mhurhangee/ep-ind-claims huggingface dataset:
Electric machine having - a stator, - a rotor which interacts magnetically with the stator, - a housing (4, 5, 6) which surrounds the stator and the rotor, and - a hollow shaft, on which the rotor is arranged and which is mounted on the housing (4, 5, 6), wherein - a radial fan is arranged in a rotationally fixed fashion on the hollow shaft on the ventilation side, - a section of a fan blade of the radial fan extends axially away from the housing to a greater extent than the hollow shaft and - a shaft of a guide element with a radially extending plate is arranged in the hollow shaft, wherein - the plate is arranged axially further away from the housing (4,5,6) than the end side of the hollow shaft on the ventilation side so that - an inner coolant flow can thus be delivered from the section of the fan blade of the radial fan out of the hollow shaft through a passage between the end side of the hollow shaft on the ventilation side and the plate radially outwards, and wherein - the hollow shaft is closed on the drive side and the coolant can penetrate the hollow shaft at the end side on the ventilation side, and wherein the hollow shaft passes through the entire rotor and the guide element has a tube, through which coolant can be delivered from the ventilation side through the rotor and between the outer wall of the tube and the inner wall of the hollow shaft back to the ventilation side. - a stator, - a rotor which interacts magnetically with the stator, - a housing (4, 5, 6) which surrounds the stator and the rotor, and - a hollow shaft, on which the rotor is arranged and which is mounted on the housing (4, 5, 6), wherein - a radial fan is arranged in a rotationally fixed fashion on the hollow shaft on the ventilation side, - a section of a fan blade of the radial fan extends axially away from the housing to a greater extent than the hollow shaft and - a shaft of a guide element with a radially extending plate is arranged in the hollow shaft, wherein - the plate is arranged axially further away from the housing (4,5,6) than the end side of the hollow shaft on the ventilation side so that - an inner coolant flow can thus be delivered from the section of the fan blade of the radial fan out of the hollow shaft through a passage between the end side of the hollow shaft on the ventilation side and the plate radially outwards, and wherein - the hollow shaft is closed on the drive side and the coolant can penetrate the hollow shaft at the end side on the ventilation side, and wherein the hollow shaft passes through the entire rotor and the guide element has a tube, through which coolant can be delivered from the ventilation side through the rotor and between the outer wall of the tube and the inner wall of the hollow shaft back to the ventilation side.
Method for controlling a compressed air unit which consists of several compressed air networks (2 and 3) being provided with several commonly controllable components, whereby, on the basis of measurement data of at least one of the above-mentioned compressed air networks (2 and 3), at least the above-mentioned several common components are controlled by at least one controller, whereby the above-mentioned common component consists of at least one of the following components: a compressed air user, a compressed air source, a processing device for compressed air or a compressed air valve characterised in that the method comprises the following steps: - providing at least two compressed air networks part of said several compressed air networks (2 and 3), each of said compressed air networks comprising one or more compressors (4, 5, 11, 13, 14) having their outlets connected to a pressure vessel (7, 16); - providing at least one commonly controllable component of said several common components as part of said at least two compressed air networks, said commonly controllable component comprising a compressor whose outlet is connected through a controllable valve to a first pressure vessel and via a controlled valve to a second pressure vessel part of a second compressed air network; and in that - it is sequential, such that several of the above-mentioned controllable components of the compressed air unit are put in a pre-determined sequence and are switched on or off according to this sequence on the basis of the compressed air consumption of the compressed air networks (2 and 3). - providing at least two compressed air networks part of said several compressed air networks (2 and 3), each of said compressed air networks comprising one or more compressors (4, 5, 11, 13, 14) having their outlets connected to a pressure vessel (7, 16); - providing at least one commonly controllable component of said several common components as part of said at least two compressed air networks, said commonly controllable component comprising a compressor whose outlet is connected through a controllable valve to a first pressure vessel and via a controlled valve to a second pressure vessel part of a second compressed air network; and in that - it is sequential, such that several of the above-mentioned controllable components of the compressed air unit are put in a pre-determined sequence and are switched on or off according to this sequence on the basis of the compressed air consumption of the compressed air networks (2 and 3).
A semiconductor component support comprising component support portion for a semiconductor component to be mounted on the semiconductor component support portion, wherein said component support portion includes a metal part that includes an opening in plan view, wherein: said opening of the metal part includes a first section, and a second section that communicates with said first section and is arranged outside said first section, the second section being wider than said first section, and said first section can be at least partially positioned directly under a mount-side main surface of the semiconductor component, characterized in that the total area of parts of said openings of said component support portion that are positioned directly under said semiconductor component is not less than 10% and not more than 30% of the area of the mount-side main surface of said semiconductor component. said opening of the metal part includes a first section, and a second section that communicates with said first section and is arranged outside said first section, the second section being wider than said first section, and said first section can be at least partially positioned directly under a mount-side main surface of the semiconductor component, characterized in that the total area of parts of said openings of said component support portion that are positioned directly under said semiconductor component is not less than 10% and not more than 30% of the area of the mount-side main surface of said semiconductor component.
Method for controlling a gear pump comprising two meshing gear wheels (11, 12), at which gear pump the two gear wheels (11, 12) each are driven by a drive unit (7, 8) via corresponding shafts (2, 3), wherein a momentary position of the one gear wheel (11, 12) is determined with respect to a momentary position of the other gear wheel (12, 11), that the momentary position of the one gear wheel (11, 12) is continuously adjusted with respect to the momentary position of the other gear wheel (12, 11) according to predefined operating conditions, characterized in that the determination of the momentary position of the one gear wheel (11, 12) is adjusted with respect to the momentary position of the other gear wheel (12, 11) by means of a reference value, that is determined before the normal operation of the gear pump or during interruptions of the normal operation of the gear pump.
Microwave apparatus for heating sample material, comprising a microwave chamber, a sample plate arranged in the microwave chamber,, the sample plate comprising at least one defined positioning location for a heating element, the heating element consisting of microwave-absorbing material and being configured for directly or indirectly contacting the sample material, and the heating element being adapted to be placed in the at least one defined positioning location, characterised in that the heating element consists of a semiconductor material, the microwave apparatus comprises an infrared temperature sensor for directly or indirectly determining the temperature of the sample material, the infrared temperature sensor is connected to a control and data unit, and the sample plate is rotary-encoded by means of the control and data unit, so that the temperature determined can be assigned to the heating element.
A mixer for mixing at least two-components of a dental material, comprising: - a mixing rotor which is rotatable about a rotation axis; - the mixing rotor having a coupling receptacle for coupling with a coupling plug for driving the mixing rotor; - the coupling receptacle being defined by an inner surface around the rotation axis; characterized in that - the coupling receptacle further comprising at least one guiding ridge that protrudes radially inwardly relative to an outer perimeter of the inner surface; - wherein the guiding ridge has a vertex oriented radially inwardly relative to the outer perimeter; - wherein the vertex extends along a path which has a tangent that is inclined relative to the rotation axis and a normal of the rotation axis; and wherein the vertex of the guiding ridge forms a minimum distance of the surface relative to the rotation axis, and wherein the minimum distance increases toward an end of the receptacle which corresponds to an end of the receptacle which the coupling plug penetrates first during mating of the receptacle and the plug. - a mixing rotor which is rotatable about a rotation axis; - the mixing rotor having a coupling receptacle for coupling with a coupling plug for driving the mixing rotor; - the coupling receptacle being defined by an inner surface around the rotation axis; characterized in that - the coupling receptacle further comprising at least one guiding ridge that protrudes radially inwardly relative to an outer perimeter of the inner surface; - wherein the guiding ridge has a vertex oriented radially inwardly relative to the outer perimeter; - wherein the vertex extends along a path which has a tangent that is inclined relative to the rotation axis and a normal of the rotation axis; and wherein the vertex of the guiding ridge forms a minimum distance of the surface relative to the rotation axis, and wherein the minimum distance increases toward an end of the receptacle which corresponds to an end of the receptacle which the coupling plug penetrates first during mating of the receptacle and the plug.
A process for preparing a 2-(4-C 2 - 20 alkylphenyl) ethyl bromide of formula, wherein R is C 2-20 alkyl, which process comprises the steps of: C) hydrogenating a compound of formula wherein R' is C 1-19 -CO-, to obtain a compound of formula wherein R is as defined above; and C') brominating the resulting compound of formula. C) hydrogenating a compound of formula wherein R' is C 1-19 -CO-, to obtain a compound of formula wherein R is as defined above; and C') brominating the resulting compound of formula.
A rotary engine casing for a rotary engine having a bearing housing, an engine shaft and a rotor, the rotary engine casing comprising first and second axially spaced apart end walls interconnected by a peripheral wall, the first end wall, second end wall and peripheral wall together enclosing an internal cavity configured to sealingly engage a rotor rotatable therein, at least the first end wall having a split configuration including a seal-engaging plate (20, 46) sealingly engaging the peripheral wall to partially seal the internal cavity and a member (16, 40) mounted adjacent the seal-engaging plate (20, 46) outside of the internal cavity, the member (16, 40) having a first aperture (17, 41) defined therethrough, the seal-engaging plate (20, 46) having a second aperture (19, 47) defined therethrough concentrically with the first aperture (17, 41), the second aperture (19, 47) sized to receive the engine shaft therethrough, the seal-engaging plate (20, 46) having a sliding surface (24, 50) facing away from the member (16, 40) and defining a surface of the internal cavity, and a mating surface (22, 48) abutted to a mating surface (18, 42) of the member (16, 40), at least one fluid cavity (26, 52) being located between the mating surfaces (18, 42, 22, 48) of the member (16, 40) and of the seal-engaging plate (20, 46), the at least one fluid cavity (26, 52) communicating with a source of liquid coolant, the at least one fluid cavity (26, 52) configured to in use cool the rotor, characterised in that: the first aperture (17, 41) is defined to receive a bearing housing supporting the engine shaft.
A process for the production of low-bacteria whole milk powders having a whey protein Index of at least 2, wherein (a) solids are removed from raw milk in a method known in itself, followed by a separation of the cream, (b) the thus-obtained skimmed milk is subjected to microfiltration, (c) the obtained permeate is pasteurized, (d) the thus-obtained pasteurized permeate is concentrated to a dry mass of from 30 to 50% by weight, discarding the retentate, (e) the cream separated in step (a) is subjected to ultra-high heat treatment and added to the permeate again before heat treatment, (f) the thus-obtained concentrate is subjected to thermal treatment for a period of at least 15 seconds at a temperature of at least 72 °C, and (g) the obtained thermally treated product is processed to obtain a dry powder. (a) solids are removed from raw milk in a method known in itself, followed by a separation of the cream, (b) the thus-obtained skimmed milk is subjected to microfiltration, (c) the obtained permeate is pasteurized, (d) the thus-obtained pasteurized permeate is concentrated to a dry mass of from 30 to 50% by weight, discarding the retentate, (e) the cream separated in step (a) is subjected to ultra-high heat treatment and added to the permeate again before heat treatment, (f) the thus-obtained concentrate is subjected to thermal treatment for a period of at least 15 seconds at a temperature of at least 72 °C, and (g) the obtained thermally treated product is processed to obtain a dry powder.
A frame of a vehicle roof, comprising a cable guide element, in which a cable channel (42, 72) is realised, said cable channel serving to hold a drive cable (38A, 38B) for a displaceable roof element and being limited by a channel wall, said channel wall having a loop-out opening whose length in the longitudinal direction of the cable channel is greater than a loop-out threshold length, characterised in that the length of the loop-out opening in the longitudinal direction of the cable channel (42, 72) is less than a critical loop-out length, which is approximately 9.5 mm to 10.5 mm, said loop-out threshold length amounting to approximately 7.5 mm to 8.5 mm.
A strategy concerning the coupling of an electric machine with the rear wheels of a hybrid vehicle including a power train provided with a heat engine driving the front wheels, this electric machine being equipped with an automatically controlled system for coupling with the rear wheels, characterized in that in the case of detection of cornering, it prohibits a coupling of the electric machine with the rear wheels during this cornering, and it permits this coupling only after a confirmation of the end of cornering, which depends on validation conditions ensuring an end of detection of this cornering since a certain period of time.
A method for a mobile device in communication with a remote mobile device, the mobile device having a processor and, coupled thereto, a display and a communications subsystem for communicating with the remote mobile device via a wired or wireless communication link, the method being implemented by the processor and comprising: presenting, on the display, data associated with one or more items presented on the remote mobile device; receiving character data from the remote mobile device following a selection of a character string for application to a target object displayed on the remote mobile device, wherein the character data comprises the character string or data on the character string; determining, based on one or more characters in the character string or the data on the character string, one or more components executable on the processor for supplying the character data thereto; and transmitting a set of data to the remote mobile device comprising instructions to change an appearance of the target object based on the one or more components that have been determined. presenting, on the display, data associated with one or more items presented on the remote mobile device; receiving character data from the remote mobile device following a selection of a character string for application to a target object displayed on the remote mobile device, wherein the character data comprises the character string or data on the character string; determining, based on one or more characters in the character string or the data on the character string, one or more components executable on the processor for supplying the character data thereto; and transmitting a set of data to the remote mobile device comprising instructions to change an appearance of the target object based on the one or more components that have been determined.
A paper coating for ink-jet printing of hydrophilic properties, applied on one or two sides of a paper sheet, comprising of sodium aluminosilicate, sodium chloride, polyvinyl alcohol, aliphatic polyamine and polyaluminum chloride characterised in that weight ratio of sodium chloride and polyaluminum chloride to aliphatic polyamine is 9.6: 1
A base station for determining the search window center for searching for a global positioning system GPS satellite (60, 70, 80, 90), including: means configured to determine a search window center; characterised by further comprising: means configured to refine the search window center using the particular sector within the base station through which the base station is communicating with a wireless communication device; and means configured to send signals to the wireless communication device the signals including an indication of the timing information of a GPS satellite (60, 70, 80, 90) comprising at least the refined search window center. means configured to determine a search window center; means configured to refine the search window center using the particular sector within the base station through which the base station is communicating with a wireless communication device; and means configured to send signals to the wireless communication device the signals including an indication of the timing information of a GPS satellite (60, 70, 80, 90) comprising at least the refined search window center.
A method for positioning a terminal using signals received from a plurality of access points of at least one wireless telecommunications network, comprising: - a step for retrieving identifiers of said access points from the signals thus received; - a step for searching in a first database for geographical position information for said access points from their respective identifiers; - a first step for estimating a position information of the terminal from at least the geographical position information of said access points, said position information being the position of said terminal or a zone in which it is located, referred to as positioning zone; characterized in that it also comprises: - a step for retrieving, from a second database, topographical information relative to a zone around the position thus estimated or the positioning zone thus estimated, said second database comprising a topographical model of said zone, in the form of a list of objects classified into categories, each object being defined by attributive data comprising the category it belongs to, its geometrical and geographical data; - a second step for estimating the position of the terminal using the topographical information thus retrieved. - a step for retrieving identifiers of said access points from the signals thus received; - a step for searching in a first database for geographical position information for said access points from their respective identifiers; - a first step for estimating a position information of the terminal from at least the geographical position information of said access points, said position information being the position of said terminal or a zone in which it is located, referred to as positioning zone; - a step for retrieving, from a second database, topographical information relative to a zone around the position thus estimated or the positioning zone thus estimated, said second database comprising a topographical model of said zone, in the form of a list of objects classified into categories, each object being defined by attributive data comprising the category it belongs to, its geometrical and geographical data; - a second step for estimating the position of the terminal using the topographical information thus retrieved.
A cosmetic composition, characterized by comprising 0.0001 to 10%, by weight of the total composition, of guaçatonga extract (Casearia sylvestris), 0.00005 to 10%, by weight of the total composition, of aroeira extract (Schinus terebinthifolius raddi) and cosmetically acceptable adjuvants.
A method of facilitating link assignment in a wireless communication network, comprising: supplying a sticky assignment via an access node in response to a request, wherein the assignment specifies an assigned channel and wherein a sticky assignment is an assignment that is kept until de-assigned; and if no packet is decoded on the assigned channel, re-sending the assignment without being asked via a new request. supplying a sticky assignment via an access node in response to a request, wherein the assignment specifies an assigned channel and wherein a sticky assignment is an assignment that is kept until de-assigned; and if no packet is decoded on the assigned channel, re-sending the assignment without being asked via a new request.
A method for producing a refolded protein, comprising the step of: mixing a solubilized solution of a protein which has become insoluble or lost a higher-order structure thereof with a buffer in a micromixer, wherein the mixing step includes a step of mixing the solubilized solution and the buffer in a micromixer having an inner diameter of Y mm, the mixing includes bringing the buffer having a flow rate of X1 mL/min into contact with the solubilized solution having a flow rate of X2 mL/min, a relationship between X1 and Y is shown by the following formula, and a relationship between X1 and X2 is shown by the following formula Y ≦ 1 180 X 1 + 4 9 where 10 ≤ X1, and X 2 ≦ 1 10 X 1 mixing a solubilized solution of a protein which has become insoluble or lost a higher-order structure thereof with a buffer in a micromixer, wherein the mixing step includes a step of mixing the solubilized solution and the buffer in a micromixer having an inner diameter of Y mm, the mixing includes bringing the buffer having a flow rate of X1 mL/min into contact with the solubilized solution having a flow rate of X2 mL/min, a relationship between X1 and Y is shown by the following formula, and a relationship between X1 and X2 is shown by the following formula