having an air spring device which can be arranged in an interface region (A) on a link , the air spring system being designed in such a way that, in the case of locking of the air spring device , an engagement element can be introduced into a receiving region , and, by way of an offset movement along an offset direction (VR), the engagement element can be transferred from the receiving region into a positively locking region , in which the engagement element interacts in a positively locking manner with a positively locking element along a positively locking direction (FR) which differs from the offset direction (VR), characterized in that the air spring system has an additional container which, in the mounted state, is arranged on a lower side of the link , which lower side faces away from the chassis, the additional container having a recess, in which, in the mounted state of the air spring system , the engagement element is arranged at least partially.
An eye mask configured to deliver moist heat therapy to at least one eye of a patient, the eye mask comprising: at least one eye coverage portion ; and at least one securing strap affixed to the eye coverage portion ; wherein the at least one eye coverage portion comprises an enclosure containing a fill material configured to absorb and release moisture, a moisture-permeable material surrounding and containing the fill material, and a moisture-impermeable material configured to at least partially prevent moisture transmission from the fill material in a first direction, whereby moisture from the fill material is substantially directed toward the patient in a second direction generally opposite the first direction, and wherein the fill material comprises a hydrophilic zeolite. at least one eye coverage portion ; and at least one securing strap affixed to the eye coverage portion ; wherein the at least one eye coverage portion comprises an enclosure containing a fill material configured to absorb and release moisture, a moisture-permeable material surrounding and containing the fill material, and a moisture-impermeable material configured to at least partially prevent moisture transmission from the fill material in a first direction, whereby moisture from the fill material is substantially directed toward the patient in a second direction generally opposite the first direction, and wherein the fill material comprises a hydrophilic zeolite.
A method in a device, for determining a location of a service, the method comprising: identifying an uncompressed first expression comprising a plurality of uncompressed attributes that describe said service requested by a user; individually compressing each of the uncompressed attributes with a hash algorithm to generate a concatenated first string of hashed attributes; receiving a concatenated second string of individually hashed attributes via a wireless signal; comparing hashed attributes of the first string and hashed attributes of the second string, wherein the number of hashed attributes of the first string is user determined; determining if at least one of the hashed attributes of the first string comprises a match with at least one of the hashed attributes of the second string; selecting the second string of hashed attributes when one of the hashed attributes of the first string matches with at least one of the hashed attributes of the second string, wherein the second string of hashed attributes comprise an attribute that corresponds to a physical location of the service advertised by said second string of hashed attributes; and determining said location of said service based at least in part on said physical location. identifying an uncompressed first expression comprising a plurality of uncompressed attributes that describe said service requested by a user; individually compressing each of the uncompressed attributes with a hash algorithm to generate a concatenated first string of hashed attributes; receiving a concatenated second string of individually hashed attributes via a wireless signal; comparing hashed attributes of the first string and hashed attributes of the second string, wherein the number of hashed attributes of the first string is user determined; determining if at least one of the hashed attributes of the first string comprises a match with at least one of the hashed attributes of the second string; selecting the second string of hashed attributes when one of the hashed attributes of the first string matches with at least one of the hashed attributes of the second string, wherein the second string of hashed attributes comprise an attribute that corresponds to a physical location of the service advertised by said second string of hashed attributes; and determining said location of said service based at least in part on said physical location.
Method for renovating a road surface , characterized in that a locking ring is arranged around an existing shaft element at a distance from the shaft element , the road surface adjoining the outside of said locking ring, that the locking ring is introduced into the existing road surface by milling, that material of the road surface is then removed in an intermediate area between the shaft element and an inner side of the surrounding locking ring , and that a paving material is introduced into the intermediate area between the shaft element and the inner side of the surrounding locking ring . a locking ring is arranged around an existing shaft element at a distance from the shaft element , the road surface adjoining the outside of said locking ring, that the locking ring is introduced into the existing road surface by milling, that material of the road surface is then removed in an intermediate area between the shaft element and an inner side of the surrounding locking ring , and that a paving material is introduced into the intermediate area between the shaft element and the inner side of the surrounding locking ring .
A device for discharging a flowable substance, in particular for applying a medical substance, a pharmaceutical substance, a food supplement or a cosmetics, the device comprising an activation mechanism (120, 120', 120", 120′′′, 120ʺʺ, 220, 220", 220′′′, 320, 520, 620, 720, 820, 820', 920, 1020, 1020', 1020") and a body (112, 112', 112", 112′′′, 112ʺʺ, 212, 212', 212", 212′′′ 312, 412, 412', 512, 612, 712, 812, 812', 912, 1012, 1012', 1012") which has a discharge opening at a first end and forms a containing space in which a frangible capsule is disposed, characterized in that the capsule has two ends each having a tip and each having a predetermined breaking point for removing the respective tip and in that both tips can be snapped off at the respective predetermined breaking point by actuating the activation mechanism (120, 120', 120", 120′′′, 120"", 220, 220", 220′′′, 320, 520, 620, 720, 820, 820', 920, 1020, 1020', 1020") so that the flowable substance is discharged.
A steering damper control apparatus comprising: a damper having an adjustable steering damping force; a load information detecting unit for detecting information relating to a load acting on a front wheel ; a command value output unit for determining a damping force command value according to the load acting on the front wheel based on a detection result of the load information detecting unit; and a damper driver for causing the damper to generate a damping force according to the damping force command value, characterized in that the command value output unit is adapted to determine the damping force command value according to a rate of change of the load acting upward on the front wheel or a value corresponding to the rate of change, based on a detection result of the load information detecting unit. a damper having an adjustable steering damping force; a load information detecting unit for detecting information relating to a load acting on a front wheel ; a command value output unit for determining a damping force command value according to the load acting on the front wheel based on a detection result of the load information detecting unit; and a damper driver for causing the damper to generate a damping force according to the damping force command value, characterized in that the command value output unit is adapted to determine the damping force command value according to a rate of change of the load acting upward on the front wheel or a value corresponding to the rate of change, based on a detection result of the load information detecting unit.
Physiological parameter monitoring device , in particular for detecting variations of intraocular pressure, comprising: a first contact lens element having an inner surface and an outer surface opposite the inner surface , wherein at least the outer surface is adapted for contacting an ocular tissue, in particular eyelid tissue; and a second contact lens element having an inner surface and an outer surface opposite the inner surface , wherein at least the inner surface is adapted for contacting an ocular tissue, in particular at least the cornea and/or a tear film thereon; wherein the first contact lens element and the second contact lens element are attached to one another at a peripheral attachment area , thereby enclosing an intermediate space ; and further comprising a passive sensing means forming a resonant circuit for detecting variations of said physiological parameter; and wherein said intermediate space is filled with a dielectric material; characterized in that the passive sensing means is provided only in or on the first contact lens element , and in that a distance (d) between the passive sensing means and the inner surface of the second contact lens element is smaller than a distance (D) between the passive sensing means and the outer surface of the first contact lens element . a first contact lens element having an inner surface and an outer surface opposite the inner surface , wherein at least the outer surface is adapted for contacting an ocular tissue, in particular eyelid tissue; and a second contact lens element having an inner surface and an outer surface opposite the inner surface , wherein at least the inner surface is adapted for contacting an ocular tissue, in particular at least the cornea and/or a tear film thereon; wherein the first contact lens element and the second contact lens element are attached to one another at a peripheral attachment area , thereby enclosing an intermediate space ; and further comprising a passive sensing means forming a resonant circuit for detecting variations of said physiological parameter; and wherein said intermediate space is filled with a dielectric material; characterized in that the passive sensing means is provided only in or on the first contact lens element , and in that a distance (d) between the passive sensing means and the inner surface of the second contact lens element is smaller than a distance (D) between the passive sensing means and the outer surface of the first contact lens element .
A biaxial stretching device comprising: - X direction bars and Y direction bars that are disposed in a grid pattern such that a central section of the grid pattern constitutes a placement location for a rectangular object to be stretched; - a plurality of moveable chucks that are attached to respective X direction bars and Y direction bars so as to be movable along a length direction of a corresponding X direction bar or Y direction bar, and that are each capable of gripping an outer edge of the rectangular object; - a first drive means configured to move the X direction bars and the Y direction bars in directions orthogonal to their respective length directions; the biaxial stretching device being characterised in that it comprises - a second drive means configured to move the moveable chucks in the length direction of the corresponding X direction bar or Y direction bar. - X direction bars and Y direction bars that are disposed in a grid pattern such that a central section of the grid pattern constitutes a placement location for a rectangular object to be stretched; - a plurality of moveable chucks that are attached to respective X direction bars and Y direction bars so as to be movable along a length direction of a corresponding X direction bar or Y direction bar, and that are each capable of gripping an outer edge of the rectangular object; - a first drive means configured to move the X direction bars and the Y direction bars in directions orthogonal to their respective length directions; the biaxial stretching device being characterised in that it comprises - a second drive means configured to move the moveable chucks in the length direction of the corresponding X direction bar or Y direction bar.
A process for preparing a supported catalytic material, comprising the step of: heating a precursor of a support material impregnated with a mixture of chemical precursors, wherein the mixture of chemical precursors includes: a nitrogen-containing reducing reagent as a precursor, and a transition metal-containing compound as a precursor, characterised in that the precursor of the support material is a wood material. a nitrogen-containing reducing reagent as a precursor, and a transition metal-containing compound as a precursor, characterised in that the precursor of the support material is a wood material.
Medical device , preferably device for use in a medical endoscope, for moving a medical instrument in the device longitudinal direction and in the direction of rotation transversely around the device longitudinal direction by means of an actuating device , the medical instrument containing or being connected to at least one first magnetic element and the actuating device containing or being connected to at least one second magnetic element , characterised in that the at least one second magnetic element is received by a rotary slide of the actuating device , which rotary slide, together with the at least one second magnetic element , can be displaced around the at least one first magnetic element both in the device longitudinal direction and in the direction of rotation transversely thereto, - and in that the actuating device , together with the at least one second magnetic element , is either mechanically coupled and allows the at least one first magnetic element to be moved only in said direction of rotation by magnetic coupling or, without mechanical coupling, allows the at least one first magnetic element to be moved both in said device longitudinal direction and in the relevant direction of rotation by magnetic coupling. - and in that the actuating device , together with the at least one second magnetic element , is either mechanically coupled and allows the at least one first magnetic element to be moved only in said direction of rotation by magnetic coupling or, without mechanical coupling, allows the at least one first magnetic element to be moved both in said device longitudinal direction and in the relevant direction of rotation by magnetic coupling.
A process for producing a biocide powder or a chemical detoxifier powder or a catalyst support from a carbonate compound, comprising the steps of: a) grinding the mineral to produce a powder with a broad particle size distribution in the range of 1-100 microns, with a mean particle size of 10-20 microns; b) calcining the powder in an externally heated counterflow flash calciner to produce an oxide with a high surface area, high porosity, and a high degree of calcination; c) forming a stable, readily thinned, slurry of the hydrated oxide with 60% solids in the final product after hydration, by the process of mixing the powder with water, under conditions in which the temperature is maintained at or near the boiling point of water until the hydration is completed, shear mixing is applied, and a carboxylic acid or salt is added as the thinning agent; d) quenching the slurry to below 60°C; e) cooling the slurry to ambient; and f) adding additives to enhance the biocidal properties. a) grinding the mineral to produce a powder with a broad particle size distribution in the range of 1-100 microns, with a mean particle size of 10-20 microns; b) calcining the powder in an externally heated counterflow flash calciner to produce an oxide with a high surface area, high porosity, and a high degree of calcination; c) forming a stable, readily thinned, slurry of the hydrated oxide with 60% solids in the final product after hydration, by the process of mixing the powder with water, under conditions in which the temperature is maintained at or near the boiling point of water until the hydration is completed, shear mixing is applied, and a carboxylic acid or salt is added as the thinning agent; d) quenching the slurry to below 60°C; e) cooling the slurry to ambient; and f) adding additives to enhance the biocidal properties.
A method for detecting an uncommanded brake overdrive condition in a brake control system for an aircraft, the method comprising: monitoring, by an electric brake actuator controller (EBAC) in the brake control system , at least one of the following anomalies or resistance disturbance: a load cell current for deviation from a nominal load cell current; and a load cell output signal of an individual load cell of a plurality of individual load cells (6-1 - 6-4) and an excitation voltage signal, the load cell output signal comprising a Load Cell Output Signal+ (LC Sig+) and a Load Cell Output Signal- (LC Sig-) and the excitation voltage signal comprising Vexcitation+ (Vexc+) and Vexcitation- (Vexc-); and detecting, by the electric brake actuator controller , at least one resistance disturbance indicating the uncommanded brake overdrive condition if the load cell current is less than the nominal load cell current, if an absolute value of a difference between a sum of the load cell output signals (LC Sig+) and (LC Sig-) for at least one individual load cell (6-1 - 6-4) of the plurality of individual load cells and a sum of the voltage excitation signals (Vexc+) and (Vexc-) is greater than a predefined threshold, or both. monitoring, by an electric brake actuator controller (EBAC) in the brake control system , at least one of the following anomalies or resistance disturbance: a load cell current for deviation from a nominal load cell current; and a load cell output signal of an individual load cell of a plurality of individual load cells (6-1 - 6-4) and an excitation voltage signal, the load cell output signal comprising a Load Cell Output Signal+ (LC Sig+) and a Load Cell Output Signal- (LC Sig-) and the excitation voltage signal comprising Vexcitation+ (Vexc+) and Vexcitation- (Vexc-); and a load cell current for deviation from a nominal load cell current; and a load cell output signal of an individual load cell of a plurality of individual load cells (6-1 - 6-4) and an excitation voltage signal, the load cell output signal comprising a Load Cell Output Signal+ (LC Sig+) and a Load Cell Output Signal- (LC Sig-) and the excitation voltage signal comprising Vexcitation+ (Vexc+) and Vexcitation- (Vexc-); and detecting, by the electric brake actuator controller , at least one resistance disturbance indicating the uncommanded brake overdrive condition if the load cell current is less than the nominal load cell current, if an absolute value of a difference between a sum of the load cell output signals (LC Sig+) and (LC Sig-) for at least one individual load cell (6-1 - 6-4) of the plurality of individual load cells and a sum of the voltage excitation signals (Vexc+) and (Vexc-) is greater than a predefined threshold, or both.
A system for connecting an electrical power distribution system on a ship to a shore side electrical power supply, comprising: at least two stackable shore power supply containers to be arranged on the ship, each of the stackable shore power supply containers including at least one shore power transfer cable for connecting the respective stackable shore power supply container to the shore power supply; and a switch panel for selectively connecting any one of the stackable shore power supply containers to the electrical power distribution system on the ship; characterized in that the switch panel is contained in one of the stackable shore power supply containers , wherein the latter forms a master shore power supply container; and at least one of the other stackable shore power supply containers forms a slave shore power supply container that is connected to the switch panel of the master shore power supply container, so that the master shore power supply container is capable of selectively receiving shore power either through its own shore power transfer cable or through the at least one slave shore power supply container connected to its switch panel . at least two stackable shore power supply containers to be arranged on the ship, each of the stackable shore power supply containers including at least one shore power transfer cable for connecting the respective stackable shore power supply container to the shore power supply; and a switch panel for selectively connecting any one of the stackable shore power supply containers to the electrical power distribution system on the ship; characterized in that the switch panel is contained in one of the stackable shore power supply containers , wherein the latter forms a master shore power supply container; and at least one of the other stackable shore power supply containers forms a slave shore power supply container that is connected to the switch panel of the master shore power supply container, so that the master shore power supply container is capable of selectively receiving shore power either through its own shore power transfer cable or through the at least one slave shore power supply container connected to its switch panel .