mhurhangee/ep-ind-claims huggingface dataset:
A permanent magnet excited electric machine, - comprising a stator part and a moving part that is movable in relation to the stator part, one of said stator and moving parts (ST, R) having an electric winding system in the form of a single or multiple 3-phase system, and the other one of said stator and moving parts (ST, R) having permanent magnets (S, N), characterized in that the permanent magnet excited electric machine is designed for a rated power in the range between 100 kW and 20 MW and the winding system is connected in a delta connection and has an inductance such that the related total reactance x B in rated operation according to x B = ω B · L Y · P B /(Z 3P · U i,B 2) is at least 0.8, in which ω B = electric angular frequency of the winding system in rated operation, L Y = phase inductance of the winding system, in star connection or transformed to star connection, P B = power of the machine in rated operation, Z 3P = number of 3-phase systems of the machine, U i,B = amount of the induced conductor voltage in rated operation, wherein the inductance of the winding system is so high that the short-circuit current of the 3rd harmonic arising in the winding system causes additional losses in the range of between 0.001 and 0.01 % of the rated power P B. - comprising a stator part and a moving part that is movable in relation to the stator part, one of said stator and moving parts (ST, R) having an electric winding system in the form of a single or multiple 3-phase system, and the other one of said stator and moving parts (ST, R) having permanent magnets (S, N), characterized in that the permanent magnet excited electric machine is designed for a rated power in the range between 100 kW and 20 MW and the winding system is connected in a delta connection and has an inductance such that the related total reactance x B in rated operation according to x B = ω B · L Y · P B /(Z 3P · U i,B 2) is at least 0.8, in which ω B = electric angular frequency of the winding system in rated operation, L Y = phase inductance of the winding system, in star connection or transformed to star connection, P B = power of the machine in rated operation, Z 3P = number of 3-phase systems of the machine, U i,B = amount of the induced conductor voltage in rated operation, wherein the inductance of the winding system is so high that the short-circuit current of the 3rd harmonic arising in the winding system causes additional losses in the range of between 0.001 and 0.01 % of the rated power P B. ω B = electric angular frequency of the winding system in rated operation, L Y = phase inductance of the winding system, in star connection or transformed to star connection, P B = power of the machine in rated operation, Z 3P = number of 3-phase systems of the machine, U i,B = amount of the induced conductor voltage in rated operation,
An alkaline phosphatase selected from any one of to below: an alkaline phosphatase comprising a polypeptide consisting of the amino acid sequence of SEQ ID NO: 2; an alkaline phosphatase comprising a polypeptide consisting of a sequence of SEQ ID NO: 2 in which one to 30 amino acid residues are deleted, substituted, inserted, or added;and an alkaline phosphatase comprising a polypeptide having an identity of 90% or more with the amino acid sequence of SEQ ID NO: 2. an alkaline phosphatase comprising a polypeptide consisting of the amino acid sequence of SEQ ID NO: 2; an alkaline phosphatase comprising a polypeptide consisting of a sequence of SEQ ID NO: 2 in which one to 30 amino acid residues are deleted, substituted, inserted, or added;and an alkaline phosphatase comprising a polypeptide having an identity of 90% or more with the amino acid sequence of SEQ ID NO: 2.
A molding, comprising a microporous aluminum-free zeolitic material of structure type MWW containing titanium and zinc (ZnTiMWW), wherein the infrared spectrum of the molding comprises a band in the region of (3700 - 3750) +/- 20 cm -1 and a band in the region of (3670 - 3690) +/- 20 cm -1, wherein the intensity ratio of the band in the region of (3700 - 3750) +/- 20 cm -1 relative to the band in the region of (3670 - 3690) +/- 20 cm -1 is at most 1.5, wherein the 29 Si-NMR spectrum of said molding comprising six peaks at the following positions peak 1 at -98 +/- x ppm, peak 2 at -104 +/- x ppm, peak 3 at -110 +/- x ppm, peak 4 at -113 +/- x ppm, peak 5 at -115 +/- x ppm, peak 6 at -118 +/- x ppm, with x in any of the peaks being 1.5, preferably 1.0, more preferably 0.5, wherein Q which is defined as Q = 100 * a 1 + a 2 / a 4 + a 5 + a 6 / a 3 is at most 2.5 with [a 1 +a 2] being the sum of the peak areas of peaks 1 and 2, and [a 4 + a 5 + a 6] being the sum of the peak areas of peaks 4, 5, and 6, and as being the peak area of peak 3; the molding having a water uptake in the range of from 3 to 8 weight-%; the molding preferably further comprising at least one binder, preferably a silica binder. wherein the 29 Si-NMR spectrum of said molding comprising six peaks at the following positions peak 1 at -98 +/- x ppm, peak 2 at -104 +/- x ppm, peak 3 at -110 +/- x ppm, peak 4 at -113 +/- x ppm, peak 5 at -115 +/- x ppm, peak 6 at -118 +/- x ppm, peak 1 at -98 +/- x ppm, peak 2 at -104 +/- x ppm, peak 3 at -110 +/- x ppm, peak 4 at -113 +/- x ppm, peak 5 at -115 +/- x ppm, peak 6 at -118 +/- x ppm, with x in any of the peaks being 1.5, preferably 1.0, more preferably 0.5, wherein Q which is defined as Q = 100 * a 1 + a 2 / a 4 + a 5 + a 6 / a 3 is at most 2.5 with [a 1 +a 2] being the sum of the peak areas of peaks 1 and 2, and [a 4 + a 5 + a 6] being the sum of the peak areas of peaks 4, 5, and 6, and as being the peak area of peak 3; the molding having a water uptake in the range of from 3 to 8 weight-%; the molding preferably further comprising at least one binder, preferably a silica binder.
Domestic alarm system comprising: - a control centre equipped with an alarm function, the alarm function having a plurality of selectable operating modes, - at least one primary selection means, each primary selection means making it possible to select one operating mode from among the plurality of selectable operating modes, - at least one detection means (101, 102, 10N), each detection means being able to transmit a detection signal to the control centre in response to triggering of said detection means, - at least one primary alert means, each primary alert means being able to emit an alert signal in response to an alarm activation signal from the control centre, the alarm system being characterized in that it comprises a remote device, the remote device comprising: - a secondary selection means, the secondary selection means making it possible to select a first operating mode, called "night" operating mode, of the alarm function, - a secondary alert means, the secondary alert means being able to emit an alert signal in response to an activation signal from the control centre, and the control centre declining to select the first operating mode when an operating mode contained in a predefined first list of operating modes is selected beforehand, and when the first operating mode is selected and an alarm activation signal should be emitted by the control centre following the reception of at least one detection signal from a detection means, the control centre sending a first alarm activation signal by way of a secondary alert. - a control centre equipped with an alarm function, the alarm function having a plurality of selectable operating modes, - at least one primary selection means, each primary selection means making it possible to select one operating mode from among the plurality of selectable operating modes, - at least one detection means (101, 102, 10N), each detection means being able to transmit a detection signal to the control centre in response to triggering of said detection means, - at least one primary alert means, each primary alert means being able to emit an alert signal in response to an alarm activation signal from the control centre, - a secondary selection means, the secondary selection means making it possible to select a first operating mode, called "night" operating mode, of the alarm function, - a secondary alert means, the secondary alert means being able to emit an alert signal in response to an activation signal from the control centre, and
Device (1, 50) for aspirating particles from a tool, the device (1, 50) comprising a measuring device (2, 32, 52) with at least one sensor (3, 33, 43, 53) for detecting operating parameters of the tool and an impeller (8, 58) adapted to generate an air flow (11, 31, 51) for aspirating particles generated during operation of the tool, wherein the impeller (8, 58) can be mounted coaxially to the shaft of the tool, characterized in that the measuring device (2, 32, 52) can be fixed to the impeller (8, 58) and has a conical shape on an outer side and the conical shape has a contact between the measuring device (2, 32, 52) and the impeller (8, 58).
An electromagnetic valve integrated expansion valve comprising: a valve main body having a valve chamber; a valve element that restricts passage of a fluid by being seated on a valve seat and allowing passage of the fluid by separating from the valve seat; a coil spring that biases the valve element toward the valve seat; an operation rod that contacts the valve element at one end; a power element that is attached to the valve main body and drives the operation rod; and an electromagnetic valve that opens or closes a principal valve opening that is provided between the valve chamber and an outflow side passage, wherein: the electromagnetic valve includes a case that is fixed to the valve main body, an electromagnetic valve element that separates from or approaches the principal valve opening, a coil that drives the electromagnetic valve element, and a connector connected to a cord that supplies power to the coil, and characterized in that the connector is supported by a bracket that extends from the case, the case is formed by bending one plate material, and the bracket is a part of the plate material. a valve main body having a valve chamber; a valve element that restricts passage of a fluid by being seated on a valve seat and allowing passage of the fluid by separating from the valve seat; a coil spring that biases the valve element toward the valve seat; an operation rod that contacts the valve element at one end; a power element that is attached to the valve main body and drives the operation rod; and an electromagnetic valve that opens or closes a principal valve opening that is provided between the valve chamber and an outflow side passage, wherein: the electromagnetic valve includes a case that is fixed to the valve main body, an electromagnetic valve element that separates from or approaches the principal valve opening, a coil that drives the electromagnetic valve element, and a connector connected to a cord that supplies power to the coil, and characterized in that the connector is supported by a bracket that extends from the case, the case is formed by bending one plate material, and the bracket is a part of the plate material. the electromagnetic valve includes a case that is fixed to the valve main body, an electromagnetic valve element that separates from or approaches the principal valve opening, a coil that drives the electromagnetic valve element, and a connector connected to a cord that supplies power to the coil, and characterized in that the connector is supported by a bracket that extends from the case, the case is formed by bending one plate material, and the bracket is a part of the plate material.
Rubber compound for the preparation of a tread portion of a pneumatic tyre; said rubber compound comprising at least a cross-linkable unsaturated chain polymer base, a filler and a vulcanization system; said rubber compound being characterized in that it comprises a wax composed of at least 50% by weight of nonacosanediols.
A surface cleaning apparatus including: a housing supporting: a suction source; a cyclonic separator device for separating dirt from dirt- laden air, wherein the cyclonic separator device has an elongate axis about which dirt laden air is caused to rotate and which lies in a plane; a user graspable handle which extends along an elongate axis, a passage member for transporting dirt-laden air to the dirt separation device, the passage member which extends along an elongate axis, wherein the elongate axis of the passage member and the elongate axis of the user graspable handle lie in a plane, and the elongate axis of the cyclonic separator device intersects the plane, and wherein the cyclonic separator device includes: a first separating chamber fluidly connected to the passage member for separating relatively coarse dust or debris from any dirt-laden air received from the passage member; an inlet through which dirt-laden air is drawn into the first dirt separating chamber; a first dirt collection chamber for receiving dirt separated by the first separating chamber; a shroud; an outlet through which cleaner air exits the first separating chamber; and characterized in that it further comprises a generally planar baffle positioned in the first dirt collection chamber which lies in a plane, and wherein, in side view, the plane is perpendicular to the vertical and the baffle is positioned above the plane such that, in normal use, dirt collected in the first dirt collection chamber reaches the plane before the dirt reaches the baffle. a housing supporting: a suction source; a cyclonic separator device for separating dirt from dirt- laden air, wherein the cyclonic separator device has an elongate axis about which dirt laden air is caused to rotate and which lies in a plane; a user graspable handle which extends along an elongate axis, a suction source; a cyclonic separator device for separating dirt from dirt- laden air, wherein the cyclonic separator device has an elongate axis about which dirt laden air is caused to rotate and which lies in a plane; a user graspable handle which extends along an elongate axis, a passage member for transporting dirt-laden air to the dirt separation device, the passage member which extends along an elongate axis, a first separating chamber fluidly connected to the passage member for separating relatively coarse dust or debris from any dirt-laden air received from the passage member; an inlet through which dirt-laden air is drawn into the first dirt separating chamber; a first dirt collection chamber for receiving dirt separated by the first separating chamber; a shroud; an outlet through which cleaner air exits the first separating chamber; a generally planar baffle positioned in the first dirt collection chamber which lies in a plane, and wherein, in side view, the plane is perpendicular to the vertical and the baffle is positioned above the plane such that, in normal use, dirt collected in the first dirt collection chamber reaches the plane before the dirt reaches the baffle.
An apparatus comprising means (502, 504, 506) for obtaining a future traffic estimate in a data network of a cellular radio network based on past traffic in the data network; means (502, 504, 506) for requesting a pool of session resources from a border gateway of the data network based on the future traffic estimate; means (502, 504, 506) for allocating repeatedly dedicated resources including an IP address and a port of the border gateway for each session from the pool of session resources as follows: whenever a Session Description Protocol offer arrives, allocating resources from the pool of session resources on its own without any message interactions with the border gateway, and notifying the resource allocation to the border gateway only in connection with a final Session Description Protocol answer, whereby regardless of a number of Session Description Protocol offer-answer rounds, there is only one round of message interaction with the border gateway. obtaining a future traffic estimate in a data network of a cellular radio network based on past traffic in the data network; means (502, 504, 506) for requesting a pool of session resources from a border gateway of the data network based on the future traffic estimate; means (502, 504, 506) for allocating repeatedly dedicated resources including an IP address and a port of the border gateway for each session from the pool of session resources as follows: whenever a Session Description Protocol offer arrives, allocating resources from the pool of session resources on its own without any message interactions with the border gateway, and notifying the resource allocation to the border gateway only in connection with a final Session Description Protocol answer, whereby regardless of a number of Session Description Protocol offer-answer rounds, there is only one round of message interaction with the border gateway.
Electrolyte-based field effect transistor comprising: - a dielectric layer; - a source electrode and a drain electrode located on top of the dielectric layer; the electrolyte-based transistor being characterized in that it comprises: - a lithium-based solid-state electrolyte layer between and on top of the source electrode and the drain electrode, the part of the electrolyte layer located between the source electrode and the drain electrode being in direct contact with the dielectric layer; - a gate electrode on top of the electrolyte layer and in direct contact with the electrolyte layer, the orthogonal projection of said gate electrode in a plane comprising the source and drain electrodes being located, at least in part, between the source and the drain electrodes. - a dielectric layer; - a source electrode and a drain electrode located on top of the dielectric layer; - a lithium-based solid-state electrolyte layer between and on top of the source electrode and the drain electrode, the part of the electrolyte layer located between the source electrode and the drain electrode being in direct contact with the dielectric layer; - a gate electrode on top of the electrolyte layer and in direct contact with the electrolyte layer, the orthogonal projection of said gate electrode in a plane comprising the source and drain electrodes being located, at least in part, between the source and the drain electrodes.
A transparent substrate comprising a polysaccharide, said polysaccharide being oxidized and said transparent substrate having a linear expansion coefficient of 50 ppm/°C or less at a temperature in the range of 30-150 °C and a light transmittance of 70 % or more at 660 nm, further comprising a polymer including a plurality of functional groups in a single molecule, and wherein said functional groups are one or both of an oxazoline group and an isocyanate group, wherein said polysaccharide is a cellulose fiber having a crystal structure of cellulose I, and wherein said cellulose fiber has a fiber width in the range of 1 nm to 200 nm, wherein an aldehyde group amount contained in said cellulose fiber is 0.2 mmol/g or less.
A screen printing machine, comprising: a mask-holding device configured to hold a mask having print-pattern perforations; a board-positioning device configured to hold a board and to position the held board with respect to a mask held by the mask-holding device from below; a squeegee device configured to spread a cream solder with respect to the mask; a height-measuring device configured to measure the height of the mask and the board; a control device configured to control each device, and to calculate the thickness of a mask lower layer, integrally formed with the mask, based on the measurement values obtained from the height-measuring device; and an operation display device configured to input operation and to display calculation values from the control device characterized in that: the height-measuring device is configured to acquire the height of the board through the print-pattern perforation of the mask. a mask-holding device configured to hold a mask having print-pattern perforations; a board-positioning device configured to hold a board and to position the held board with respect to a mask held by the mask-holding device from below; a squeegee device configured to spread a cream solder with respect to the mask; a height-measuring device configured to measure the height of the mask and the board; a control device configured to control each device, and to calculate the thickness of a mask lower layer, integrally formed with the mask, based on the measurement values obtained from the height-measuring device; and an operation display device configured to input operation and to display calculation values from the control device characterized in that: the height-measuring device is configured to acquire the height of the board through the print-pattern perforation of the mask.
A process for producing a casein protein product, comprising the steps of: a) providing a casein concentrate starting material, which comprises 9 - 50 weight-% of milk proteins, of which 0 - 0.5 weight-% are whey proteins and 8.5 - 50 weight-% of caseins, lactose 0 - 2 weight-%, calcium 2500 - 12500 mg/kg and phosphorus 1600 - 8000 mg/kg, b) optionally concentrating the casein concentrate material, c) heat-treating the material up to a temperature from 80°C to 155°C, d) cooling the heat-treated material, e) subjecting the cooled material to a treatment with a crosslinking enzyme, which is transglutaminase, f) optionally subjecting the cooled material to a treatment with a coagulant, g) processing the material into the casein protein product having pH in the range of 5.5 to 6.7, h) optionally isolating and/or packing the product. a) providing a casein concentrate starting material, which comprises 9 - 50 weight-% of milk proteins, of which 0 - 0.5 weight-% are whey proteins and 8.5 - 50 weight-% of caseins, lactose 0 - 2 weight-%, calcium 2500 - 12500 mg/kg and phosphorus 1600 - 8000 mg/kg, b) optionally concentrating the casein concentrate material, c) heat-treating the material up to a temperature from 80°C to 155°C, d) cooling the heat-treated material, e) subjecting the cooled material to a treatment with a crosslinking enzyme, which is transglutaminase, f) optionally subjecting the cooled material to a treatment with a coagulant, g) processing the material into the casein protein product having pH in the range of 5.5 to 6.7, h) optionally isolating and/or packing the product.
Electrical and mechanical connection between a head worn communication device and an accessory thereto, whereby mechanical connection means comprise a protruding part coupled to a surface part of said accessory through a narrow section at a first location and a complementary cut out region at a first location on a surface part of said communication device such that a sliding action between the surface parts (13,15) will cause the cut out region to accommodate the narrow section and where further said mechanical connection means and electrical connection points are placed spaced apart at each their location on said surface part of the accessory characterized in that mechanical connection means and electrical connection points are placed spaced apart at each their location on said surface part of the communication device such that the sliding action between the two surface parts will cause the respective mechanical connection means to grip each other while the respective electrical connection points (25,26) slide into contact with each other.