mhurhangee/patent-ind-claim-en huggingface dataset:
Arrangement for the rotary connection of a dynamometer connection component of a dynamometer of a test stand with a test object connection component of a test object , comprising: - at least one shaft extending along the axis of rotation of the rotary connection, - one dynamometer coupling device for the rotary connection of the shaft with the dynamometer connection component , - a test object coupling device for the rotary connection of the shaft with the test object connection component , characterized in - that the test object coupling device comprises at least one test object adapter which is adapted to be connected with the test object connection component of a test object and a shaft adapter which is adapted to be connected or is connected with the shaft , - that the test object adapter and the shaft adapter comprise form-fit elements for the detachable and form-fitting rotary connection of the test object adapter with the shaft adapter , - that an axial connection device is provided for the axial connection of the test object adapter to the shaft adapter , - that the axial connection device is designed similar to a bayonet lock, - that a clamping web is adapted to be arranged between the clamping bodies of the axial connection device by a movement sequence of an axial movement and a rotary movement of the axial connection device , - and that the clamping bodies act as an axial lock against an axial separation of the test object adapter from the shaft adapter and as an anti-twist device for the bayonet-lock-like axial connection device . - at least one shaft extending along the axis of rotation of the rotary connection, - one dynamometer coupling device for the rotary connection of the shaft with the dynamometer connection component , - a test object coupling device for the rotary connection of the shaft with the test object connection component , - that the test object coupling device comprises at least one test object adapter which is adapted to be connected with the test object connection component of a test object and a shaft adapter which is adapted to be connected or is connected with the shaft , - that the test object adapter and the shaft adapter comprise form-fit elements for the detachable and form-fitting rotary connection of the test object adapter with the shaft adapter , - that an axial connection device is provided for the axial connection of the test object adapter to the shaft adapter , - that the axial connection device is designed similar to a bayonet lock, - that a clamping web is adapted to be arranged between the clamping bodies of the axial connection device by a movement sequence of an axial movement and a rotary movement of the axial connection device , - and that the clamping bodies act as an axial lock against an axial separation of the test object adapter from the shaft adapter and as an anti-twist device for the bayonet-lock-like axial connection device .
Rear structure of a motor vehicle (101; 201), the said structure comprising: - a floor (109; 209) with a rear area (109A; 209A) for the purpose of receiving a rear seat, the area being raised by forming an overpass (109B; 209B) in relation to an area of the said floor (109; 209) adjacent to the front; - two rear structural profiles ; 207) extending lengthwise towards the rear of the floor (109A; 209A) since the overshoot (109B; 209B); characterized as structure (101; 201) also includes: - two reinforcements (115; 215) on the two structural profiles (107; 207), respectively; each of the said reinforcements (115; 215) attached to the profile (107; 207) corresponding to the floor ; 209), at the level of the spring (109B; 209B), and configured to limit a trend of the said profile (107; 207) to rotate vertically upward in the event of a rear impact. - a floor (109; 209) with a rear area (109A; 209A) for the purpose of receiving a rear seat, the area being raised by forming an overpass (109B; 209B) in relation to an area of the said floor (109; 209) adjacent to the front; - two rear structural profiles ; 207) extending lengthwise towards the rear of the floor (109A; 209A) since the overshoot (109B; 209B); - two reinforcements (115; 215) on the two structural profiles (107; 207), respectively; each of the said reinforcements (115; 215) attached to the profile (107; 207) corresponding to the floor ; 209), at the level of the spring (109B; 209B), and configured to limit a trend of the said profile (107; 207) to rotate vertically upward in the event of a rear impact.
A medical device comprising (a) a stent component having structural elements extending around a circumference of the stent component, wherein a plurality of structural elements are connected to at least one adjacent structural element by a strut, (b) a covering material fully or partially covering the stent component, and (c) a bonding material associated with the covering material; wherein the medical device is configured to bond to tissue when the bonding material is exposed to an energy source.
A microporous crystalline AlPO-78 material that has an empirical composition in an as-synthesized form and on an anhydrous basis expressed by an empirical formula: R + r M m 2+ EP x Si y O z where M is at least one framework divalent cation and is selected from the group consisting of alkaline earth and transition metals, wherein M is a cation selected from the group consisting of beryllium, magnesium, cobalt (II), manganese, zinc, iron(II), nickel and mixtures thereof, R is an organoammonium cation prepared from a reaction of an aqueous mixture of a cyclic secondary amine and an organic dihalide, wherein the cyclic secondary amine is piperidine, and wherein the organic dihalide is 1,4-dibromobutane, "r" is the mole ratio of R to E and varies from 0.1 to 2.0, "m" is the mole ratio of M to E and varies from 0 to 1.0, "x" is a mole ratio of P to E and varies from 0.5 to 2.0, a ratio of silicon to E is represented by "y" which varies from 0 to 1.0, E is a trivalent element which is tetrahedrally coordinated, is present in the framework, and is aluminum, and "z" is a mole ratio of O to E and is given by an equation: z = 2 • m + r + 3 + 5 • x + 4 • y / 2 and is characterized by a following x-ray diffraction pattern, having at least the d-spacings and relative intensities set forth in Table 1: TABLE 1 2-Theta d(Å) Intensity 7.88-7.98 11.21-11.07 m-s 8.15-8.50 10.84-10.39 m-s 8.82-9.05 10.01-9.76 s 9.67-9.96 9.14-8.87 s-vs 10.58-10.81 8.35-8.17 m 10.92-11.71 8.09-7.55 m-s 13.21-13.67 6.69-6.47 s 14.10-14.54 6.27-6.08 s-vs 15.48-16.02 5.72-5.53 m 16.05-16.24 5.52-5.45 s 16.44-16.81 5.39-5.28 m 16.87-17.01 5.25-5.21 m-s 17.19-17.43 5.15-5.08 s 17.78-18.46 4.98-4.80 s-vs 18.73-19.22 4.73-4.61 vw-w 19.48-19.86 4.55-4.47 w-m 20.47-20.96 4.33-4.23 s 21.00-21.45 4.23-4.14 m-s 21.52-21.73 4.12-4.08 m-s 21.88-22.10 4.06-4.02 s 22.15-22.42 4.01-3.96 m-s 22.52-22.95 3.94-3.87 w-m 23.14-23.52 3.84-3.78 w-m 23.58-23.71 3.77-3.75 s 23.75-24.01 3.74-3.70 w-m 24.75-24.93 3.59-3.57 w-m 25.01-25.47 3.56-3.49 vs 26.15-26.31 3.40-3.38 w-m 26.37-26.54 3.38-3.35 m 26.78-27.02 3.33-3.30 w-m 27.11-27.40 3.29-3.25 m 28.39-28.86 3.14-3.09 w-m 29.22-29.65 3.05-3.01 m 30.60-30.95 2.92-2.89 w-m 31.62-31.93 2.83-2.80 w-m 31.97-32.28 2.80-2.77 w-s 32.44-32.89 2.76-2.72 w-m 33.19-33.40 2.70-2.68 vw-w 33.51-33.82 2.67-2.65 w-m 34.72-35.08 2.58-2.55 vw-w
System configured to perform at least a validation mode of a hearing test, said system comprising: a diagnostic device ; one or more electrodes configured to be arranged on the scalp of a person and configured to be connected to said diagnostic device; and a sound emitting device configured to be connected to said diagnostic device and to transmit a generated sound stimulus into the ear of a person, wherein the diagnostic device includes a recording processor configured to receive a response signal from said one or more electrodes arranged on the scalp of a person; a control unit configured to control the mode of operation of said diagnostic device; and a signal generator configured to transmit said generated stimulus to said sound emitting device, characterized in that in a validation mode of operation set via the control unit, said mode being configured to evaluate the hearing ability of a person in an aided condition, i.e when the person is wearing a hearing aid, said signal generator is configured to generate said sound stimulus and to transmit said generated sound stimulus to said sound emitting device, wherein the signal generator generates said sound stimulus by amplitude and/or frequency modulating speech of a human. a diagnostic device ; one or more electrodes configured to be arranged on the scalp of a person and configured to be connected to said diagnostic device; and a sound emitting device configured to be connected to said diagnostic device and to transmit a generated sound stimulus into the ear of a person, wherein the diagnostic device includes a recording processor configured to receive a response signal from said one or more electrodes arranged on the scalp of a person; a control unit configured to control the mode of operation of said diagnostic device; and a signal generator configured to transmit said generated stimulus to said sound emitting device, characterized in that in a validation mode of operation set via the control unit, said mode being configured to evaluate the hearing ability of a person in an aided condition, i.e when the person is wearing a hearing aid, said signal generator is configured to generate said sound stimulus and to transmit said generated sound stimulus to said sound emitting device, wherein the signal generator generates said sound stimulus by amplitude and/or frequency modulating speech of a human. a recording processor configured to receive a response signal from said one or more electrodes arranged on the scalp of a person; a control unit configured to control the mode of operation of said diagnostic device; and a signal generator configured to transmit said generated stimulus to said sound emitting device, characterized in that in a validation mode of operation set via the control unit, said mode being configured to evaluate the hearing ability of a person in an aided condition, i.e when the person is wearing a hearing aid, said signal generator is configured to generate said sound stimulus and to transmit said generated sound stimulus to said sound emitting device, wherein the signal generator generates said sound stimulus by amplitude and/or frequency modulating speech of a human.
A tire data information system comprising: at least one tire supporting a vehicle ; a processor ; at least one sensor mounted on the tire and in electronic communication with the processor , the at least one sensor being configured to measure a temperature and a pressure of the at least one tire ; a memory for storing tire identification information, the memory being in electronic communication with the processor ; tire wear state means for generating at least one of a measurement and an estimate of a wear state of the at least one tire , the tire wear state means being in electronic communication with the processor ; and tire wear rate estimation means for generating an estimate of a wear rate of the least one tire , the tire wear rate estimation means being in electronic communication with the processor ; characterized in that the system further comprises transmission means for transmitting the temperature, the pressure, the identification information, the at least one of a measurement and an estimate of a wear state, and the wear rate estimation of the at least one tire to a display device accessible to a user of the vehicle ; in that the display device includes indicators for showing the temperature, the pressure, the identification information, the at least one of a measurement and an estimate of a wear state, and the wear rate estimation of the at least one tire to the user; and in that the display device includes a display screen showing a tire load estimation for the at least one tire . at least one tire supporting a vehicle ; a processor ; at least one sensor mounted on the tire and in electronic communication with the processor , the at least one sensor being configured to measure a temperature and a pressure of the at least one tire ; a memory for storing tire identification information, the memory being in electronic communication with the processor ; tire wear state means for generating at least one of a measurement and an estimate of a wear state of the at least one tire , the tire wear state means being in electronic communication with the processor ; and tire wear rate estimation means for generating an estimate of a wear rate of the least one tire , the tire wear rate estimation means being in electronic communication with the processor ; characterized in that the system further comprises transmission means for transmitting the temperature, the pressure, the identification information, the at least one of a measurement and an estimate of a wear state, and the wear rate estimation of the at least one tire to a display device accessible to a user of the vehicle ; in that the display device includes indicators for showing the temperature, the pressure, the identification information, the at least one of a measurement and an estimate of a wear state, and the wear rate estimation of the at least one tire to the user; and in that the display device includes a display screen showing a tire load estimation for the at least one tire .
An ATP phosphoribosyltransferase variant consisting of an amino acid sequence represented by SEQ ID NO: 1, wherein serine, which is an amino acid corresponding to position 130 of SEQ ID NO: 3, is substituted with phenylalanine.
A laminate comprising: A. an outer polyolefin layer having a thickness in the range of 120-200 microns; B. an intermediate layer comprising extruded polyethylene layers each having a thickness between 20-40 microns, adhesive layers each having a thickness between 10-40 microns, an ethylene/vinyl alcohol copolymer (EVOH) layer having a thickness between 10-50 microns, wherein the EVOH layer is an extruded core layer, on both sides thereof, sandwiched between two layers of the extruded adhesive layers, wherein the extruded polyethylene is selected from the group consisting of linear low density polyethylene (LLDPE), low density polyethylene (LDPE) and combinations thereof, and wherein each layer of said two layers of the extruded adhesive layers is laminated with one of the two extruded polyethylene layers; and C. an inner polyolefin layer having a thickness in the range of 90-165 microns, wherein the outer polyolefin layer, the intermediate layer and the inner polyolefin layer are laminated by a co-extrusion lamination. A. an outer polyolefin layer having a thickness in the range of 120-200 microns; B. an intermediate layer comprising extruded polyethylene layers each having a thickness between 20-40 microns, adhesive layers each having a thickness between 10-40 microns, an ethylene/vinyl alcohol copolymer (EVOH) layer having a thickness between 10-50 microns, wherein the EVOH layer is an extruded core layer, on both sides thereof, sandwiched between two layers of the extruded adhesive layers, wherein the extruded polyethylene is selected from the group consisting of linear low density polyethylene (LLDPE), low density polyethylene (LDPE) and combinations thereof, and wherein each layer of said two layers of the extruded adhesive layers is laminated with one of the two extruded polyethylene layers; and C. an inner polyolefin layer having a thickness in the range of 90-165 microns,
A hydraulically activatable working device configured to perform an operation comprising a hydraulic cylinder at least one first and one second partial piston provided for in the hydraulic cylinder , wherein the partial pistons can be moved in a traversing direction (V) in the hydraulic cylinder under pressure from hydraulic fluid for performing the operation, wherein each partial piston having an impact surface at a lower end thereof against which the hydraulic fluid can act, wherein the partial pistons are exposed to a same respective hydraulic pressure on the impact surfaces over the entire operation, wherein further a piston rod is provided for, coupled to the hydraulic cylinder , wherein a restoring spring is provided for in the hydraulic cylinder , whereby the partial pistons are moveable in the hydraulic cylinder in the traversing direction under pressure from hydraulic fluid against the force of the restoring spring , wherein further a working part is provided for, which is coupled to the piston rod and moveable therewith and wherein the partial pistons are designed to act on a same working part , characterized in that the piston rod is having an impact surface at a lower end thereof against which the partial pistons can act, wherein the piston rod further is provided separately from the partial pistons , and can be acted upon by only one of the partial pistons or can be acted upon by several or all of the partial pistons at the same time, wherein the impact surface does build a first partial impact surface against which the first partial piston is design to act, and a second partial impact surface against which the second partial piston is designed to act, wherein the first and second partial impact surfaces do not overlap each other in a direction across to the traversing direction.
An actuator comprising: a piezoelectric element ; a vibration plate that has the piezoelectric element joined thereto and is configured to vibrate an object of vibration in accordance with expansion and contraction of the piezoelectric element ; fixing portions ; supports configured to support the vibration plate on the fixing portions , a support being provided at each end of the vibration plate in a longitudinal direction and one end of each support being connected to the vibration plate and the other end of each support being connected to one of the fixing portions , the fixing portions being configured to join the actuator to a housing ; and a holder joined to the vibration plate and configured to hold the object of vibration ; wherein a height (h) of the holder is less than a maximum bending displacement (D max ) at which the piezoelectric element is not damaged by an external force; wherein, when the actuator is not driven, the vibration plate is flat; characterised in that when the actuator is not driven, the end of each support at the side connected to the vibration plate is further outward than the end at the side connected to the fixing portion , an angle between the vibration plate and the support being acute; and in that the vibration plate and the support are integrally molded. a piezoelectric element ; a vibration plate that has the piezoelectric element joined thereto and is configured to vibrate an object of vibration in accordance with expansion and contraction of the piezoelectric element ; fixing portions ; supports configured to support the vibration plate on the fixing portions , a support being provided at each end of the vibration plate in a longitudinal direction and one end of each support being connected to the vibration plate and the other end of each support being connected to one of the fixing portions , the fixing portions being configured to join the actuator to a housing ; and a holder joined to the vibration plate and configured to hold the object of vibration ; wherein a height (h) of the holder is less than a maximum bending displacement (D max ) at which the piezoelectric element is not damaged by an external force; wherein, when the actuator is not driven, the vibration plate is flat; characterised in that when the actuator is not driven, the end of each support at the side connected to the vibration plate is further outward than the end at the side connected to the fixing portion , an angle between the vibration plate and the support being acute; and in that the vibration plate and the support are integrally molded.
A patch for use in alleviation and prevention of acne, wherein the patch is a biodegradable metal represented by Chemical Formula 1 below and having an anti-acne effect, and wherein the patch is applied to skin: [Chemical Formula 1] Mg a Zn b X c in Chemical Formula 1, a, b and c are wt% of individual components, a+b+c = 100 wt%, 0≤a≤100, 0≤b≤100, and 0≤c≤10, among which a or b is greatest, and X is at least one selected from the group consisting of Ca, Fe, Mn, Si, Na, Zr, Ce, and P.
A method of making a solvent-free, storage-stable mixture of amorphous organosilane quaternary ammonium compounds defined by the formula: wherein R 1 =hydrogen or C 1 to C 4 alkyl; R 2 =divalent hydrocarbon radical with C 1 to C 8 carbon atoms; R 3 =hydrogen or C 1 to C 4 alkyl; R 4 =hydrogen or C 1 to C 10 alkyl; R 5 =C 8 to C 22 saturated or unsaturated hydrocarbon radical and X= chloride, wherein said mixture is 100% active , wherein the method comprises: determining the molecular composition and molecular equivalent weight of a mixture of alkyl amines selected from the group of primary, secondary, and tertiary amines, and mixtures thereof, wherein at least one radical of said alkyl amines has a linear hydrocarbon chain length ranging from a C 8 -C 22 saturated or unsaturated hydrocarbon group; determining the molecular composition and molecular equivalent weight of a chloroalkyltrialkoxysilane; and reacting at a ratio of 1:1 the molecular equivalent weight of said alkyl amine mixture with the equivalent weight of said chloroalkyltrialkoxysilane to form the solvent-free, storage-stable mixture of amorphous organosilane quaternary ammonium compounds. determining the molecular composition and molecular equivalent weight of a mixture of alkyl amines selected from the group of primary, secondary, and tertiary amines, and mixtures thereof, wherein at least one radical of said alkyl amines has a linear hydrocarbon chain length ranging from a C 8 -C 22 saturated or unsaturated hydrocarbon group; determining the molecular composition and molecular equivalent weight of a chloroalkyltrialkoxysilane; and reacting at a ratio of 1:1 the molecular equivalent weight of said alkyl amine mixture with the equivalent weight of said chloroalkyltrialkoxysilane to form the solvent-free, storage-stable mixture of amorphous organosilane quaternary ammonium compounds.
A device for measuring the pressure at the test gas inlet of a mass-spectrometric leak detector, wherein a mass spectrometer is connected to the inlet of a high vacuum pump having its outlet connected to the inlet of a pre-vacuum pump via a vacuum line in a gas conducting manner, and wherein the inlet of the pre-vacuum pump is connected to the test gas inlet via a pre-vacuum inlet line in a gas conducting manner, wherein the inlet of the pre-vacuum pump and at least one intermediate gas inlet of the high vacuum pump are connected to each other by a connection line comprising a flow throttle , characterized in that the pre-vacuum inlet line comprises a separately closable first valve (V1), the vacuum line comprises an additional pre-vacuum volume connected to a pressure measurement device and comprising a separately closable second valve (V2), the test gas inlet and the intermediate gas inlet are connected via a high vacuum inlet line comprising a separately closable third valve (V4), wherein the pre-vacuum volume is dimensioned in such a manner that the pump operation for detection of massive leaks with the vacuum line closed and the high vacuum inlet line closed can be maintained for a sufficient duration of time without pumping off the pre-vacuum volume again.