mhurhangee/patent-ind-claim-en huggingface dataset:
Hydraulic turbine comprising: a runner comprising a runner crown , a runner band and a plurality of runner blades extending between the runner crown and the runner band ; and a stator which surrounds the runner, the stator comprising an upper stator ring , a lower stator ring and a plurality of guide vanes extending between the upper stator ring and the lower stator ring , whereby a clearance (C, C1, C2, CB, CC) between the runner and the stator is arranged to minimize pressure pulsations developing in a vane-less gap (VG) between the runner blades of the runner and the guide vanes of the stator , whereby the clearance (C, C1, C2, CB, CC) comprises : a first clearance (CC) between the runner crown and the upper stator ring , and a first ratio (CC/RC) is defined between the first clearance (CC) and the radius (RC) of the runner crown ; characterized in that the first ratio (CC/RC) is greater than or equal to 0.02. a runner comprising a runner crown , a runner band and a plurality of runner blades extending between the runner crown and the runner band ; and a stator which surrounds the runner, the stator comprising an upper stator ring , a lower stator ring and a plurality of guide vanes extending between the upper stator ring and the lower stator ring , whereby a clearance (C, C1, C2, CB, CC) between the runner and the stator is arranged to minimize pressure pulsations developing in a vane-less gap (VG) between the runner blades of the runner and the guide vanes of the stator , whereby the clearance (C, C1, C2, CB, CC) comprises : a first clearance (CC) between the runner crown and the upper stator ring , and a first ratio (CC/RC) is defined between the first clearance (CC) and the radius (RC) of the runner crown ; characterized in that the first ratio (CC/RC) is greater than or equal to 0.02. a first clearance (CC) between the runner crown and the upper stator ring , and a first ratio (CC/RC) is defined between the first clearance (CC) and the radius (RC) of the runner crown ; characterized in that the first ratio (CC/RC) is greater than or equal to 0.02.
A method for preparing a polymer polyol, comprising reacting a base polyol, at least one ethylenically unsaturated monomer, and a macromer or a preformed stabilizer, in the presence of a free-radical initiator and optionally a chain transfer agent in a reactor , wherein said reactor is stirred by means of a stirring system comprising a shaft rotatable about its longitudinal axis , and a plurality of radially extending hydrofoil impellers mounted on the shaft and respectively axially spaced apart and wherein the reactor does not contain baffles.
A method of preventing corrosion comprising contacting a heat transfer system with a heat transfer fluid comprising: a) a freezing point depressant; b) a carboxylate; c) an inorganic phosphate; d) an azole compound; e) about 2 to about 60 ppm magnesium ions; f) greater than 0.5 ppm calcium ions; g) an acrylate based polymer; and e) water; wherein the heat transfer fluid has a pH of 7 to 9.5; wherein the heat transfer fluid comprises 1 wt % to less than 90 wt % of the freezing point depressant based on the total weight of the heat transfer fluid; wherein nitrate, if present, is present in an amount of less than 50 ppm by weight based on the total weight of the heat transfer fluid; and wherein a weight ratio of the acrylate based polymer to the magnesium ions is from 1 to 25. a) a freezing point depressant; b) a carboxylate; c) an inorganic phosphate; d) an azole compound; e) about 2 to about 60 ppm magnesium ions; f) greater than 0.5 ppm calcium ions; g) an acrylate based polymer; and e) water; wherein the heat transfer fluid has a pH of 7 to 9.5; wherein the heat transfer fluid comprises 1 wt % to less than 90 wt % of the freezing point depressant based on the total weight of the heat transfer fluid; wherein nitrate, if present, is present in an amount of less than 50 ppm by weight based on the total weight of the heat transfer fluid; and wherein a weight ratio of the acrylate based polymer to the magnesium ions is from 1 to 25.
A synthetic canine antibody library, wherein said library comprises one or more of the following VH/VL combinations: the VH/VL combination of the VH1 region Vs618 (SEQ ID No.:4) and the VL region Vs236 (kappa) (SEQ ID No.:12), the VH/VL combination of the VH1 region Vs624-PTM-low (SEQ ID No.:6) and the VL region Vs236 (kappa) (SEQ ID No.:12), the VH/VL combination of the VH1 region Vs635-PTM-low (SEQ ID No.:7) and the VL region Vs323-PTM-low (lambda) (SEQ ID No.:18), the VH/VL combination of the VH1 region Vs618 (SEQ ID No.:4) and the VL region Vs365 (lambda) (SEQ ID No.:13), the VH/VL combination of the VH1 region Vs624-PTM-low (SEQ ID No.:6) and the VL region Vs365 (lambda) (SEQ ID No.:13),the VH/VL combination of the VH1 region Vs635-PTM-low (SEQ ID No.:7) and the VL region Vs365 (lambda) (SEQ ID No.:13), the VH/VL combination of the VH1 region Vs618 (SEQ ID No.:4) and the VL region Vs843 (lambda) (SEQ ID No.:15), the VH/VL combination of the VH1 region Vs624-PTM-low (SEQ ID No.:6) and the VL region Vs843 (lambda) (SEQ ID No.:15), and the VH/VL combination of the VH1 region Vs635-PTM-low (SEQ ID No.:7) and the VL region Vs843 (lambda) (SEQ ID No.:15), the VH/VL combination of the VH1 region Vs618 (SEQ ID No.:4) and the VL region Vs323-PTM-low (lambda) (SEQ ID No.:18), the VH/VL combination of the VH1 region Vs624-PTM-low (SEQ ID No.:6) and the VL region Vs323-PTM-low (lambda) (SEQ ID No.:18), the VH/VL combination of the VH1 region Vs618 (SEQ ID No.:4) and the VL region Vs321 (lambda) (SEQ ID No.:14), the VH/VL combination of the VH1 region Vs624-PTM-low (SEQ ID No.:6) and the VL region Vs321 (lambda) (SEQ ID No.:14), the VH/VL combination of the VH1 region Vs635-PTM-low (SEQ ID No.:7) and the VL region Vs321 (lambda) (SEQ ID No.:14), the VH/VL combination of the VH1 region Vs635-PTM-low (SEQ ID No.:7) and the VL region Vs236 (kappa) (SEQ ID No.:12) the VH/VL combination of the VH1 region Vs628-PTM-low (SEQ ID No.:10) and the VL region VS236 (kappa) (SEQ ID No.:12), the VH/VL combination of the VH1 region Vs628-PTM-low (SEQ ID No.:10) and the VL region Vs365 (lambda) (SEQ ID No.:13), and the VH/VL combination of the VH1 region Vs628-PTM-low (SEQ ID No.:10) and the VL region Vs843 (lambda) (SEQ ID No.:15).
Device for operating a magnetic field applicator for magnetic field treatment of people on a treatment bed and/or a treatment chair having at least one magnetic coil , wherein the at least one magnetic coil is designed to be longitudinally displaceable at least partly over the length of the treatment bed and/or of the treatment chair and a magnetic field at least partly penetrating the body of the person can be generated, characterised in that during the longitudinal displacement of the at least one magnetic coil , the strength of the at least one magnetic field and/or its frequency is controllable depending on position as a function of the region of the body of the person , wherein the displaceable magnetic coil is connected to a position sensor which records the current place and position of the magnetic coil with respect to the treated body region of the person , and the thus recorded sensor signal is input to a generator which controls the amplitude of the magnetic field and/or the frequency and/or the repetition period and/or the treatment time and/or the pulse form.
A transmitter device being a soil sensor, comprising: a housing ; a cable at least partially housed within the housing and electrically connected to a socket ; a sensor electrically coupled with the cable ; and a cover at least partially covering the sensor ; wherein the socket is disposed outside the housing , and the socket is flexibly coupled to the housing through the cable , wherein the housing includes a channel such that the cable is slidably received within the channel , and characterised in that the channel allows the cable to move freely therein and checks undesired propagation of forces to the cable from the housing . a housing ; a cable at least partially housed within the housing and electrically connected to a socket ; a sensor electrically coupled with the cable ; and a cover at least partially covering the sensor ; wherein the socket is disposed outside the housing , and the socket is flexibly coupled to the housing through the cable , wherein the housing includes a channel such that the cable is slidably received within the channel , and characterised in that the channel allows the cable to move freely therein and checks undesired propagation of forces to the cable from the housing .
A peptide comprising the amino acid sequence of SEQ ID No. 47, or a pharmaceutically acceptable salt thereof, wherein said peptide has an overall length of up to 30 amino acids, and wherein said peptide has the ability to bind to a molecule of the human major histocompatibility complex (MHC) class-I.
A device for determining depth of at least one conductive medium , the device comprising: an array of uniformly spaced, elongate, substantially parallel probes , each probe having one electrode or a pair of electrodes , the probes having lengths that are stepwise incrementally increased across the array from a shortest probe to a longest probe for immersion into the at least one conductive medium, the electrodes being exposed along their length for electrical contact with the at least one conductive medium, and electronic circuitry configured to measure a conductivity response of the array as a function of electrode length by applying a potential difference between selected pairs of electrodes having the same separation and measuring a resulting conductivity of the at least one conductive medium between the respective electrodes of each selected pair of electrodes, characterized in that the electronic circuitry is configured to analyse the measured conductivity response by fitting a linear regression line (Line 1, Line 2, Line 3) to each linear region of the measured conductivities response, and determining the relative immersion depth of an or each boundary of the at least one conductive medium by identifying intersections (A, B) between adjacent linear regions. an array of uniformly spaced, elongate, substantially parallel probes , each probe having one electrode or a pair of electrodes , the probes having lengths that are stepwise incrementally increased across the array from a shortest probe to a longest probe for immersion into the at least one conductive medium, the electrodes being exposed along their length for electrical contact with the at least one conductive medium, and electronic circuitry configured to measure a conductivity response of the array as a function of electrode length by applying a potential difference between selected pairs of electrodes having the same separation and measuring a resulting conductivity of the at least one conductive medium between the respective electrodes of each selected pair of electrodes, characterized in that the electronic circuitry is configured to analyse the measured conductivity response by fitting a linear regression line (Line 1, Line 2, Line 3) to each linear region of the measured conductivities response, and determining the relative immersion depth of an or each boundary of the at least one conductive medium by identifying intersections (A, B) between adjacent linear regions.
A rubber composition for a tread comprising: 10 to 70 parts by mass of carbon black having a nitrogen adsorption specific surface area of 130 m 2 /g or more based on 100 parts by mass of a rubber component comprising 50 to 70% by mass of an isoprene rubber, 10 to 30% by mass of a butadiene rubber and 22 to 40% by mass of a styrene-butadiene rubber. 10 to 70 parts by mass of carbon black having a nitrogen adsorption specific surface area of 130 m 2 /g or more based on 100 parts by mass of a rubber component comprising 50 to 70% by mass of an isoprene rubber, 10 to 30% by mass of a butadiene rubber and 22 to 40% by mass of a styrene-butadiene rubber.
Fire protection element comprising: - a carrier material comprising a woven carrier fabric; - an intumescent material applied to at least one surface of the carrier material , the intumescent material comprising graphite in a form which forms elongate expandable graphite structures when exposed to heat; the carrier material comprising a woven carrier fabric having loops , characterized in that at least some of the loops project from the carrier material in the direction of the intumescent material and the loops have an average cross-sectional area such that the elongate expandable graphite structures can engage in the loops , in order to receive the elongate structures of the intumescent material which occur when exposed to heat and to hook thereto. - a carrier material comprising a woven carrier fabric; - an intumescent material applied to at least one surface of the carrier material , the intumescent material comprising graphite in a form which forms elongate expandable graphite structures when exposed to heat;
A method of on-load grinding machining of slip rings and/or collectors of electrical machines, said method including the step of replacing on-load a carbon brush holder, with a slip ring grinding machining tool compatible with the slip ring brush holder assembly, said slip ring grinding machining tool comprising a grinding stone holder wherein said grinding stone holder is capable of being displaced in two directions in the same plane whilst mounted in the slip ring brush holder assembly, and characterized in that the grinding stone holder is operated to combine a slow stepwise longitudinal movement of a grinding stone with a velocity of up to 10 μm per second with a fast transversal pendulum movement of least 10 oscillations per second of said grinding stone.
AllnGaN alloy based superluminescent diode, comprising: a gallium nitride bulk substrate , a lower cladding layer with n-type electrical conductivity, a lower light-guiding layer with n-type electrical conductivity, a light emitting layer , an electron blocking layer with p-type electrical conductivity, an upper light-guiding layer , an upper cladding layer with p-type electrical conductivity, a subcontact layer with p-type electrical conductivity, a front light guide window , and a back light guide window , characterised in that the gallium nitride bulk substrate has a spatially varying surface misorientation, increasing from the back light guide window towards the front light guide window , in the direction perpendicular to the crystallographic plane M in range of 0° to 10°, where the misorientation increase is continuous, linear, approximately linear or non-linear in relation to the light guide axis. a gallium nitride bulk substrate , a lower cladding layer with n-type electrical conductivity, a lower light-guiding layer with n-type electrical conductivity, a light emitting layer , an electron blocking layer with p-type electrical conductivity, an upper light-guiding layer , an upper cladding layer with p-type electrical conductivity, a subcontact layer with p-type electrical conductivity, a front light guide window , and a back light guide window , characterised in that the gallium nitride bulk substrate has a spatially varying surface misorientation, increasing from the back light guide window towards the front light guide window , in the direction perpendicular to the crystallographic plane M in range of 0° to 10°, where the misorientation increase is continuous, linear, approximately linear or non-linear in relation to the light guide axis.
A one-piece catheter , comprising: a catheter tube ; and an adapter comprising a retention tab configured to lock with a base of an infusion set, the retention tab extending radially outwardly from an outer wall of the adapter to engage a corresponding recess in the base to secure the adapter to the base; wherein an end portion of the catheter tube is connected to the adapter for fluid communication between the catheter tube and the adapter; wherein the adapter comprises a cylindrical main cavity configured for receiving a septum , characterized in that the catheter tube, the adapter, the retention tab and the cavity are a single molded structure formed by a single-shot injection molding process. a catheter tube ; and an adapter comprising a retention tab configured to lock with a base of an infusion set, the retention tab extending radially outwardly from an outer wall of the adapter to engage a corresponding recess in the base to secure the adapter to the base; wherein an end portion of the catheter tube is connected to the adapter for fluid communication between the catheter tube and the adapter; wherein the adapter comprises a cylindrical main cavity configured for receiving a septum , characterized in that the catheter tube, the adapter, the retention tab and the cavity are a single molded structure formed by a single-shot injection molding process.
An unsaturated polyol ester composition comprising a compound selected from: wherein R is(CH 2 ) 7 CH=CHCH 2 CH 3 ; wherein R is (CH 2 ) 7 CH=CHCH 2 CH 3 ; or wherein R is an 8-undecenyl moiety, and R1 is an 8-undecenyl moiety or a C5 to C35 saturated moiety.
Axle-mounted brake disc for a rail vehicle, having two friction rings which are arranged in parallel and spaced apart from one another, which friction rings are connected to one another by way of a multiplicity of ribs which extend in the direction of the rotational axis of the friction rings , at least a part number of the ribs being configured with cross sections (Q 1 , Q 2 , Q 3 , Q 4 , Q 5 ) which are different from one another, characterized in that the at least one cross section of a first part quantity (G 1 ) of the ribs which are configured as supporting elements which transmit pressure forces does not undershoot a minimum cross section (Q min ), and the at least one cross section of a second part quantity (G 2 ) of the ribs which serves for the radiation of thermal energy undershoots the minimum cross section (Q min ), the minimum cross section (Q min ) being determined by way of the required stability with respect to the mechanical loading which is exerted on the two friction rings in the case of a braking operation and has to be absorbed by way of the ribs , a plurality of the ribs of the first part quantity (G 1 ) and a plurality of the ribs of the second part quantity (G 2 ) being arranged behind one another radially with respect to the rotational axis of the friction rings , the number of the ribs of the second part quantity (G 2 ) which are arranged radially behind one another being greater than the number of the ribs of the first part quantity (G 1 ) which are arranged radially behind one another.
Mechanical watch movement comprising a striking mechanism, said striking mechanism including at least a first cannon equipped with a first cannon pinion , and on which there is mounted coaxially at least one snail intended to cooperate with a sensor means of the striking mechanism, said first cannon being arranged to be driven at least indirectly by the going train of the movement, such that the mechanical watch movement comprises a second equipped with a second cannon pinion , such that the second cannon pinion carries the minute hand , such that the mechanical watch movement comprises a motion-work pinion in engagement with an hour wheel coaxial with the second cannon characterized in that the first cannon is in engagement on the one hand with the going train, and on the other hand with a minute wheel , in that the minute wheel is in engagement with the first cannon pinion , and in that the minute wheel is mounted on a lever arranged to pivot about a fixed point, and of which an angular position may be adjusted by pivoting in such a way as to permit regulation of the position of the minute wheel with respect to the pinion of the first cannon pinion and to the second cannon pinion .
A component feeder comprising: a picking surface for receiving components to be picked, and a vision system including an image unit arranged to take images of components distributed on the picking surface, characterized in that the vision system further comprises a load device including one or more load sensors (30a-b) adapted to detect the presence of a component on the picking surface, wherein the load device is configured to measure the load on the picking surface in order to detect when a component has been positioned on the picking surface, and the vision system is configured to automatically trigger the image unit to take an image upon detecting the presence of a component on the picking surface for determining the location of the component on the picking surface based on the image. a picking surface for receiving components to be picked, and a vision system including an image unit arranged to take images of components distributed on the picking surface, characterized in that the vision system further comprises a load device including one or more load sensors (30a-b) adapted to detect the presence of a component on the picking surface, wherein the load device is configured to measure the load on the picking surface in order to detect when a component has been positioned on the picking surface, and the vision system is configured to automatically trigger the image unit to take an image upon detecting the presence of a component on the picking surface for determining the location of the component on the picking surface based on the image.
A method for controlling a power grid with at least two first link elements, each being composed of at least a grid part and a secondary control for calculating set points, wherein the size of the grid part is defined by the area where the secondary control is set up, each first link element having at least one link node (BLiN) for coupling to at least one second link element similar to the first link element and having one or more producer nodes (BPN), one or more load nodes (BLoN), and one or more storage nodes (BSN), characterised by , in each first link element , receiving a first demand value at the link node (BLiN); calculating a set point based on the first demand value for each of said at least one producer nodes (BPN), load nodes (BLoN), and storage nodes (BSN) of the respective first link element ; determining a difference between the first demand value and an actual value which is reached upon applying the set points to said at least one producer nodes (BPN), load nodes (BLoN), and storage nodes (BSN) of the respective first link element ; if the determined difference is above a threshold, sending a percentage of the determined difference as a second demand value to the least one second link element , wherein said at least two first link elements are coupled via their link nodes (BLiN).
Molecule of general formula (I): wherein A is selected from a receptor or a ligand of a receptor-ligand system; X is selected from an oxygen atom or a carbon atom (C) ; y is an integer number from 0 to 10; L is a molecule of general formula (VI): Z is an integer number comprised in the range 2 to 10; and enantiomers thereof, wherein the ligand-receptor system is selected from: biotin-avidin, biotin-streptavidin, biotin-neutravidin, alkyne residue-azide residue. A is selected from a receptor or a ligand of a receptor-ligand system; X is selected from an oxygen atom or a carbon atom (C) ; y is an integer number from 0 to 10; L is a molecule of general formula (VI): Z is an integer number comprised in the range 2 to 10; and enantiomers thereof, wherein the ligand-receptor system is selected from: biotin-avidin, biotin-streptavidin, biotin-neutravidin, alkyne residue-azide residue.