mhurhangee/ep-ind-claims huggingface dataset:
A process for producing a compound of the formula: wherein R 1 and R 2 are each independently optionally substituted (C1-C6)alkyl; optionally substituted (C3-C6)cycloalkyl; optionally substituted (C2-C6)alkenyl; optionally substituted (C2-C6)alkynyl; optionally substituted (C1-C6)alkoxy; or optionally substituted phenyl; or R 1 and R 2, together with the carbon atom to which they are attached form a 4- to 12-membered carbocyclic ring, wherein the formed ring is optionally substituted, X is a halogen, which comprises the following steps and: step: reacting a compound of the formula with a halogenating agent in the presence of a nitrile solvent and a water solvent to produce a compound of the formula, wherein R 1, R 2 and X are as defined above, step: reacting the compound of the formula with an isothiouronium-forming agent to produce the compound of the formula, wherein R 1, R 2 and X are as defined above. R 1 and R 2, together with the carbon atom to which they are attached form a 4- to 12-membered carbocyclic ring, wherein the formed ring is optionally substituted, X is a halogen, which comprises the following steps and: step: reacting a compound of the formula with a halogenating agent in the presence of a nitrile solvent and a water solvent to produce a compound of the formula, wherein R 1, R 2 and X are as defined above, step: reacting the compound of the formula with an isothiouronium-forming agent to produce the compound of the formula, wherein R 1, R 2 and X are as defined above.
A dust receptacle for a vacuum cleaner, the receptacle including: a dust collection chamber having an inlet for dust, the dust inlet being in communication with an air flow to a source of suction; and a pressing member moveable within the chamber for contacting dust therein; a hollow extendible element operable on the pressing member to move same within the chamber, the extendible element having an interior and an exterior, and being operable to extend in response to the establishment in the interior of a higher air pressure that is higher than a chamber air pressure within the chamber and to which its exterior is subject, and to contract when the interior is not subject to the higher air pressure, a valve for admitting air with the higher air pressure to the interior of the extendible element at intervals, and a bleed opening for equalisation of air pressure between the interior and the exterior of the extendible element, wherein the dust receptacle is configured such that the interior of the extendible element is subject to the higher air pressure at intervals, which higher air pressure is then relieved, to cause successive extension and contraction of the extendible element while the cleaner is operating. a dust collection chamber having an inlet for dust, the dust inlet being in communication with an air flow to a source of suction; and a pressing member moveable within the chamber for contacting dust therein; a hollow extendible element operable on the pressing member to move same within the chamber, the extendible element having an interior and an exterior, and being operable to extend in response to the establishment in the interior of a higher air pressure that is higher than a chamber air pressure within the chamber and to which its exterior is subject, and to contract when the interior is not subject to the higher air pressure, a valve for admitting air with the higher air pressure to the interior of the extendible element at intervals, and a bleed opening for equalisation of air pressure between the interior and the exterior of the extendible element, wherein the dust receptacle is configured such that the interior of the extendible element is subject to the higher air pressure at intervals, which higher air pressure is then relieved, to cause successive extension and contraction of the extendible element while the cleaner is operating.
Disconnector for high voltages, said disconnector comprising: - a first contact; - a second contact comprising a mobile part and a fixed part, said mobile part comprising a contact body and a contact head which can be moved in relation to the contact body; - a contact support designed to support said contact body; - a first movement device, which can move the contact body along an axis A from a closed position, in which the contact body is in contact with said first contact, to an open position, and vice versa; - a second movement device, which can be triggered by means of said contact support and is able, during a movement of said contact body from the closed position to the open position, to temporarily keep the contact head in contact with said first contact while storing energy, then to suddenly release said stored energy in order to transitorily move said contact head from a position A distant from said contact body to a position B near to said contact body in such a way as to break the electrical contact between the contact head and said first contact, characterised in that said contact body comprises a frontal part which is abutted by the contact head at near position B, said frontal part being completely covered by said contact head when the latter is at position B in such a way as to prevent frontal contact between the first contact and the contact body. - a first contact; - a second contact comprising a mobile part and a fixed part, said mobile part comprising a contact body and a contact head which can be moved in relation to the contact body; - a contact support designed to support said contact body; - a first movement device, which can move the contact body along an axis A from a closed position, in which the contact body is in contact with said first contact, to an open position, and vice versa; - a second movement device, which can be triggered by means of said contact support and is able, during a movement of said contact body from the closed position to the open position, to temporarily keep the contact head in contact with said first contact while storing energy, then to suddenly release said stored energy in order to transitorily move said contact head from a position A distant from said contact body to a position B near to said contact body in such a way as to break the electrical contact between the contact head and said first contact, characterised in that said contact body comprises a frontal part which is abutted by the contact head at near position B, said frontal part being completely covered by said contact head when the latter is at position B in such a way as to prevent frontal contact between the first contact and the contact body.
A pneumatic tire (10, 40), comprising: a tire frame member formed in a circular shape and made of a resin; and a sealing layer provided by fixing a sealant housing member (34, 46), which is internally filled with a sealant, to an inner circumferential surface of the tire frame member, characterized in that the resin is a thermoplastic resin or a thermoplastic elastomer. a tire frame member formed in a circular shape and made of a resin; and a sealing layer provided by fixing a sealant housing member (34, 46), which is internally filled with a sealant, to an inner circumferential surface of the tire frame member, characterized in that the resin is a thermoplastic resin or a thermoplastic elastomer.
An air conditioner in which a duct for blowing air whose temperature is adjustable by a heat exchanger into a room is connected to a unit main body accommodating the heat exchanger and a DC fan motor, and the rotational speed of the DC fan motor is controllable so that a rated airflow rate can be obtained under an external static pressure that is determined depending on the configuration of the duct, the air conditioner comprising: an airflow-rate setting section for automatically determining the external static pressure after the air conditioner is installed and for setting the rotational speed of the DC fan motor on the basis of the external static pressure so as to obtain the rated airflow rate; characterized by: an external-static-pressure-correction setting section that is provided in a remote control device and that allows a correction setting for the external static pressure to be made manually, wherein a limiting section is provided for limiting a manual setting range in which a correction setting for the reference external static pressure that is automatically determined by the airflow-rate setting section can be made by the external-static-pressure-correction setting section to a preset width of range. an airflow-rate setting section for automatically determining the external static pressure after the air conditioner is installed and for setting the rotational speed of the DC fan motor on the basis of the external static pressure so as to obtain the rated airflow rate; an external-static-pressure-correction setting section that is provided in a remote control device and that allows a correction setting for the external static pressure to be made manually, wherein a limiting section is provided for limiting a manual setting range in which a correction setting for the reference external static pressure that is automatically determined by the airflow-rate setting section can be made by the external-static-pressure-correction setting section to a preset width of range.
Cosmetic use of a gene for regulating type of hair shape, wherein the gene is selected from CSRP1, IP09 and NUCKS1, and wherein curly hair or kinky hair is suppressed by inducing or promoting the expression of the IPO9 gene or the NUCKS1 gene, or by inhibiting the expression of the CSRP1 gene; or waving is expressed or promoted by inducing or promoting the expression of the CSRP1 gene; or by inhibiting the expression of the IPO9 gene or NUCKS1 gene.
A compound comprising the formula wherein: each X, X 3, X 7, X 11 and X 15, independently, is O or NR; each R, if present, is H or a branched or unbranched C1-C15 alkyl group; each R 1, R 3, R 5, R 7, R 9, R 11, R 13 and R 15, independently, is a branched or unbranched C1-C15 alkyl group; each PA 1, PA 7, PA 11 and PA 15, independently, is a residue of a substantially poly(alkylene oxide) polyether or derivative thereof; each L, L 1 and L 3, independently, is a linking group selected from amine, amide, ether, ester, urea, carbonate or urethane linkages; each DHPD, independently, is one of 3, 4-dihydroxyphenethylamine (dopamine), 3, 4-dihydroxyhydrocinnamic acid, 3, 4-dihydroxyphenyl ethanol, 3, 4 dihydroxyphenylacetic acid, 3, 4 dihydroxyphenylamine, or 3, 4- dihydroxybenzoic acid: a is a value from 4 to 8; and c is a value from 3 to 80. each X, X 3, X 7, X 11 and X 15, independently, is O or NR; each R, if present, is H or a branched or unbranched C1-C15 alkyl group; each R 1, R 3, R 5, R 7, R 9, R 11, R 13 and R 15, independently, is a branched or unbranched C1-C15 alkyl group; each PA 1, PA 7, PA 11 and PA 15, independently, is a residue of a substantially poly(alkylene oxide) polyether or derivative thereof; each L, L 1 and L 3, independently, is a linking group selected from amine, amide, ether, ester, urea, carbonate or urethane linkages; each DHPD, independently, is one of 3, 4-dihydroxyphenethylamine (dopamine), 3, 4-dihydroxyhydrocinnamic acid, 3, 4-dihydroxyphenyl ethanol, 3, 4 dihydroxyphenylacetic acid, 3, 4 dihydroxyphenylamine, or 3, 4- dihydroxybenzoic acid: a is a value from 4 to 8; and c is a value from 3 to 80.
An artificial nail or tip arrangement comprising: a first section (20; 110) having a first top surface (60; 120) and a first bottom surface (80; 125); a second section (30; 130) being adjacent to the first section (20; 110) and having a second top surface (70; 135) and a second bottom surface (90; 140); wherein the first and second sections (20, 30) form a combined arrangement which has a proximal end and a distal end, the distal end being configured to be provided at a front portion of the natural nail and the proximal end being configured to be provided opposite to the distal end, wherein the distal end is provided further away from a cuticle portion of the natural nail than the proximal end; and wherein at least one first portion of the first bottom surface overlays the second top surface such that at least one second portion of the second top surface overlaid by the first bottom surface forms an acute angle with respect to the first top surface at a contact point with the second top surface, characterized in that the artificial nail or tip arrangement further comprising a third section having a third top surface and a third bottom surface, wherein the third section is configured to be provided closer to the cuticle portion of the natural finger nail than the first section (20; 110), and adjacent to the second section (30; 130), wherein the second and third sections (30; 130, 205) form a combined arrangement (10; 100; 200; 300) which has a further proximal end and a further distal end, the further distal end being configured to be provided opposite to the distal portion and closer to a center portion or a rear portion of the natural nail, wherein at least one first portion of the third bottom surface overlays a section of the second top surface (70; 135) such that at least one further portion of the second top surface (70; 135) overlaid by the second bottom surface (90; 140) forms an acute angle with respect to the third top surface at a contact point with the second top surface (70; 135). a first section (20; 110) having a first top surface (60; 120) and a first bottom surface (80; 125); a second section (30; 130) being adjacent to the first section (20; 110) and having a second top surface (70; 135) and a second bottom surface (90; 140);
Procedure for determining and/or monitoring at least one process variable of a medium with at least one unit capable of vibrating, wherein the unit capable of vibrating is excited to produce mechanical vibrations using an electrical excitation signal (U A) of a configurable frequency, wherein the mechanical vibrations are converted to an electrical reception signal (U E), wherein said reception signal (U E) is characterized at least by a frequency and/or a phase and/or an amplitude, wherein the excitation signal (U A) is generated from the reception signal (U E), wherein the voltage values of the reception signal (U E) are scanned at certain predefined times on the basis of the excitation signal (U A), wherein the real part and the imaginary part of the reception signal (U E) are determined from the scanned voltage values of the reception signal (U E) using a Goertzel algorithm, wherein at least a Goertzel coefficient, particularly the number of scan values and/or a working frequency (f k) and/or a scan frequency (fs) are predefined for the execution of the Goertzel algorithm, wherein at least the actual phase and/or the actual amplitude of the reception signal (U E) are calculated from the real part and the imaginary part of the reception signal (U E), wherein the frequency of the excitation signal (U A) is regulated in such a way that a predefinable phase shift (Δφ) is present between the excitation signal and the reception signal (U E), and wherein the at least one process variable is determined. wherein the unit capable of vibrating is excited to produce mechanical vibrations using an electrical excitation signal (U A) of a configurable frequency, wherein the mechanical vibrations are converted to an electrical reception signal (U E), wherein said reception signal (U E) is characterized at least by a frequency and/or a phase and/or an amplitude, wherein the excitation signal (U A) is generated from the reception signal (U E), wherein the voltage values of the reception signal (U E) are scanned at certain predefined times on the basis of the excitation signal (U A), wherein the real part and the imaginary part of the reception signal (U E) are determined from the scanned voltage values of the reception signal (U E) using a Goertzel algorithm, wherein at least a Goertzel coefficient, particularly the number of scan values and/or a working frequency (f k) and/or a scan frequency (fs) are predefined for the execution of the Goertzel algorithm, wherein at least the actual phase and/or the actual amplitude of the reception signal (U E) are calculated from the real part and the imaginary part of the reception signal (U E), wherein the frequency of the excitation signal (U A) is regulated in such a way that a predefinable phase shift (Δφ) is present between the excitation signal and the reception signal (U E), and wherein the at least one process variable is determined.
A switch-extender having at least one input port and several output ports wherein the at least one input port and the several output ports are connected to a first multiplex/demultiplex means, wherein the first multiplex/demultiplex means connects the at least one input port to the output ports, characterized in that, at least one input port and several output ports are connected to a second multiplex/demultiplex means, the first multiplex/demultiplex means comprises at least one amplifier (32 1, 32 2) for amplifying a signal at the at least one input port and/or that the multiplex/demultiplex means comprises at least one attenuator (36 1, 36 2, 36 3, 36 4, 36 5, 36 6, 36 7, 36 8) for each of the output ports for attenuating a signal at every output port, the second multiplex/demultiplex means comprises a second multiplex for multiplexing one signal of the second input ports to the second output port, and the second multiplex/demultiplex means comprises the same elements as the first multiplex/demultiplex means with the difference that the at least one input port is connected to a switch and that one output port of the switch is connected to an input port of an amplifier and that an other output port of the switch is connected to an output port of another amplifier so that the at least one input port acts as bidirectional port. several output ports wherein the at least one input port and the several output ports are connected to a first multiplex/demultiplex means, wherein the first multiplex/demultiplex means connects the at least one input port to the output ports, characterized in that, at least one input port and several output ports are connected to a second multiplex/demultiplex means, the first multiplex/demultiplex means comprises at least one amplifier (32 1, 32 2) for amplifying a signal at the at least one input port and/or that the multiplex/demultiplex means comprises at least one attenuator (36 1, 36 2, 36 3, 36 4, 36 5, 36 6, 36 7, 36 8) for each of the output ports for attenuating a signal at every output port, the second multiplex/demultiplex means comprises a second multiplex for multiplexing one signal of the second input ports to the second output port, and the second multiplex/demultiplex means comprises the same elements as the first multiplex/demultiplex means with the difference that the at least one input port is connected to a switch and that one output port of the switch is connected to an input port of an amplifier and that an other output port of the switch is connected to an output port of another amplifier so that the at least one input port acts as bidirectional port.
A method of implementing hybrid automatically retransmission feedback in a UE in a carrier aggregation network according to the long term evolution, LTE, standard, wherein, the carrier aggregation network comprises a self-scheduling primary cell and a secondary cell, and the method comprises the following steps: i. determining a reference frame configuration of type 5; ii. determining a first quantity, M c, of downlink subframes, K c, of the secondary cell needing to be acknowledged in uplink subframes, according to a frame configuration of the secondary cell and the reference frame configuration; iii. receiving from a base station a parameter, W DAI UL, and calculating a second quantity, N, of downlink subframes needing to be acknowledged in the uplink subframes, based on the parameter as N = W DAI UL + 4 ⌈ U − W DAI UL / 4 ⌉ wherein ┌ ┐ denotes the ceiling function and U denotes a maximum quantity in quantities of downlink subframes needing to be acknowledged for the primary cell and the secondary cell; iv. determining an actual quantity, B c DL, of downlink subframes actually needing to be acknowledged, based on the first quantity, M c, and the second quantity, N, by taking the smaller value of the first quantity, M c, and the second quantity, N, as the actual quantity, B c DL; v. implementing automatically retransmission feedback for downlink frames of the actual quantity, B c DL, in a physical shared channel, adjusted by uplink grants, in the uplink subframes. i. determining a reference frame configuration of type 5; ii. determining a first quantity, M c, of downlink subframes, K c, of the secondary cell needing to be acknowledged in uplink subframes, according to a frame configuration of the secondary cell and the reference frame configuration; iii. receiving from a base station a parameter, W DAI UL, and calculating a second quantity, N, of downlink subframes needing to be acknowledged in the uplink subframes, based on the parameter as N = W DAI UL + 4 ⌈ U − W DAI UL / 4 ⌉ wherein ┌ ┐ denotes the ceiling function and U denotes a maximum quantity in quantities of downlink subframes needing to be acknowledged for the primary cell and the secondary cell; iv. determining an actual quantity, B c DL, of downlink subframes actually needing to be acknowledged, based on the first quantity, M c, and the second quantity, N, by taking the smaller value of the first quantity, M c, and the second quantity, N, as the actual quantity, B c DL; v. implementing automatically retransmission feedback for downlink frames of the actual quantity, B c DL, in a physical shared channel, adjusted by uplink grants, in the uplink subframes.
Use of HAPLN1 protein (hyaluronan and proteoglycan link protein 1) for the alleviation of skin aging, wherein the HAPLN1 protein is administered to the subject by parenteral administration.
A platform measuring device comprising: a platform bin having a platform plate, a rear wall, and a plurality of side walls extending from the front of the platform plate to the rear wall so as to form an open-top bin; and a base member having a plurality of load cells configured to support the platform bin; characterized in that the platform plate includes a front flange disposed below the upper surface of the platform plate to define a trough extending at least partially across the front of the platform plate, and each of the plurality of side walls includes a rear tab that is received within a slot in the rear wall and a depending front tab that is received within the trough; and the platform bin includes a cap member removably securable over the trough to capture the depending front tabs within the trough. a platform bin having a platform plate, a rear wall, and a plurality of side walls extending from the front of the platform plate to the rear wall so as to form an open-top bin; and a base member having a plurality of load cells configured to support the platform bin; characterized in that the platform plate includes a front flange disposed below the upper surface of the platform plate to define a trough extending at least partially across the front of the platform plate, and each of the plurality of side walls includes a rear tab that is received within a slot in the rear wall and a depending front tab that is received within the trough; and the platform bin includes a cap member removably securable over the trough to capture the depending front tabs within the trough.