mhurhangee/ep-ind-claims huggingface dataset:
A process for producing insulated pipes, which comprises the steps: provision of pipe for a medium and outer pipe, where the pipe for a medium is arranged within the outer pipe and an annular gap having ends E1 and E2 is formed between the pipe for a medium and outer pipe, introduction of a polyurethane system comprising at least one isocyanate component and at least one polyol mixture into the annular gap at the end E1 and foaming and curing of the polyurethane system, where the annular gap is closed by means of a cap at the end E2 and this cap has openings having an adjustable size, wherein the size of the openings can be altered continuously during the introduction as per step B by means of a rotatable plate installed in the cap. provision of pipe for a medium and outer pipe, where the pipe for a medium is arranged within the outer pipe and an annular gap having ends E1 and E2 is formed between the pipe for a medium and outer pipe, introduction of a polyurethane system comprising at least one isocyanate component and at least one polyol mixture into the annular gap at the end E1 and foaming and curing of the polyurethane system,
A dry alarm valve station of a fire extinguishing installation (100a-f) comprising an alarm valve which can be connected at the inlet side to an extinguishing fluid-filled supply line and at the outlet side to a sprinkler line which is air-filled in a standby state of the fire extinguishing installation (100a-f) and a pressure-operated valve body which is controlled by means of a control chamber and which is adapted in a blocking state to separate the supply line from the sprinkler line as long as there is a predetermined control pressure in the control chamber and to connect the supply line to the sprinkler line in a release state, an alarm line connected to the alarm valve in such a way that the alarm line is deluged with extinguishing fluid when the alarm valve assumes the release state, and an alarm device, preferably with an alarm pressure switch which is connected to the alarm line and is adapted to trigger an alarm signal when there is a predetermined fluid pressure in the alarm line, characterized by a first pressure-operated valve which is interposed between the alarm device and the alarm valve and is controlled by means of the control chamber and is adapted to block the alarm line as long as the predetermined control pressure obtains in the control chamber and to release it when the pressure in the control chamber is below the predetermined control pressure. an alarm line connected to the alarm valve in such a way that the alarm line is deluged with extinguishing fluid when the alarm valve assumes the release state, and an alarm device, preferably with an alarm pressure switch which is connected to the alarm line and is adapted to trigger an alarm signal when there is a predetermined fluid pressure in the alarm line, characterized by a first pressure-operated valve which is interposed between the alarm device and the alarm valve and is controlled by means of the control chamber and is adapted to block the alarm line as long as the predetermined control pressure obtains in the control chamber and to release it when the pressure in the control chamber is below the predetermined control pressure.
An information processing apparatus comprising: a display control unit configured to cause a display unit to display an authentication user interface (Ul) for obtaining an authentication image, the authentication UI having a plurality of display parameters; an image processing unit configured to receive the obtained authentication image; and to extract an iris from the authentication image; and an authentication unit configured to perform iris authentication using a matching process on the obtained iris of the authentication image and an iris image stored in an authentication database, wherein if the iris authentication is unsuccessful the brightness display parameter of the authentication UI is changed in order to cause a change in the size of a pupil in a new authentication image obtained for performing a further iris authentication; and wherein if iris authentication after changing the brightness display parameter of the authentication UI is unsuccessful, the iris authentication is performed again, using a new authentication image obtained by changing a different display parameter selected from the list consisting of: i. a shape of the authentication UI; ii. a colour of the authentication UI; and iii. a movement of the authentication UI. a display control unit configured to cause a display unit to display an authentication user interface (Ul) for obtaining an authentication image, the authentication UI having a plurality of display parameters; an image processing unit configured to receive the obtained authentication image; and to extract an iris from the authentication image; and an authentication unit configured to perform iris authentication using a matching process on the obtained iris of the authentication image and an iris image stored in an authentication database, wherein if the iris authentication is unsuccessful the brightness display parameter of the authentication UI is changed in order to cause a change in the size of a pupil in a new authentication image obtained for performing a further iris authentication; and wherein if iris authentication after changing the brightness display parameter of the authentication UI is unsuccessful, the iris authentication is performed again, using a new authentication image obtained by changing a different display parameter selected from the list consisting of: i. a shape of the authentication UI; ii. a colour of the authentication UI; and iii. a movement of the authentication UI. i. a shape of the authentication UI; ii. a colour of the authentication UI; and iii. a movement of the authentication UI.
A fixed angle centrifuge rotor (10, 150), comprising: a rotor body having a circumferential sidewall. and a plurality of tubular cavities, each cavity having an open end and a closed end and being configured to receive a sample container therein, wherein each of the plurality of tubular cavities has a sidewall facing an interior of the rotor body and a bottom wall at the closed end, characterized by: a pressure plate (54, 154) operatively coupled to the plurality of tubular cavities so that the pressure plate (54, 154), in combination with the plurality of tubular cavities, defines an enclosed hollow chamber between each adjacent pair of the plurality of tubular cavities, wherein the pressure plate (54, 154) comprises a generally conical upstanding wall portion and a bottom wall portion extending outwardly from the generally conical upstanding wall portion, wherein the generally conical upstanding wall portion of the pressure plate (54, 154) is operatively coupled to each of the sidewalls of the plurality of tubular cavities and the bottom wall portion of the pressure plate (54, 154) is operatively coupled to a substantial portion of each of the bottom walls of the plurality of tubular cavities; and wherein the bottom wall portion of the pressure plate (54, 154) includes a plurality of circumferentially spaced depressions (56, 156), each configured to operatively couple with a respective one of the bottom walls of the plurality of tubular cavities. a rotor body having a circumferential sidewall. and a plurality of tubular cavities, each cavity having an open end and a closed end and being configured to receive a sample container therein, wherein each of the plurality of tubular cavities has a sidewall facing an interior of the rotor body and a bottom wall at the closed end, a pressure plate (54, 154) operatively coupled to the plurality of tubular cavities so that the pressure plate (54, 154), in combination with the plurality of tubular cavities, defines an enclosed hollow chamber between each adjacent pair of the plurality of tubular cavities, wherein the pressure plate (54, 154) comprises a generally conical upstanding wall portion and a bottom wall portion extending outwardly from the generally conical upstanding wall portion, wherein the generally conical upstanding wall portion of the pressure plate (54, 154) is operatively coupled to each of the sidewalls of the plurality of tubular cavities and the bottom wall portion of the pressure plate (54, 154) is operatively coupled to a substantial portion of each of the bottom walls of the plurality of tubular cavities; and wherein the bottom wall portion of the pressure plate (54, 154) includes a plurality of circumferentially spaced depressions (56, 156), each configured to operatively couple with a respective one of the bottom walls of the plurality of tubular cavities.
A vehicle having a floor, a front end and a rear end, a left and a right side walls and a roof and wherein each one of the right and left side walls (20, 18) has at least a first and a second door opening, the roof having a roof structure comprising a lattice structure and an outer shell, said outer shell being placed atop said lattice structure and extending from the front end to the rear end of the vehicle, said lattice structure comprising: a pair of first longitudinal segments, said pair of first longitudinal segments having a right first longitudinal segment and a left first longitudinal segment, wherein said right first longitudinal segment runs along a top portion of the first door opening in the right side wall and said left first longitudinal segment runs along a top portion of the first door opening in the left side wall; a pair of second longitudinal segments, said pair of second longitudinal segments having a right second longitudinal segment and a left second longitudinal segment, wherein said right second longitudinal segment runs along a top portion of the second door opening in the right side wall and said left second longitudinal segment runs along a top portion of the second door opening in the left side wall; characterized in that said lattice structure further comprises: a first diagonal segment extending from said right first longitudinal segment to said left second longitudinal segment; and a second diagonal segment extending from said left first longitudinal segment to said right second longitudinal segment. a pair of first longitudinal segments, said pair of first longitudinal segments having a right first longitudinal segment and a left first longitudinal segment, wherein said right first longitudinal segment runs along a top portion of the first door opening in the right side wall and said left first longitudinal segment runs along a top portion of the first door opening in the left side wall; a pair of second longitudinal segments, said pair of second longitudinal segments having a right second longitudinal segment and a left second longitudinal segment, wherein said right second longitudinal segment runs along a top portion of the second door opening in the right side wall and said left second longitudinal segment runs along a top portion of the second door opening in the left side wall; a first diagonal segment extending from said right first longitudinal segment to said left second longitudinal segment; and a second diagonal segment extending from said left first longitudinal segment to said right second longitudinal segment.
A method, comprising: - receiving binary pixel values, the binary pixel values having been obtained by applying light (LBO, LB1) of a known color through an array of color filters onto an array of binary pixels, - receiving information on the color of said light (LBO, LB1) applied through the array of color filters onto the array of binary pixels, - forming an estimate of a color of a color filter associated with a first pixel by using a group (GRP(i,j)) of said binary pixel values indicating whether or not the binary pixels were activated by the applied light (LBO, LB1) of known color and said information on the color of said light (LBO, LB1), and - adapting information on the color of the color filters in said image processing system using said estimate. - receiving binary pixel values, the binary pixel values having been obtained by applying light (LBO, LB1) of a known color through an array of color filters onto an array of binary pixels, - receiving information on the color of said light (LBO, LB1) applied through the array of color filters onto the array of binary pixels, - forming an estimate of a color of a color filter associated with a first pixel by using a group (GRP(i,j)) of said binary pixel values indicating whether or not the binary pixels were activated by the applied light (LBO, LB1) of known color and said information on the color of said light (LBO, LB1), and - adapting information on the color of the color filters in said image processing system using said estimate.
An extremely high frequency, EHF, communication system, comprising: an EHF communication chip (141, 214, 300, 536), including: an EHF communication circuit, wherein the EHF communication circuit comprises at least one controllable parameter-based module having a testable and controllable operating parameter; and a test and trim circuit (304, 406, 500) coupled to the EHF communication circuit, wherein the test and trim circuit includes a logic circuit having one or more memory elements (412, 414); wherein the logic circuit is coupled to the at least one controllable parameter-based module having an associated testable and controllable operating parameter; and wherein the test and trim circuit further comprises an interface configured to operatively connect an external control circuit to the logic circuit, wherein the external control circuit is configured to control operation of the test and trim circuit. an EHF communication circuit, wherein the EHF communication circuit comprises at least one controllable parameter-based module having a testable and controllable operating parameter; and a test and trim circuit (304, 406, 500) coupled to the EHF communication circuit, wherein the test and trim circuit includes a logic circuit having one or more memory elements (412, 414); wherein the logic circuit is coupled to the at least one controllable parameter-based module having an associated testable and controllable operating parameter; and wherein the test and trim circuit further comprises an interface configured to operatively connect an external control circuit to the logic circuit, wherein the external control circuit is configured to control operation of the test and trim circuit.
Electric motor with connection box which comprises a plug connector unit, wherein the plug connector unit comprises a printed circuit board, first connection devices and a first plug connector part comprising second connection devices which are electrically connected to the first connection devices and which are releasably connectable to lines which comprise at least mains supply lines, and wherein electrical lines lead from phase windings of the electric motor to the first connection devices in the connection box (10, 11) and are electrically connected there to electrically conducting parts of the printed circuit board by means of a releasable connection, and wherein this first plug connector part 6 protrudes in such a manner from the housing of the connection box (10, 11) that a second plug connector part, connected to mains supply lines, is releasably connectable to the first plug connector part, and wherein the first and second connection devices (1,2) are electrically connected to electrically conducting parts of the printed circuit board, such as electrical connections, conductor tracks, layers, pads, by means of a soldered connection, wherein the connection box (10, 11) is constructed at least from two parts, that is, at least from a first part, in particular lower part, and a second part, in particular upper part, wherein the printed circuit board has electronic components, that is, resistors, capacitors, semiconductor components, and switches and jumpers, wherein the printed circuit board has a lower plug connector part inside the connection box (10, 11), wherein the second part, in particular upper part, of the connection box has a corresponding matching upper plug connector part, and wherein the further plug connector, consisting of lower and upper connector part, is the only electrical connection between second part, in particular upper part, and first part, in particular lower part, of the connection box (10, 11), with the exception of an earth connection, wherein the second part, in particular upper part, of the connection box (10, 11) has an electronic circuit, which comprises signal electronics and power electronics and is electrically connectable to a fieldbus.
A 3D stacked non-volatile storage device, comprising: a plurality of word lines layers (WL0, WL1,...) comprising a conductor, each word line layer comprising at least one word line plate and a plurality of word lines, each of the word line plates is associated with multiple ones of the plurality of word lines; a plurality of insulator layers (D0, D1,...) alternating with the word line layers in a stack; and a plurality of non-volatile storage element strings (NSA0, NSA1,...), each non-volatile storage element string comprises a plurality of non-volatile storage elements, each of the non-volatile storage elements is associated with one of the plurality of word lines; characterised by a plurality of word line select gates, an individual one of the word line select gates coupled between one of the word line plate and a first word line of the multiple ones of the word lines associated with the word line plate to allow selection of the first word line. a plurality of word lines layers (WL0, WL1,...) comprising a conductor, each word line layer comprising at least one word line plate and a plurality of word lines, each of the word line plates is associated with multiple ones of the plurality of word lines; a plurality of insulator layers (D0, D1,...) alternating with the word line layers in a stack; and a plurality of non-volatile storage element strings (NSA0, NSA1,...), each non-volatile storage element string comprises a plurality of non-volatile storage elements, each of the non-volatile storage elements is associated with one of the plurality of word lines; characterised by a plurality of word line select gates, an individual one of the word line select gates coupled between one of the word line plate and a first word line of the multiple ones of the word lines associated with the word line plate to allow selection of the first word line.
A system comprising: a plurality of sensors configured to sense electrical activity at locations distributed across a conductive volume, locations of each of the plurality of sensors being predetermined with respect to a spatial coordinate system and stored in memory as geometry data; a source electrode configured to be positioned within the conductive volume at an unknown location that is to be determined; a signal generator to supply electrical energy to the source electrode, corresponding to a generated source voltage, which generates an electric field, a circuit path extending from the source electrode to an electrical ground at a position on the outer surface of the conductive volume, which is coupled to the signal generator; and a location calculator configured to compute the location of the source electrode by minimizing a difference between the determined source voltages that are determined for multiple pairs of the plurality of sensors, each determined source voltage being determined based on sensor measurements of the electrical field for each respective one of the plurality of sensors and based on the geometry data. a plurality of sensors configured to sense electrical activity at locations distributed across a conductive volume, locations of each of the plurality of sensors being predetermined with respect to a spatial coordinate system and stored in memory as geometry data; a source electrode configured to be positioned within the conductive volume at an unknown location that is to be determined; a signal generator to supply electrical energy to the source electrode, corresponding to a generated source voltage, which generates an electric field, a circuit path extending from the source electrode to an electrical ground at a position on the outer surface of the conductive volume, which is coupled to the signal generator; and a location calculator configured to compute the location of the source electrode by minimizing a difference between the determined source voltages that are determined for multiple pairs of the plurality of sensors, each determined source voltage being determined based on sensor measurements of the electrical field for each respective one of the plurality of sensors and based on the geometry data.
A method of automated information entry in a mobile wireless device, comprising the following steps performed by the mobile wireless device: receiving, at a user interface of the wireless device, an input of a sequence of characters; identifying a location-related context based on at least a portion of the sequence of characters; obtaining location information of the wireless device in response to identifying the location-related context; obtaining (408,502) a first set of landmark information within a first range from the location information of the wireless device; characterized by determining whether the number of search results obtained as first set of landmark information meets a search result threshold; receiving a selection of landmark information from the first set of landmark information when it is determined that the number of search results meets the search result threshold; obtaining directional information relative to the selected landmark information, wherein the directional information includes one or more of a direction and a distance of the wireless device from the selected landmark information; and adding the directional information with the selected landmark information to the sequence of characters. receiving, at a user interface of the wireless device, an input of a sequence of characters; identifying a location-related context based on at least a portion of the sequence of characters; obtaining location information of the wireless device in response to identifying the location-related context; obtaining (408,502) a first set of landmark information within a first range from the location information of the wireless device; characterized by determining whether the number of search results obtained as first set of landmark information meets a search result threshold; receiving a selection of landmark information from the first set of landmark information when it is determined that the number of search results meets the search result threshold; obtaining directional information relative to the selected landmark information, wherein the directional information includes one or more of a direction and a distance of the wireless device from the selected landmark information; and adding the directional information with the selected landmark information to the sequence of characters.