mhurhangee/patent-ind-claim-en huggingface dataset:
A vane compressor , said vane compressor comprising: a plurality of vanes that are radially translatable and have outer ends wherein said plurality of vanes create zones (A-N) between each pair of adjacent vanes, each said zone having a given area; an axis about which said vanes rotate; a first outlet for expelling compressed fluid; and a cam surface that engages or is in close proximity to said outer ends; characterized in that said cam surface has a first contour defined by a constant radius emanating from said axis, said first contour defining an outer edge of an outlet zone (O) comprising a first zone (A), a second zone (B) and a third zone (C), the first zone (A) immediately following the second zone (B), and the third zone (C) immediately leading said second zone (B), the second zone (B) being in register with said first outlet, wherein the first zone (A), second zone (B), and third zone (C) have the same area. a plurality of vanes that are radially translatable and have outer ends wherein said plurality of vanes create zones (A-N) between each pair of adjacent vanes, each said zone having a given area; an axis about which said vanes rotate; a first outlet for expelling compressed fluid; and a cam surface that engages or is in close proximity to said outer ends; characterized in that said cam surface has a first contour defined by a constant radius emanating from said axis, said first contour defining an outer edge of an outlet zone (O) comprising a first zone (A), a second zone (B) and a third zone (C), the first zone (A) immediately following the second zone (B), and the third zone (C) immediately leading said second zone (B), the second zone (B) being in register with said first outlet, wherein the first zone (A), second zone (B), and third zone (C) have the same area.
A wireless communication device configurable to handling radio link failure in a new radio, NR, communication system, comprising: a storage unit , arranged to store a program code ; and a processing unit , coupled to the program code , arranged to read the program code and execute the program code , thereby to perform steps of: communicating with a first base station via a first downlink, DL, bandwidth part, BWP, and a first uplink, UL, BWP of a cell belonging to the base station; configuring at least one second BWP of the cell according to a radio resource control, RRC, message received via the first DL BWP from the base station; communicating with the base station via the at least one second BWP; and detecting a radio link failure, RLF, on a second DL BWP of the at least one second BWP and stopping communicating with the base station via all of the at least one second BWP when the RLF is detected. a storage unit , arranged to store a program code ; and a processing unit , coupled to the program code , arranged to read the program code and execute the program code , thereby to perform steps of: communicating with a first base station via a first downlink, DL, bandwidth part, BWP, and a first uplink, UL, BWP of a cell belonging to the base station; configuring at least one second BWP of the cell according to a radio resource control, RRC, message received via the first DL BWP from the base station; communicating with the base station via the at least one second BWP; and detecting a radio link failure, RLF, on a second DL BWP of the at least one second BWP and stopping communicating with the base station via all of the at least one second BWP when the RLF is detected. communicating with a first base station via a first downlink, DL, bandwidth part, BWP, and a first uplink, UL, BWP of a cell belonging to the base station; configuring at least one second BWP of the cell according to a radio resource control, RRC, message received via the first DL BWP from the base station; communicating with the base station via the at least one second BWP; and detecting a radio link failure, RLF, on a second DL BWP of the at least one second BWP and stopping communicating with the base station via all of the at least one second BWP when the RLF is detected.
A cosmetic method for slimming, the method consisting of applying, twice a day, morning and evening, for 8 weeks, to the area to be treated a topical cream composition consisting of: i. 0.5% w/w of Nelumbo nucifera (Lotus) Extract, obtained from the whole plant, having a dry matter ranging from between 6.59-6.78% w/w, total soluble sugars ranging from between 2.29-2.54% w/w and total phenolic compounds ranging from 1.33-1.58% w/w; and ii. a dermatologically acceptable carrier consisting of, in % w/w, 0.05% Tetrasodium EDTA, 3.00% Water/Aqua (and) Glycerin (and) Glyceryl Acrylate/Acrylic Acid Copolymer (and) Phenoxyethanol, 1.00% Phenoxyethanol (and) Methylparaben (and) Ethylparaben (and) Propylparaben, 0.60% Acrylic Acid/VP Crosspolymer, 0.05% Sodium Hydroxide, 2.00% Bis-Stearoxydimethylsilane (and) stearyl alcohol (and) Dimethicone, 2.00% PEG-100 Stearate (and) Glyceryl Stearate, 2.00% Butyrospermum Parkii (Shea) Butter, 1.50% Cetyl Lactate, 2.00% Isocetyl Stearoyl Stearate, 3.00% Octyldodecyl Stearate, 4.00% Ethylhexyl Palmitate, and qsp Water/Aqua. i. 0.5% w/w of Nelumbo nucifera (Lotus) Extract, obtained from the whole plant, having a dry matter ranging from between 6.59-6.78% w/w, total soluble sugars ranging from between 2.29-2.54% w/w and total phenolic compounds ranging from 1.33-1.58% w/w; and ii. a dermatologically acceptable carrier consisting of, in % w/w, 0.05% Tetrasodium EDTA, 3.00% Water/Aqua (and) Glycerin (and) Glyceryl Acrylate/Acrylic Acid Copolymer (and) Phenoxyethanol, 1.00% Phenoxyethanol (and) Methylparaben (and) Ethylparaben (and) Propylparaben, 0.60% Acrylic Acid/VP Crosspolymer, 0.05% Sodium Hydroxide, 2.00% Bis-Stearoxydimethylsilane (and) stearyl alcohol (and) Dimethicone, 2.00% PEG-100 Stearate (and) Glyceryl Stearate, 2.00% Butyrospermum Parkii (Shea) Butter, 1.50% Cetyl Lactate, 2.00% Isocetyl Stearoyl Stearate, 3.00% Octyldodecyl Stearate, 4.00% Ethylhexyl Palmitate, and qsp Water/Aqua.
A process for preparing a salt of ibrutinib of formula I with sulphuric acid in a solid form. characterized in that 1-[ -3-[4-amino-3-(4-phenoxyphenyl)-1H-pyrazolo[3,4-d]pyrimidin-1-yl]piperidin-1-yl]prop-2-en-1-one is mixed with sulphuric acid and a solvent, wherein the solvent is selected either a. from a C1 to C4 alcohol, from which ibrutinib sulphate in a crystalline form, which exhibits a peak with the maximum at 123°C in the DSC record is obtained, whereupon crystallization follows, or b. from C3 to C7 ketones, from which amorphous ibrutinib sulphate is precipitated by addition of an antisolvent selected from methyl tert -butyl ether. a. from a C1 to C4 alcohol, from which ibrutinib sulphate in a crystalline form, which exhibits a peak with the maximum at 123°C in the DSC record is obtained, whereupon crystallization follows, or b. from C3 to C7 ketones, from which amorphous ibrutinib sulphate is precipitated by addition of an antisolvent selected from methyl tert -butyl ether.
A crop pick-up header configured to be operationally coupled to an agricultural implement , the header comprising a frame , a rotatable reel and an auger that is rotatable about a central rotation axis and that is configured to receive crops which have been picked up by the reel , the auger comprising flights for moving the received crops towards a central area of the header, wherein the auger is mounted between two arms which are pivotable relative to the frame , about a common axis that is essentially parallel to the central rotation axis of the auger so that the auger's height position with respect to a floor portion of the header frame is variable as a function of the auger's rotational speed and of the throughput of crops that are being transferred from the reel to the auger , characterised in that : - the crop pick-up header comprises at least one sensor configured to determine the height position of the auger relative to the floor portion , or a parameter representative thereof, - the crop pick-up header comprises a speed drive that is capable of driving the rotational speed of the auger independently from other rotating components of the header or of the agricultural implement , - the crop pick-up header comprises or is connectable to a control unit configured to control the rotational speed of the auger as a function of the auger's height position as determined through the sensor , in such a manner that the speed is reduced when it is determined by the sensor that the height position of the auger drops below a predefined value. - the crop pick-up header comprises at least one sensor configured to determine the height position of the auger relative to the floor portion , or a parameter representative thereof, - the crop pick-up header comprises a speed drive that is capable of driving the rotational speed of the auger independently from other rotating components of the header or of the agricultural implement , - the crop pick-up header comprises or is connectable to a control unit configured to control the rotational speed of the auger as a function of the auger's height position as determined through the sensor , in such a manner that the speed is reduced when it is determined by the sensor that the height position of the auger drops below a predefined value.
A sterile adapter for coupling a surgical instrument and a surgical instrument manipulator , the sterile adapter comprising: a bottom component comprising a bottom component opening ; and a coupling component rotatably coupled to the bottom component , the coupling component comprising an engagement feature that engages the surgical instrument manipulator ; characterised by : the bottom component further comprising a bottom lip partially surrounding the bottom component opening ; the bottom lip comprising a locking mechanism ; and the coupling component further comprising a locking mechanism opening that is configured to engage the locking mechanism and to permit the coupling component to rotate in only one direction on the conditions that the locking mechanism opening is engaged with the locking mechanism and the engagement feature is not engaged with the surgical instrument manipulator . a bottom component comprising a bottom component opening ; and a coupling component rotatably coupled to the bottom component , the coupling component comprising an engagement feature that engages the surgical instrument manipulator ; characterised by : the bottom component further comprising a bottom lip partially surrounding the bottom component opening ; the bottom lip comprising a locking mechanism ; and the coupling component further comprising a locking mechanism opening that is configured to engage the locking mechanism and to permit the coupling component to rotate in only one direction on the conditions that the locking mechanism opening is engaged with the locking mechanism and the engagement feature is not engaged with the surgical instrument manipulator . the bottom component further comprising a bottom lip partially surrounding the bottom component opening ; the bottom lip comprising a locking mechanism ; and the coupling component further comprising a locking mechanism opening that is configured to engage the locking mechanism and to permit the coupling component to rotate in only one direction on the conditions that the locking mechanism opening is engaged with the locking mechanism and the engagement feature is not engaged with the surgical instrument manipulator .
A system comprising: a dielectric meter cover ; a sensing component configured to generate a measurement signal representing an amount of a commodity; a central processing unit, hereinafter called CPU configured to receive the measurement signal and generate a corresponding communication signal; a transceiver coupled to the CPU and having an output port configured to provide an output signal including measurement data indicative of the communication signal; and an antenna system including an electric field source and an antenna element , the electric field source located within the dielectric meter cover and electrically connected to the output port of the transceiver for forming an electric field indicative of the output signal, the antenna element separated from the electric field source by and located external to the dielectric meter cover and configured to capacitively couple to the electric field source and radiate electromagnetic radiation indicative of the output signal, wherein the antenna element is a tuned structure comprised of a longer antenna element and a shorter antenna element , wherein one end of the longer antenna element is configured to capacitively couple in a coupling area with the electric field source and the other end of the longer antenna element is configured to radiate electromagnetic radiation, wherein the electric field source comprises a plurality of metallic planar strips and wherein the antenna element comprises a plurality of metallic planar strips . a dielectric meter cover ; a sensing component configured to generate a measurement signal representing an amount of a commodity; a central processing unit, hereinafter called CPU configured to receive the measurement signal and generate a corresponding communication signal; a transceiver coupled to the CPU and having an output port configured to provide an output signal including measurement data indicative of the communication signal; and an antenna system including an electric field source and an antenna element , the electric field source located within the dielectric meter cover and electrically connected to the output port of the transceiver for forming an electric field indicative of the output signal, the antenna element separated from the electric field source by and located external to the dielectric meter cover and configured to capacitively couple to the electric field source and radiate electromagnetic radiation indicative of the output signal, wherein the antenna element is a tuned structure comprised of a longer antenna element and a shorter antenna element , wherein one end of the longer antenna element is configured to capacitively couple in a coupling area with the electric field source and the other end of the longer antenna element is configured to radiate electromagnetic radiation, wherein the electric field source comprises a plurality of metallic planar strips and wherein the antenna element comprises a plurality of metallic planar strips .
A door handle carrier device of a motor vehicle , comprising: a door handle carrier with a receiving space , a closing device attached to the door handle carrier , which is accommodated at least in part in the receiving space , and which comprises at least a housing , a cylinder core rotatably supported in the housing , and an actuator that is non-rotatably connected to the cylinder core , for actuating a lock of the motor vehicle , and a return element , which exerts a return force on the actuator , that retains the actuator in an initial position or returns it thereto, wherein the actuator can be rotated against the return force of the return element from the initial position into an unlocking position or into a locking position, wherein the return element is disposed lying radially surrounding the cylinder core and outside the housing , wherein a wheel-like locking element for coupling to the lock of the motor vehicle is rotatably supported on the door handle carrier , and wherein the actuator is non-rotatably connected to the wheel-like locking element , characterized in that the return element is designed as at least one spring element having a first spring leg and a second spring leg , wherein the first spring leg and the second spring leg are spring loaded against one another, and apply the return force, which acts on the actuator via the locking element . a door handle carrier with a receiving space , a closing device attached to the door handle carrier , which is accommodated at least in part in the receiving space , and which comprises at least a housing , a cylinder core rotatably supported in the housing , and an actuator that is non-rotatably connected to the cylinder core , for actuating a lock of the motor vehicle , and a return element , which exerts a return force on the actuator , that retains the actuator in an initial position or returns it thereto, wherein the actuator can be rotated against the return force of the return element from the initial position into an unlocking position or into a locking position, wherein the return element is disposed lying radially surrounding the cylinder core and outside the housing , wherein a wheel-like locking element for coupling to the lock of the motor vehicle is rotatably supported on the door handle carrier , and wherein the actuator is non-rotatably connected to the wheel-like locking element , characterized in that the return element is designed as at least one spring element having a first spring leg and a second spring leg , wherein the first spring leg and the second spring leg are spring loaded against one another, and apply the return force, which acts on the actuator via the locking element .
Grinding machine comprising at least one workpiece support unit with a plurality of workpiece supports (5, 5', 5"), - wherein the at least two workpiece supports (5, 5', 5") are mounted so as to be rotatable about one workpiece support axis (X5) in each case, - wherein the workpiece support unit is mounted so as to be rotatable about a workpiece support unit axis (X4), and - wherein the workpiece supports (5, 5', 5") are supported by rolling bearings, characterised by at least one gripper for loading and/or unloading the workpiece supports (5, 5', 5"), wherein the at least one gripper is configured as a turning gripper and characterised in that the workpiece supports (5, 5', 5") have different workpiece holders. - wherein the at least two workpiece supports (5, 5', 5") are mounted so as to be rotatable about one workpiece support axis (X5) in each case, - wherein the workpiece support unit is mounted so as to be rotatable about a workpiece support unit axis (X4), and - wherein the workpiece supports (5, 5', 5") are supported by rolling bearings,
A textile article comprising a microstructured surface capable of forming an adhesion interface with a surface wherein the adhesion interface comprises a Wenzel-Cassie interface having a hydrophobic/hydrophilic mixture, wherein adhesion occurs when the shear stress exceeds a normal pressure and wherein the microstructured surface comprises at least three sets of microstructures arranged in a hierarchical pattern.
A nebulizer comprising: an aerosol generator , a main controller adapted to drive the aerosol generator , and a nebulizer control device connected by an input cable to the main controller and by an output cable to the aerosol generator , wherein the nebuliser control device comprises: a manually adjustable user interface , an input cable extending from the interface to the main controller , and an output cable extending from the interface to the aerosol generator , wherein: the nebulizer control device is adapted to locally, by user manual adjustment of the user interface: adjust a signal received on the input cable to provide a modified signal on the output cable to adjust operation of an aerosol generator, vary power supplied to the aerosol generator, and to adjust a signal to vary the output rate, and to limit the extent of adjustment to a range less than a range from shut-off to maximum output rate. an aerosol generator , a main controller adapted to drive the aerosol generator , and a nebulizer control device connected by an input cable to the main controller and by an output cable to the aerosol generator , wherein the nebuliser control device comprises: a manually adjustable user interface , an input cable extending from the interface to the main controller , and an output cable extending from the interface to the aerosol generator , wherein: the nebulizer control device is adapted to locally, by user manual adjustment of the user interface: adjust a signal received on the input cable to provide a modified signal on the output cable to adjust operation of an aerosol generator, vary power supplied to the aerosol generator, and to adjust a signal to vary the output rate, and to limit the extent of adjustment to a range less than a range from shut-off to maximum output rate. a manually adjustable user interface , an input cable extending from the interface to the main controller , and an output cable extending from the interface to the aerosol generator , wherein: the nebulizer control device is adapted to locally, by user manual adjustment of the user interface: adjust a signal received on the input cable to provide a modified signal on the output cable to adjust operation of an aerosol generator, vary power supplied to the aerosol generator, and to adjust a signal to vary the output rate, and to limit the extent of adjustment to a range less than a range from shut-off to maximum output rate. adjust a signal received on the input cable to provide a modified signal on the output cable to adjust operation of an aerosol generator, vary power supplied to the aerosol generator, and to adjust a signal to vary the output rate, and to limit the extent of adjustment to a range less than a range from shut-off to maximum output rate.
A gear unit with housing part , module and antenna line, wherein the module is arranged in the interior region of the gear unit, wherein a signal generated by the module , in particular a high-frequency signal, is emitted by means of the antenna line and can be received by a receiver arranged outside the gear unit or can be transmitted to a receiver arranged outside the gear unit, characterised in that the antenna line is guided from the module through a cutout which passes through the housing part , wherein the cutout is a threaded bore into which a screw plug is screwed in, wherein the antenna line is guided through preferably centrally in the screw plug from the interior region of the gear unit to the outer surroundings of the gear unit.
An apparatus, comprising: a power management integrated circuit, PMIC , comprising internal memory and adapted to be disposed on a memory sub-system , the internal memory configured to store a plurality of configuration profiles ; and configuration pins operatively coupled to the PMIC , wherein one or more of the configuration pins receive a signal to activate at least one of the plurality of configuration profiles , and wherein the activated at least one of the plurality of configuration profiles causes the PMIC to operate according to a particular set of operating characteristics. a power management integrated circuit, PMIC , comprising internal memory and adapted to be disposed on a memory sub-system , the internal memory configured to store a plurality of configuration profiles ; and configuration pins operatively coupled to the PMIC , wherein one or more of the configuration pins receive a signal to activate at least one of the plurality of configuration profiles , and wherein the activated at least one of the plurality of configuration profiles causes the PMIC to operate according to a particular set of operating characteristics.