mhurhangee/patent-ind-claim-en huggingface dataset:
Milk meter for milking plants comprising: - an upper collecting chamber delimited at the top by a covering membrane ; - a first discharge opening connectable to a milk passage manifold of a milking plant, said first discharge opening being adapted to put in communication the milk passage manifold with the upper collecting chamber ; - a lower measuring chamber connected to the upper collecting chamber and communicating with it by means of a second discharge opening ; - a shutter comprising a central portion , adapted to open and/or close the second discharge opening , and an upper portion connected to the central portion and associated to the covering membrane ; wherein the central portion of the shutter comprises a chimney to discharge upwards, that is towards the upper collecting chamber and towards the first discharge opening , the air rising from the lower measuring chamber when the latter chamber becomes filled with milk, characterized in that the milk meter further comprises a plurality of curved fins having helical bends and developing on the surface of the central portion of the shutter for imparting a rotational motion to the mass of milk inside the upper collecting chamber , wherein the central portion of the shutter comprises two chimneys and a connecting wall that diametrically joins the two chimneys for discharging the air. - an upper collecting chamber delimited at the top by a covering membrane ; - a first discharge opening connectable to a milk passage manifold of a milking plant, said first discharge opening being adapted to put in communication the milk passage manifold with the upper collecting chamber ; - a lower measuring chamber connected to the upper collecting chamber and communicating with it by means of a second discharge opening ; - a shutter comprising a central portion , adapted to open and/or close the second discharge opening , and an upper portion connected to the central portion and associated to the covering membrane ; wherein the central portion of the shutter comprises a chimney to discharge upwards, that is towards the upper collecting chamber and towards the first discharge opening , the air rising from the lower measuring chamber when the latter chamber becomes filled with milk, characterized in that the milk meter further comprises a plurality of curved fins having helical bends and developing on the surface of the central portion of the shutter for imparting a rotational motion to the mass of milk inside the upper collecting chamber , wherein the central portion of the shutter comprises two chimneys and a connecting wall that diametrically joins the two chimneys for discharging the air.
A phase tracking reference signal, PTRS, sending method, comprising: obtaining (S101), by a terminal device, uplink grant information, wherein the uplink grant information comprises at least one transmission precoding matrix indicator, TPMI; determining (S103), by the terminal device based on the uplink grant information and a preset rule, one or more antenna ports associated with a to-be-sent PTRS for each of the at least one TPMI, wherein the one or more antenna ports associated with the to-be-sent PTRS is selected from an antenna port set, and the to-be-sent PTRS is one or more of all available PTRSs, the preset rule comprises each column of a precoding codeword and each antenna port in the antenna port set are in a one-to-one correspondence, and antenna ports in the antenna port set that correspond to columns in which non-zero elements in a same row of the precoding codeword are located correspond to a same to-be-sent PTRS; and sending (S104), by the terminal device, the to-be-sent PTRS on the determined one or more antenna ports. obtaining (S101), by a terminal device, uplink grant information, wherein the uplink grant information comprises at least one transmission precoding matrix indicator, TPMI; determining (S103), by the terminal device based on the uplink grant information and a preset rule, one or more antenna ports associated with a to-be-sent PTRS for each of the at least one TPMI, wherein the one or more antenna ports associated with the to-be-sent PTRS is selected from an antenna port set, and the to-be-sent PTRS is one or more of all available PTRSs, the preset rule comprises each column of a precoding codeword and each antenna port in the antenna port set are in a one-to-one correspondence, and antenna ports in the antenna port set that correspond to columns in which non-zero elements in a same row of the precoding codeword are located correspond to a same to-be-sent PTRS; and sending (S104), by the terminal device, the to-be-sent PTRS on the determined one or more antenna ports.
An apparatus for mechanically disintegrating tissue into micrografts, which apparatus comprises the following that are movable relative to each other: a blade part with a grater surface (3.1), and a tissue holder for supporting the tissue and for guiding it against the grater surface (3.1), wherein the tissue holder comprises: a guide space , which is arranged in the body part of the tissue holder , which guide space has at least one internal guide surface that is straight in the longitudinal direction of the guide space, which guide surface is at an angle with respect to the grater surface (3.1), and a tissue feeder piece (12, 12.1, 12.2), which is arranged in the guide space to be movable in the longitudinal direction and which comprises a hollow , into which hollow the tissue is placeable, and where the feeder piece (12, 12.1, 12.2) is made from a sacrificial material, in which case it is arranged to be grated at least partially into the micrograft obtained from the tissue, when the apparatus is used for disintegrating tissue. a blade part with a grater surface (3.1), and a tissue holder for supporting the tissue and for guiding it against the grater surface (3.1), wherein the tissue holder comprises: a guide space , which is arranged in the body part of the tissue holder , which guide space has at least one internal guide surface that is straight in the longitudinal direction of the guide space, which guide surface is at an angle with respect to the grater surface (3.1), and a tissue feeder piece (12, 12.1, 12.2), which is arranged in the guide space to be movable in the longitudinal direction and which comprises a hollow , into which hollow the tissue is placeable, and where the feeder piece (12, 12.1, 12.2) is made from a sacrificial material, in which case it is arranged to be grated at least partially into the micrograft obtained from the tissue, when the apparatus is used for disintegrating tissue. a guide space , which is arranged in the body part of the tissue holder , which guide space has at least one internal guide surface that is straight in the longitudinal direction of the guide space, which guide surface is at an angle with respect to the grater surface (3.1), and a tissue feeder piece (12, 12.1, 12.2), which is arranged in the guide space to be movable in the longitudinal direction and which comprises a hollow , into which hollow the tissue is placeable, and where the feeder piece (12, 12.1, 12.2) is made from a sacrificial material, in which case it is arranged to be grated at least partially into the micrograft obtained from the tissue, when the apparatus is used for disintegrating tissue.
Apparatus for the heat treatment of mineral materials, wherein the apparatus has three assemblies, wherein the first assembly is a preheater , wherein the second assembly is a calciner and wherein the third assembly is a cooler , wherein the preheater is an entrained flow preheater, wherein the calciner is an entrained flow calciner, wherein the calciner is directly connected to the cooler, characterised in that at least two of the three assemblies are arranged next to each other, wherein the preheater has a first gas inlet and a first gas outlet , wherein the calciner has a second gas inlet and a second gas outlet , wherein the cooler has a third gas inlet and a third gas outlet , wherein the second gas outlet is connected to the first gas inlet via a first gas line , wherein the third gas outlet is connected to the second gas inlet via a second gas line , wherein the first gas line and the second gas line each have a falling gas line section and a lower deflection on the underside.
A method, performed by a network node (110; 800) of a GSM network , for managing a cell identity of a cell in the GSM network , which cell identity is directed to devices (120; 1000) configured to be served in the GSM network , wherein the method comprises: - obtaining (601; 701) a cell identifier for identifying said cell which cell identifier is a Base Station Identity Code, "BSIC", coding an identity of said cell , and - transmitting (602; 702) the cell identifier in the cell so that the cell identifier is receivable by said devices (120; 1000) and the cell thereby can be identified by said devices (120; 1000), characterized in that said cell identifier is formed of at least three sets of bits, a first three bits set thereof being a Network Color Code, "NCC", a second three bits set thereof being a Base Station Color Code, "BCC", and an additional, third set thereof comprising one or more bits, which third set is being transmitted on one or more of the following: a Broadcast Control CHannel, "BCCH", a Paging CHannel, "PCH", and an Access Grant CHannel, "AGCH", while said NCC and BCC are being transmitted on a Synchronization CHannel, "SCH", so that said devices (120; 1000) by receipt of the transmitted cell identifier can discriminate between cells using the same NCC, BCC and Broadcast Control CHannel Absolute Radio Frequency Channel Number, "BCCH ARFCN". - obtaining (601; 701) a cell identifier for identifying said cell which cell identifier is a Base Station Identity Code, "BSIC", coding an identity of said cell , and - transmitting (602; 702) the cell identifier in the cell so that the cell identifier is receivable by said devices (120; 1000) and the cell thereby can be identified by said devices (120; 1000),
An apparatus for the measurement of the magnetic susceptibility of a gas mixture, comprising: a gas sample chamber adapted to receive the gas mixture, and a test body rotatably suspended within the gas sample chamber about an axis of rotation and substantially symmetrical about a plane containing the axis of rotation, and the test body including a mirror ; means for creating an inhomogeneous magnetic field within the gas sample chamber; means for detecting rotational motion of the test body , comprising an optical system including a light source arranged to emit a light beam towards the mirror, and photodetectors arranged to detect a reflected light beam spot indicative of the rotational motion; and an actuation system arranged to keep the test body substantially at a null position determined by said optical system, wherein the light source is positioned in the plane of symmetry, and at least one photodetector is positioned on each side of the plane of symmetry, characterised in that the photodetectors are arranged to each detect an edge of a light beam reflected from the mirror; the apparatus further comprising at least one optical element positioned in front of the light source and/or photodetectors to modify properties of the light emitted by the light source or received by the photodetectors in such a way as to reduce the amount of stray light reaching the photodetectors which could give rise to a false signal and/or to shape the light beam so as to increase the light available to the photodetectors. a gas sample chamber adapted to receive the gas mixture, and a test body rotatably suspended within the gas sample chamber about an axis of rotation and substantially symmetrical about a plane containing the axis of rotation, and the test body including a mirror ; means for creating an inhomogeneous magnetic field within the gas sample chamber; means for detecting rotational motion of the test body , comprising an optical system including a light source arranged to emit a light beam towards the mirror, and photodetectors arranged to detect a reflected light beam spot indicative of the rotational motion; and an actuation system arranged to keep the test body substantially at a null position determined by said optical system, wherein the light source is positioned in the plane of symmetry, and at least one photodetector is positioned on each side of the plane of symmetry, characterised in that the photodetectors are arranged to each detect an edge of a light beam reflected from the mirror; the apparatus further comprising at least one optical element positioned in front of the light source and/or photodetectors to modify properties of the light emitted by the light source or received by the photodetectors in such a way as to reduce the amount of stray light reaching the photodetectors which could give rise to a false signal and/or to shape the light beam so as to increase the light available to the photodetectors.
Connection terminal for connecting an electrical conductor to a busbar , having a housing , a conductor connection element and a current bar , wherein the housing has a conductor insertion opening for inserting the electrical conductor and a busbar receptacle for receiving the busbar , so that a conductor connected by means of the conductor connection element is electrically conductively connected via the current bar to a busbar arranged in the busbar receptacle , characterized in that the current bar is mounted in a manner movable in the direction of the busbar receptacle in the housing and wherein a spring element is arranged in the housing such that the spring element presses on the current bar with a force in the direction of the busbar receptacle , so that there is always a sufficient connection force between the current bar and a busbar arranged in the busbar receptacle . characterized in that the current bar is mounted in a manner movable in the direction of the busbar receptacle in the housing and wherein a spring element is arranged in the housing such that the spring element presses on the current bar with a force in the direction of the busbar receptacle , so that there is always a sufficient connection force between the current bar and a busbar arranged in the busbar receptacle .
Process for the preparation of a potassium sulfate product comprising micronutrients, said process comprising the steps of: - providing a potassium sulfate, that comprises from 1 to 15 wt% of acidic compounds, calculated as sulfuric acid (100%) , wherein the amount of potassium in the potassium sulfate so produced is between 40 and 51 wt%, calculated as K 2 O, and wherein the potassium sulfate provided is at a temperature of between 50°C and 500°C, when adding the one or more micronutrients, - mixing said potassium sulfate, prior to granulation, with one or more micronutrients selected from the group consisting of sodium, zinc, manganese, iron, molybdenum, copper, boron, or mixtures thereof, wherein an amount of metal compounds is reacted to obtain between 0.1 and 3 wt% of metal salts, calculated as metal ions other than potassium, and - applying a granulation step. - providing a potassium sulfate, that comprises from 1 to 15 wt% of acidic compounds, calculated as sulfuric acid (100%) , wherein the amount of potassium in the potassium sulfate so produced is between 40 and 51 wt%, calculated as K 2 O, and wherein the potassium sulfate provided is at a temperature of between 50°C and 500°C, when adding the one or more micronutrients, - mixing said potassium sulfate, prior to granulation, with one or more micronutrients selected from the group consisting of sodium, zinc, manganese, iron, molybdenum, copper, boron, or mixtures thereof, wherein an amount of metal compounds is reacted to obtain between 0.1 and 3 wt% of metal salts, calculated as metal ions other than potassium, and - applying a granulation step.
A lighting lens comprising: a first lens , a second lens comprising an opening , wherein the second lens flares away from the first lens towards a light output region and is configured so as to couple light disengaged from the first lens in the opening and to output it out of the second lens via the light output region , guided by a deflection surface of the second lens , wherein the first lens and the second lens are movably arranged in series and relative to one another along the optical axis (R), when viewed in the direction of an optical axis (R) of the lighting lens , in order to change a light output characteristic of the lighting lens , characterized in that the first lens converges into a tip extending away from a light input region , and the first lens projects into the opening at least with the tip . a first lens , a second lens comprising an opening , wherein the second lens flares away from the first lens towards a light output region and is configured so as to couple light disengaged from the first lens in the opening and to output it out of the second lens via the light output region , guided by a deflection surface of the second lens , wherein the first lens and the second lens are movably arranged in series and relative to one another along the optical axis (R), when viewed in the direction of an optical axis (R) of the lighting lens , in order to change a light output characteristic of the lighting lens , characterized in that the first lens converges into a tip extending away from a light input region , and the first lens projects into the opening at least with the tip .
A bar for mounting a panel by clamping the periphery of this panel on a profile of a support structure to form a closed enclosure, this bar comprising a body including a base extended by a clamping flank extending at a right angle to this base , with fastening holes for rigidly fastening this bar to the profile of the support structure by screws , characterised in that the fastening holes pass through the base as well as the clamping flank , in that the clamping flank comprises several tapped holes , each tapped hole being equipped with a clamping screw to clamp the periphery of the panel against the profile of the support structure, and in that it comprises a protective tab covering the clamping flank and the space separating this flank from the panel when the bar is in place.
A chitosan compound represented by Formula (I): where each R is independently a group represented by Formula (II) or a group represented by Formula (III); R a is a linear alkyl group having from 1 to 5 carbons or an alkyl group having from 3 to 5 carbons and having a branched chain; and n is an integer of 5 or greater; and where each R b is independently an unsubstituted phenyl group, a phenyl group having a substituent, an unsubstituted cyclohexyl group, or a cyclohexyl group having a substituent, and each of the substituent is independently an alkyl group having from 1 to 5 carbons, or a halogen. where each R is independently a group represented by Formula (II) or a group represented by Formula (III); R a is a linear alkyl group having from 1 to 5 carbons or an alkyl group having from 3 to 5 carbons and having a branched chain; and n is an integer of 5 or greater; and where each R b is independently an unsubstituted phenyl group, a phenyl group having a substituent, an unsubstituted cyclohexyl group, or a cyclohexyl group having a substituent, and each of the substituent is independently an alkyl group having from 1 to 5 carbons, or a halogen.
A matrix beard-trimmings guiding razor head, comprising a blade holder and two or more groups of blade assemblies disposed on the blade holder and arranged parallel to each other, and each group of blades having two or more blades arranged parallel to each other; an assembly interval being arranged between two adjacent blade assemblies , and the assembly interval having a width of 0.2∼5mm, and a blade interval being arranged between two adjacent blades in each group of blades, and the blade interval having a width of 0.15∼1.5mm, characterized in that the widths of the assembly intervals and the blade intervals are arranged sequentially from small to large.
A pressurizer for building pressure of a fluid in a vessel, the pressurizer comprising: a pump having an outlet disposed to deliver the fluid to the vessel; a motor configured to drive the pump according to a pulse-width modulated (PWM) drive signal; a controller configured to deliver the PWM drive signal to the motor; and a transducer configured to generate a pressure signal indicative of a pressure of the fluid output from the pump, and to deliver the pressure signal to the controller, wherein the controller is configured to initially specify a first duty cycle of the PWM drive signal, and is further configured to increase this duty cycle based on the pressure signal indicating that the pressure of the fluid output by the pump has increased. a pump having an outlet disposed to deliver the fluid to the vessel; a motor configured to drive the pump according to a pulse-width modulated (PWM) drive signal; a controller configured to deliver the PWM drive signal to the motor; and a transducer configured to generate a pressure signal indicative of a pressure of the fluid output from the pump, and to deliver the pressure signal to the controller, wherein the controller is configured to initially specify a first duty cycle of the PWM drive signal, and is further configured to increase this duty cycle based on the pressure signal indicating that the pressure of the fluid output by the pump has increased.
A vibration damping material suitable for use in a wearable garment, comprising a sheet of a flexible material with a first and a second side , characterised by both comprising a plurality of protrusions (20; 30) arranged in a predetermined pattern, wherein the protrusions (20; 30) on the first and/or second side of the sheet are arranged to be equidistant from adjacent protrusions (20; 30), wherein the protrusions (20; 30) are distributed in a substantially uniform pattern throughout the first and/or second side of the sheet of flexible material, wherein the protrusions (20; 30) on the first side of the sheet are arranged to be offset with respect to the protrusions (20; 30) on the second side of the sheet of flexible material. both comprising a plurality of protrusions (20; 30) arranged in a predetermined pattern, wherein the protrusions (20; 30) on the first and/or second side of the sheet are arranged to be equidistant from adjacent protrusions (20; 30), wherein the protrusions (20; 30) are distributed in a substantially uniform pattern throughout the first and/or second side of the sheet of flexible material, wherein the protrusions (20; 30) on the first side of the sheet are arranged to be offset with respect to the protrusions (20; 30) on the second side of the sheet of flexible material.
Process for the treatment of wastewater (S1) obtained in the production of starches, in particular chemically modified starches, and containing dissolved salts and organic compounds, characterized in that the wastewater (S1) or a pretreated wastewater (S1) substantially containing the dissolved salts and the organic compounds of the wastewater (S1) is subjected to a membrane separation process, in which a separation of the wastewater (S1) supplied to the membrane separation process into a first volume flow (S3) with a higher concentration of dissolved salts in comparison with the supplied wastewater (S1) and into a second volume flow (S2) with a lower concentration of dissolved salts in comparison with the supplied wastewater (S1) is carried out, wherein the first volume flow (S3) is subjected to a thermal treatment for separating the dissolved salts and a third volume flow (S9) containing a fraction of the organic compounds of the wastewater (S1), and the third volume flow (S9) or a volume flow derived therefrom is subjected to a selective fractionation for the separation and recovery of 1,2-propanediol or ethylene glycol.