mhurhangee/patent-ind-claim-en huggingface dataset:
A pet safety device comprising: - at least two fastening devices for balcony balustrades ; - at least two elongated members configured in use to join the two fastening devices horizontally to each other, characterised in that the two elongated members joining the two fastening devices are configured to deform downwards when the weight of an animal attempting to cross the barrier formed by the safety device is applied, and in that the fastening devices are configured to allow the elongated members to be held in tension, and wherein the displacement of the elongated members to which they are fastened allows the said elongated members to be deformed downwards when the weight of a pet is applied; and in that the elongated members of the safety device furthermore comprise a cord component threaded through perforations provided on each fastening device , an anchoring device on the end of a cord component , means for fastening to a balustrade, guide means , and means for self-locking the cord components . - at least two fastening devices for balcony balustrades ; - at least two elongated members configured in use to join the two fastening devices horizontally to each other, characterised in that the two elongated members joining the two fastening devices are configured to deform downwards when the weight of an animal attempting to cross the barrier formed by the safety device is applied, and in that the fastening devices are configured to allow the elongated members to be held in tension, and wherein the displacement of the elongated members to which they are fastened allows the said elongated members to be deformed downwards when the weight of a pet is applied; and in that the elongated members of the safety device furthermore comprise a cord component threaded through perforations provided on each fastening device , an anchoring device on the end of a cord component , means for fastening to a balustrade, guide means , and means for self-locking the cord components .
Seal assembly for a vehicle window arranged on a vehicle (F), wherein the seal assembly has a first horizontal sealing portion and at least one second vertical sealing portion , wherein the first sealing portion and the second sealing portion are arranged between a first window element of the vehicle window and at least one further window element of the vehicle window that is movable relative to the first window element , characterised in that the first horizontal sealing portion has a larger cross-sectional area than the second vertical sealing portion .
A blood filtration device comprising: a stationary cylindrical housing having an interior wall; an interior member that is a rotating spinner that is rotable concentrically within the cylindrical housing and mounted interior of the housing comprising an outer surface having a porous membrane disposed thereon; wherein the outer surface comprises a series of spaced-apart circumferential grooves which are separated by annular lands ; the interior member being rotatable relative to the housing and defining an annular gap therebetween; an inlet for directing fluid into the annular gap ; a first outlet for exiting filtrate passing through the membrane; a second outlet for directing from the annular gap the remaining retentate; and wherein the porous membrane comprises a first layer comprising nylon and a second layer comprising polycarbonate , wherein the nylon layer is disposed underneath the polycarbonate layer as a support for the polycarbonate layer . a stationary cylindrical housing having an interior wall; an interior member that is a rotating spinner that is rotable concentrically within the cylindrical housing and mounted interior of the housing comprising an outer surface having a porous membrane disposed thereon; wherein the outer surface comprises a series of spaced-apart circumferential grooves which are separated by annular lands ; the interior member being rotatable relative to the housing and defining an annular gap therebetween; an inlet for directing fluid into the annular gap ; a first outlet for exiting filtrate passing through the membrane; a second outlet for directing from the annular gap the remaining retentate; and wherein the porous membrane comprises a first layer comprising nylon and a second layer comprising polycarbonate , wherein the nylon layer is disposed underneath the polycarbonate layer as a support for the polycarbonate layer .
A multi-layered sheet suitable as floor or wall covering exhibiting a three-dimensional surface relief and a decorative image, comprising: i. a support layer having an upper surface and a lower surface; ii. a foamed layer having an upper surface and a lower surface, the lower surface of the foamed layer provided adjacent, and adherent to the upper surface of the support layer, the upper surface of the foamed layer comprising a discontinuous chemically embossed relief pattern, wherein the discontinuous chemically embossed relief pattern comprises indentations formed by single or stacked dots of a digitally printed material comprising a foam inhibiting agent; and iii. a decorative layer adhered to the upper surface of the foamed layer, wherein the decorative layer comprises a decorative pattern comprising digitally printed dots of ink; and optionally iv. at least one wear resistant layer provided adjacent and adhered to the decorative layer; and optionally v. a backing layer provided adjacent and adhered to the lower surface of the support layer. i. a support layer having an upper surface and a lower surface; ii. a foamed layer having an upper surface and a lower surface, the lower surface of the foamed layer provided adjacent, and adherent to the upper surface of the support layer, the upper surface of the foamed layer comprising a discontinuous chemically embossed relief pattern, wherein the discontinuous chemically embossed relief pattern comprises indentations formed by single or stacked dots of a digitally printed material comprising a foam inhibiting agent; and iii. a decorative layer adhered to the upper surface of the foamed layer, wherein the decorative layer comprises a decorative pattern comprising digitally printed dots of ink; and optionally iv. at least one wear resistant layer provided adjacent and adhered to the decorative layer; and optionally v. a backing layer provided adjacent and adhered to the lower surface of the support layer.
A method for the manufacture of bisphenol A, comprising: a) reacti ng phenol and acetone in the presence of an acidic catalyst to form a reaction product comprising bisphenol A; and b) crystallising a bisphenol A /phenol adduct from said reaction product, wherein said crystallisation is carried out in the presence of an acid, wherein total amount of acid present during the crystallisation step is 5 % or less by total weight of the reaction product a) reacti ng phenol and acetone in the presence of an acidic catalyst to form a reaction product comprising bisphenol A; and b) crystallising a bisphenol A /phenol adduct from said reaction product, wherein said crystallisation is carried out in the presence of an acid, wherein total amount of acid present during the crystallisation step is 5 % or less by total weight of the reaction product
A vector operation core, comprising a first operation branch and a second operation branch; wherein the first operation branch comprises: input ends 1, 2, 3, multiplier 7, an either-or selector 9, negators 11, 12, a three-input adder 15 and an output end 17; and the second operation branch comprises: input ends 4, 5, 6, multiplier 8, an either-or selector 10, negators 13, 14, a three-input adder 16 and an output end 18; the negators 11, 12, 13, 14 are configured to control signs of output data of the negators 11, 12, 13, 14 respectively; wherein data of the input end 1 is input into one select input end of the either-or selector 9, data of the input ends 2, 3 is input into two input ends of the multiplier 7, and data outputted from the multiplier 7 is divided into two branches which are respectively input into input ends of the negators 11, 13 respectively; data of the input end 6 is input into one select input end of the either-or selector 10, data of the input ends 4, 5 is input into two input ends of the multiplier 8, and data outputted from the multiplier 8 is divided into two branches which are respectively input into input ends of the negators 12, 14; data outputted from the selector 9, negators 11, 12 is respectively input into three input ends of the adder 15; data outputted from selector 10, negators 13, 14 are respectively input into three input ends of the adder 16; data output from the adder 15 is divided into two branches which are respectively input into the output 17 and the other select input end of the selector 9; data output from the adder 16 is divided into two branches which are respectively input into the output 18 and the other select input end of the selector 10.
An in vitro method for the prognosis of the tendency to develop metastasis and/or recurrence in a subject with cancer, said method comprising: (i) quantifying the copy number or amplification of a gene of interest in a sample of 5 said subject, wherein the gene of interest is selected from the group consisting of: VAT1L, CLEC3A, or the gene with Gene ID 645957 or quantifying the expression level, copy number or amplification of the gene of interest WWOX and (ii) comparing the expression level, copy number or amplification obtained in (i) with the expression level, copy number or degree of amplification of the gene of interest 10 in a control sample, wherein if the expression level, copy number or amplification of a gene of interest in said sample is increased with respect to the expression level, copy number or degree of amplification of the gene of interest in the control sample, then said subject has a greater tendency to develop metastasis and/or recurrence. (i) quantifying the copy number or amplification of a gene of interest in a sample of 5 said subject, wherein the gene of interest is selected from the group consisting of: VAT1L, CLEC3A, or the gene with Gene ID 645957 or quantifying the expression level, copy number or amplification of the gene of interest WWOX and (ii) comparing the expression level, copy number or amplification obtained in (i) with the expression level, copy number or degree of amplification of the gene of interest 10 in a control sample,
An information processing method, applied to an information control center device, the method comprising: obtaining semantic parsing information corresponding to a sound signal, the semantic parsing information including a designated time; performing a time prediction on the designated time based on a current time to determine an intended time; and generating a target instruction corresponding to the sound signal based on the intended time, characterised in that the performing a time prediction on the designated time based on a current time to determine an intended time comprises: determining whether the designated time includes a designated instant to obtain a first determination result; determining whether the designated time includes a designated date to obtain a second determination result, when the first determination result is that the designated time includes the designated instant; determining whether the designated date is later than a current date to obtain a third determination result, when the second determination result is that the designated time includes the designated date; and determining the designated instant and the designated date as the intended time, when the third determination result is that the designated date is later than the current date. obtaining semantic parsing information corresponding to a sound signal, the semantic parsing information including a designated time; performing a time prediction on the designated time based on a current time to determine an intended time; and generating a target instruction corresponding to the sound signal based on the intended time, characterised in that the performing a time prediction on the designated time based on a current time to determine an intended time comprises: determining whether the designated time includes a designated instant to obtain a first determination result; determining whether the designated time includes a designated date to obtain a second determination result, when the first determination result is that the designated time includes the designated instant; determining whether the designated date is later than a current date to obtain a third determination result, when the second determination result is that the designated time includes the designated date; and determining the designated instant and the designated date as the intended time, when the third determination result is that the designated date is later than the current date. determining whether the designated time includes a designated instant to obtain a first determination result; determining whether the designated time includes a designated date to obtain a second determination result, when the first determination result is that the designated time includes the designated instant; determining whether the designated date is later than a current date to obtain a third determination result, when the second determination result is that the designated time includes the designated date; and determining the designated instant and the designated date as the intended time, when the third determination result is that the designated date is later than the current date.
A safety device arrangement for a firearm with a magazine well comprising: an insert (3A; 3B; 3C; 3D; 3E) which is adapted to the dimensions and shape of the magazine well and is lockable therein by a locking mechanism and a rack element for carrying the firearm, whereupon the body of the insert (5A; 5B; 5C, 51; 5D, 66; 5E, 66A; 5F; 5G) exposed from the magazine well is adapted in dimensions and shape to fit against a carrier part (17, 18, 19; 17, 18A, 19; 17C, 18; 17D, 18B; 17G) of the rack element, characterised in that : the carrier part of the rack element is provided with an opening, slot or equivalent and the body of the insert exposed from the magazine well is provided with a hollow protrusion adapted to fit to said opening, slot or equivalent and extended through and outside of the carrier part, and on the other hand opening inside the body; and the locking mechanism comprises a rotating locking bar extending inside the insert, and a latch coupled to the rotating locking bar, wherein rotational movement of the rotating locking bar is configured to turn the latch between a position locking the insert (3A; 3B; 3C; 3D; 3E) to the magazine well , and a position releasing the locking. an insert (3A; 3B; 3C; 3D; 3E) which is adapted to the dimensions and shape of the magazine well and is lockable therein by a locking mechanism and a rack element for carrying the firearm, whereupon the body of the insert (5A; 5B; 5C, 51; 5D, 66; 5E, 66A; 5F; 5G) exposed from the magazine well is adapted in dimensions and shape to fit against a carrier part (17, 18, 19; 17, 18A, 19; 17C, 18; 17D, 18B; 17G) of the rack element, the carrier part of the rack element is provided with an opening, slot or equivalent and the body of the insert exposed from the magazine well is provided with a hollow protrusion adapted to fit to said opening, slot or equivalent and extended through and outside of the carrier part, and on the other hand opening inside the body; and the locking mechanism comprises a rotating locking bar extending inside the insert, and a latch coupled to the rotating locking bar, wherein rotational movement of the rotating locking bar is configured to turn the latch between a position locking the insert (3A; 3B; 3C; 3D; 3E) to the magazine well , and a position releasing the locking.
Encoder arrangement for determining an absolute angular position and a rotational direction of a rotor, comprising: - a first encoder wheel that is connected non-rotatably to the rotor, wherein the first encoder wheel comprises a number n of evenly spaced teeth arranged along its circumference; - a second encoder wheel that is connected non-rotatably to the first encoder wheel , wherein the second encoder wheel comprises the same number n of teeth as the first encoder wheel along its circumference, wherein the teeth of the second encoder wheel have an asymmetric angular offset to the teeth of the first encoder wheel ; - a first sensor that is designed to sense the first encoder wheel ; - a second sensor that is designed to sense the second encoder wheel ; - a controller that is communicatively connected to the first sensor and to the second sensor , wherein the controller is designed for a determination of the absolute angular position and for a determination of the rotational direction on the basis of a binary signal, wherein the binary signal is derived from a first signal of the first sensor and a second signal of the second sensor . - a first encoder wheel that is connected non-rotatably to the rotor, wherein the first encoder wheel comprises a number n of evenly spaced teeth arranged along its circumference; - a second encoder wheel that is connected non-rotatably to the first encoder wheel , wherein the second encoder wheel comprises the same number n of teeth as the first encoder wheel along its circumference, wherein the teeth of the second encoder wheel have an asymmetric angular offset to the teeth of the first encoder wheel ; - a first sensor that is designed to sense the first encoder wheel ; - a second sensor that is designed to sense the second encoder wheel ; - a controller that is communicatively connected to the first sensor and to the second sensor , wherein the controller is designed for a determination of the absolute angular position and for a determination of the rotational direction on the basis of a binary signal, wherein the binary signal is derived from a first signal of the first sensor and a second signal of the second sensor .
A heating element for use in an electronic cigarette , comprising at least one carrier material made of chemically toughened glass and metallic heating conductor structures , wherein the heating conductor structures are applied on the carrier material and the carrier material has a thermal conductivity of < 2 W/K*m, a thermal capacity of < 1000 J/K*kg. and a roughness R a of < 500 nm.
A peel-open package, comprising: a first film comprising an exterior sealant layer comprising a polyolefin polymer resin and a fatty acid or a fatty acid derivative; a second film comprising an exterior layer comprising paper or a nonwoven material; wherein the paper or nonwoven material is adhered to the sealant layer of the first film to form a peelable interface therebetween and to enclose a product between the first film and the second film, wherein the polyolefin sealant layer of the first film is heat sealed directly to the paper or nonwoven material of the second film. a first film comprising an exterior sealant layer comprising a polyolefin polymer resin and a fatty acid or a fatty acid derivative; a second film comprising an exterior layer comprising paper or a nonwoven material; wherein the paper or nonwoven material is adhered to the sealant layer of the first film to form a peelable interface therebetween and to enclose a product between the first film and the second film, wherein the polyolefin sealant layer of the first film is heat sealed directly to the paper or nonwoven material of the second film.
A clock data recovery (CDR) apparatus, comprising: an incremental feed forward equalizer (INC-FFE) in a CDR path; and a calibration component in an equalization path, the calibration component coupled to the INC-FFE, the calibration component configured to adjust FFE coefficients for the INC-FFE according to a phase code (PC) index in a PC index table and one of a signal-to-noise-ratio (SNR) and a bit error rate (BER) of a sampled signal, wherein the PC index table comprises adjustment values for the FFE coefficients, and wherein the PC index is linearly related to a sampling phase ; and the calibration component is further configured to determine one of an SNR and a BER for a plurality of entries in the PC index table and adjust the FFE coefficients according to the entries in the PC index table that produce the best one of the SNR and the BER. an incremental feed forward equalizer (INC-FFE) in a CDR path; and a calibration component in an equalization path, the calibration component coupled to the INC-FFE, the calibration component configured to adjust FFE coefficients for the INC-FFE according to a phase code (PC) index in a PC index table and one of a signal-to-noise-ratio (SNR) and a bit error rate (BER) of a sampled signal, wherein the PC index table comprises adjustment values for the FFE coefficients, and wherein the PC index is linearly related to a sampling phase ; and the calibration component is further configured to determine one of an SNR and a BER for a plurality of entries in the PC index table and adjust the FFE coefficients according to the entries in the PC index table that produce the best one of the SNR and the BER.
An emergency push-button for unlocking at least one door interlocking for emergency exit securing, wherein the emergency push-button comprises luminous means for displaying an interlocked and/or an unlocked condition of a door interlocking , wherein the luminous means are controllable in at least two groups, wherein in particular at least one of the luminous means is individually controllable, characterized in that the emergency push-button comprises a light guide , wherein the light guide includes light guide areas , which are respectively associated to the controllable groups of luminous means or to the individual luminous means , wherein recesses are provided between the light guide areas , wherein the recesses are located between the groups of luminous means, in particular between the individual luminous means , wherein the luminous means are formed as multi-colour luminous means, which are controllable so that the luminous means can emit light in at least two, preferably at least three, particularly preferred at least four different colours, wherein the light guide areas comprise one respective spreading section , wherein the spreading section serves for diffusing the light of the associated luminous means.