mhurhangee/patent-ind-claim-en huggingface dataset:
Insect netting for a greenhouse , wherein the insect netting is configured to be secured to a ventilation panel that is hingeable around a hinging axis (B), wherein in an open position of the ventilation panel, the insect netting at least extends between an opening edge extending parallel to the hinging axis (B) of the ventilation panel, and a ventilation panel edge extending parallel to the hinging axis (B) of the ventilation panel, the insect netting comprising a front panel merging into two side panels , wherein the insect netting is pleated in a bellow configuration to collapse in a stacked manner, wherein the bellow configuration is formed with bellow sections , wherein each of the bellow sections has two parallel side bellow portions and a front bellow portion , wherein each of the side bellow portions comprises a first side gauze web and a second side gauze web connected to each other at a longitudinal side thereof and each having a first short side configured for facing towards the hinging axis (B), and a second short side, opposite to the first web end , configured for facing away from the hinging axis (B), wherein each of the front bellow portions comprises a first front gauze web and a second front gauze web connected to each other at a longitudinal side thereof, characterized in that the second short side of the first and second side gauze webs of the side bellow portions is connected to the longitudinal side of the first and second front gauze webs facing towards the hinging axis (B) of the ventilation panel, respectively. the insect netting comprising a front panel merging into two side panels , wherein the insect netting is pleated in a bellow configuration to collapse in a stacked manner, wherein the bellow configuration is formed with bellow sections , wherein each of the bellow sections has two parallel side bellow portions and a front bellow portion , wherein each of the side bellow portions comprises a first side gauze web and a second side gauze web connected to each other at a longitudinal side thereof and each having a first short side configured for facing towards the hinging axis (B), and a second short side, opposite to the first web end , configured for facing away from the hinging axis (B), wherein each of the front bellow portions comprises a first front gauze web and a second front gauze web connected to each other at a longitudinal side thereof, characterized in that the second short side of the first and second side gauze webs of the side bellow portions is connected to the longitudinal side of the first and second front gauze webs facing towards the hinging axis (B) of the ventilation panel, respectively.
A set to obtain transferable supports of rhinestones , the rhinestone having a base and a head with predefined height, comprising: • a plurality of intermediate supports for rhinestones of modular type, each one formed by a perforated plate with predefined sizes, with a plurality of recesses arranged according to a predefined pattern, wherein the cross sizes of the recess allow to insert the base of the rhinestones in the recess , and wherein the depth of the recess is lower than said height of the head of the rhinestone ; • means for composing a complex pattern of rhinestones comprising a ruler-like element allowing to arrange a number of intermediate supports on a flat surface in a predefined position; • a re-closable tubular container apt to cooperate with said means for composing a complex pattern of rhinestones to determine, inside the tubular container, two communicating spaces separated from said ruler-like element acting as partitioning septum: a first space acting as reserve of rhinestones and a second space for inserting rhinestones wherein the bottom thereof is formed by said intermediate supports . • a plurality of intermediate supports for rhinestones of modular type, each one formed by a perforated plate with predefined sizes, with a plurality of recesses arranged according to a predefined pattern, wherein the cross sizes of the recess allow to insert the base of the rhinestones in the recess , and wherein the depth of the recess is lower than said height of the head of the rhinestone ; • means for composing a complex pattern of rhinestones comprising a ruler-like element allowing to arrange a number of intermediate supports on a flat surface in a predefined position; • a re-closable tubular container apt to cooperate with said means for composing a complex pattern of rhinestones to determine, inside the tubular container, two communicating spaces separated from said ruler-like element acting as partitioning septum: a first space acting as reserve of rhinestones and a second space for inserting rhinestones wherein the bottom thereof is formed by said intermediate supports .
A method for making a polyisobutylene diol from a polyisobutylene diallyl, the method comprising: hydroborating the polyisobutylene diallyl by combining in situ the polyisobutylene diallyl with a borane-coordinating solvent, an alkaline metal salt of borohydride, and an acid to produce a polyisobutylene dialkyl borane, wherein the alkaline metal salt of borohydride is combined with the polyisobutylene diallyl before the acid is combined with the polyisobutylene diallyl, wherein the borane-coordinating solvent includes at least one of tetrahydrofuran, diethyl ether, dimethoxyethane, diethylene glycol dimethyl ether, triethylene glycol dimethyl ether, and tetraethylene glycol dimethyl ether; and oxidizing the polyisobutylene dialkyl borane to form the polyisobutylene diol, wherein the acid is i) a strong mineral acid; or ii) a strong Lewis acid, a halide, or a combination thereof, wherein the strong Lewis acid includes at least one of boron trichloride, aluminum trichloride and aluminum trifluoride, and wherein the halide includes at least one of iodine and bromine. hydroborating the polyisobutylene diallyl by combining in situ the polyisobutylene diallyl with a borane-coordinating solvent, an alkaline metal salt of borohydride, and an acid to produce a polyisobutylene dialkyl borane, wherein the alkaline metal salt of borohydride is combined with the polyisobutylene diallyl before the acid is combined with the polyisobutylene diallyl, wherein the borane-coordinating solvent includes at least one of tetrahydrofuran, diethyl ether, dimethoxyethane, diethylene glycol dimethyl ether, triethylene glycol dimethyl ether, and tetraethylene glycol dimethyl ether; and oxidizing the polyisobutylene dialkyl borane to form the polyisobutylene diol, wherein the acid is i) a strong mineral acid; or ii) a strong Lewis acid, a halide, or a combination thereof, wherein the strong Lewis acid includes at least one of boron trichloride, aluminum trichloride and aluminum trifluoride, and wherein the halide includes at least one of iodine and bromine. i) a strong mineral acid; or ii) a strong Lewis acid, a halide, or a combination thereof, wherein the strong Lewis acid includes at least one of boron trichloride, aluminum trichloride and aluminum trifluoride, and wherein the halide includes at least one of iodine and bromine.
A thick matter conveying system , having - a thick matter pump for conveying a thick matter; - a thick matter distributor mast for distributing the thick matter to be conveyed, wherein the thick matter distributor mast has a slewing gear which is rotatable about a vertical axis, and a mast assembly comprising at least two mast arms ; - a substructure on which are disposed the thick matter distributor mast and the thick matter pump , wherein the substructure comprises a support structure for supporting the substructure by way of at least one support leg which is horizontally and/or vertically displaceable; - a sensor unit with at least one sensor for detecting an item of operational information, and - a processing unit for determining a stability parameter of the thick matter conveying system depending on the at least one detected item of operational information, characterized in that the processing unit is configured for determining proper operation of the sensor of the sensor unit detecting the at least one item of operational information, and that if the processing unit does not determine proper operation of the sensor, the processing unit is configured to determine the stability parameter depending on an extreme value of the item of operational information to be detected by the sensor instead of the detected item of operational information. - a thick matter pump for conveying a thick matter; - a thick matter distributor mast for distributing the thick matter to be conveyed, wherein the thick matter distributor mast has a slewing gear which is rotatable about a vertical axis, and a mast assembly comprising at least two mast arms ; - a substructure on which are disposed the thick matter distributor mast and the thick matter pump , wherein the substructure comprises a support structure for supporting the substructure by way of at least one support leg which is horizontally and/or vertically displaceable; - a sensor unit with at least one sensor for detecting an item of operational information, and - a processing unit for determining a stability parameter of the thick matter conveying system depending on the at least one detected item of operational information,
A preparation method for silver nanowires with a uniform aspect ratio and nodes, comprising the following steps: adding 40 ml, 0.05M silver nitrate/glycerol solution into 60 ml, 0.67M polyvinylpyrrolidone/glycerol solution for uniform stirring and mixing, then transferring a mixed solution into a reaction kettle, and finally putting the reaction kettle into an oven heated to a temperature of 200 °C; and after holding the temperature for 8h, taking out the reaction kettle, and ending the experiment; and diluting a mother solution containing the silver nanowires in the reaction kettle with absolute alcohol, and centrifuging twice to obtain the silver nanowires with the uniform aspect ratio and nodes, wherein the silver nanowires have a diameter of 30-60 nm and a length of 10-20 μm, as determined using scanning electron microscopy, and are dispersed in isopropanol or absolute alcohol. adding 40 ml, 0.05M silver nitrate/glycerol solution into 60 ml, 0.67M polyvinylpyrrolidone/glycerol solution for uniform stirring and mixing, then transferring a mixed solution into a reaction kettle, and finally putting the reaction kettle into an oven heated to a temperature of 200 °C; and after holding the temperature for 8h, taking out the reaction kettle, and ending the experiment; and diluting a mother solution containing the silver nanowires in the reaction kettle with absolute alcohol, and centrifuging twice to obtain the silver nanowires with the uniform aspect ratio and nodes, wherein the silver nanowires have a diameter of 30-60 nm and a length of 10-20 μm, as determined using scanning electron microscopy, and are dispersed in isopropanol or absolute alcohol.
An incretin-insulin conjugate comprising an incretin peptide; and an insulin agonist peptide, wherein the conjugate has agonist activity at both the insulin receptor and the corresponding incretin receptor and the incretin peptide is linked to the insulin peptide via a linear chain spacer of 5 to 10 atoms, wherein the spacer comprises the general structure of Formula II: wherein R 1 , R 2 , R 3 and R 4 are independently selected from the group consisting of H and CH 3 , n is 0 or 1, and m is 1, 2 or 3, wherein the carboxy terminus of the incretin peptide is linked to the N-terminus of the insulin peptide via the disulfide moiety of Formula II .
Pneumatic vehicle tyre comprising a tread with profile positives , which are provided with sipes which in plan view run at an angle of 0° to 50° to the axial direction, each have a width (b E ) of 0.4 mm to 2.0 mm, a maximum depth (t E ) of 70% to 100% of the profile depth, a sipe base and two sipe walls with at least one local wedging structure , which is spaced apart from the tread periphery and does not reach as far as the tread periphery, wherein the wedging structure is formed by two mutually opposite, corresponding, continuously curved wall portions of the sipe walls and wherein unstructured areas of the sipe walls adjoin the continuously curved wall portions , characterized in that the wedging structure , seen looking towards the sipe walls , is configured in the form of a segment of a circle, in particular in the form of a semicircle, and is made up of an inner structure zone (9 II ), which is bowed out in a dome shape, and an outer structure zone (9 I ), which runs around the inner structure zone in a U shape, is bowed out oppositely to the inner structure zone (9 II ) and has U-legs pointing towards the tread periphery, with the result that the continuously curved wall portion of the one sipe wall plays a part in delimiting a U-shaped projection (11 II ) and the continuously curved wall portion of the other sipe wall plays a part in delimiting a dome-shaped projection (11 I ) protruding into the U-shaped projection (11 II ).
Switch cabinet arrangement of a device for generating electrical energy, wherein the switch cabinet arrangement comprises at least two separate power switch cabinets (1, 1', 1", 36, 86), characterised in that the power switch cabinets (1, 1', 1", 36, 86) each comprise - a machine-side connection , - a power module , - a mains-side connection , and - a non-central control unit (32, 32', 32"), wherein the power module comprises - a machine-side converter , - a mains-side converter , - a direct voltage intermediate circuit , and - a chopper , and wherein the power switch cabinets (1, 1', 1", 36, 86) are electrically connected in parallel to one another via the mains-side connection and optionally via the machine-side connection . - a machine-side connection , - a power module , - a mains-side connection , and - a non-central control unit (32, 32', 32"), - a machine-side converter , - a mains-side converter , - a direct voltage intermediate circuit , and - a chopper ,
A touch panel device characterized by comprising: a touch panel having an input field for accepting input operation of an input medium and detection cells for detecting approach values indicating a degree of proximity and contact with the input medium to the input field; an input section having input elements displayed in the input field of the touch panel; an input medium size estimator for estimating a contact surface size and an expected contact position of the input medium based on the detection cells outputting a first approach value within a range between a first threshold value and a second threshold value, the second threshold value being smaller than the first threshold value; a magnification ratio determiner for calculating a magnification ratio based on the contact surface size of the input medium and size of the input element; a display controller for enlarging and displaying the input section at the magnification ratio, determined by the magnification ratio determiner, with the input element, closest to the expected contact position, at a center, the display controller using same magnification ratio as a magnification ratio determined last time by the magnification ratio determiner, within predetermined elapsed time from last enlarged display; and an accepting section for accepting command input corresponding to the input element closest to the detection cell outputting a second approach value when ; the input medium further approaches the input field and at least one of the detection cells outputs the second approach value greater than the first threshold value. a touch panel having an input field for accepting input operation of an input medium and detection cells for detecting approach values indicating a degree of proximity and contact with the input medium to the input field; an input section having input elements displayed in the input field of the touch panel; an input medium size estimator for estimating a contact surface size and an expected contact position of the input medium based on the detection cells outputting a first approach value within a range between a first threshold value and a second threshold value, the second threshold value being smaller than the first threshold value; a magnification ratio determiner for calculating a magnification ratio based on the contact surface size of the input medium and size of the input element; a display controller for enlarging and displaying the input section at the magnification ratio, determined by the magnification ratio determiner, with the input element, closest to the expected contact position, at a center, the display controller using same magnification ratio as a magnification ratio determined last time by the magnification ratio determiner, within predetermined elapsed time from last enlarged display; and an accepting section for accepting command input corresponding to the input element closest to the detection cell outputting a second approach value when ; the input medium further approaches the input field and at least one of the detection cells outputs the second approach value greater than the first threshold value.
A multi-chamber syringe comprising: three or more chambers arranged in parallel to each other and in parallel to a central axis; plungers associated with each of the chambers ; and an outlet body rotatably connected to the chambers such that at least a portion of the outlet body rotates around the central axis positioning an outlet in fluid communication with one of the chambers while blocking release of fluid from the other chambers ; wherein two or more of the chambers contain different drugs each usable to treat a same medical condition, characterized in that the multi-chamber syringe further comprises a cap removably covering the outlet , wherein the cap comprises a sponge containing a disinfectant, and wherein the cap further comprises one or more needles that are friction fitted into a socket of the cap . three or more chambers arranged in parallel to each other and in parallel to a central axis; plungers associated with each of the chambers ; and an outlet body rotatably connected to the chambers such that at least a portion of the outlet body rotates around the central axis positioning an outlet in fluid communication with one of the chambers while blocking release of fluid from the other chambers ; wherein two or more of the chambers contain different drugs each usable to treat a same medical condition, characterized in that the multi-chamber syringe further comprises a cap removably covering the outlet , wherein the cap comprises a sponge containing a disinfectant, and wherein the cap further comprises one or more needles that are friction fitted into a socket of the cap .
A reel assembly for an offshore umbilical comprising: a frame having an axle ; a spool having flanges and a drum wherein said spool is mounted on said axle and adapted to hold said offshore umbilical; a motor in communication with said spool and adapted to rotate said spool ; a tensioning device adapted to automatically maintain a relatively constant tension and a relatively constant slippage load on said umbilical when deployed from said spool , wherein said tensioning device comprises: a primary accelerometer attached to said spool and a secondary accelerometer which is attached to said spool at an angle from the primary accelerometer wherein the primary accelerometer and the secondary accelerometer are arranged to detect rotational direction of said spool ; and a processing computer in communication with the primary accelerometer , the secondary accelerometer and the motor wherein the processing computer is adapted to compute the relative constant tension and the relative constant slippage and control the motor based on g force readings of the primary accelerometer and the secondary accelerometer . a frame having an axle ; a spool having flanges and a drum wherein said spool is mounted on said axle and adapted to hold said offshore umbilical; a motor in communication with said spool and adapted to rotate said spool ; a tensioning device adapted to automatically maintain a relatively constant tension and a relatively constant slippage load on said umbilical when deployed from said spool , wherein said tensioning device comprises: a primary accelerometer attached to said spool and a secondary accelerometer which is attached to said spool at an angle from the primary accelerometer wherein the primary accelerometer and the secondary accelerometer are arranged to detect rotational direction of said spool ; and a primary accelerometer attached to said spool and a secondary accelerometer which is attached to said spool at an angle from the primary accelerometer wherein the primary accelerometer and the secondary accelerometer are arranged to detect rotational direction of said spool ; and a processing computer in communication with the primary accelerometer , the secondary accelerometer and the motor wherein the processing computer is adapted to compute the relative constant tension and the relative constant slippage and control the motor based on g force readings of the primary accelerometer and the secondary accelerometer .