mhurhangee/patent-ind-claim-en huggingface dataset:
A heat exchanger for a thermal management system of an aircraft assembly, the heat exchanger comprising: a core including a first side with a first core inlet , a second side that opposes the first side and includes a first core outlet , wherein the first core inlet is in fluid communication with the first core outlet , a third side having a second core inlet and a fourth side that opposes the third side and includes a second core outlet , wherein the second core inlet is in fluid communication with the second core outlet , the heat exchanger is a cross-flow plate-fin heat exchanger configured to utilize a first stream of cold air to cool a second stream of warm air; characterised by a screen being wrapped around the core , the screen covering the first core inlet and the first core outlet ; and a plurality of rollers disposed between the core and the screen for movably securing the screen to the core , the plurality of rollers engaging the screen , wherein movement of at least one of the plurality of rollers causes the screen to move about the core . a core including a first side with a first core inlet , a second side that opposes the first side and includes a first core outlet , wherein the first core inlet is in fluid communication with the first core outlet , a third side having a second core inlet and a fourth side that opposes the third side and includes a second core outlet , wherein the second core inlet is in fluid communication with the second core outlet , the heat exchanger is a cross-flow plate-fin heat exchanger configured to utilize a first stream of cold air to cool a second stream of warm air; characterised by a screen being wrapped around the core , the screen covering the first core inlet and the first core outlet ; and a plurality of rollers disposed between the core and the screen for movably securing the screen to the core , the plurality of rollers engaging the screen , wherein movement of at least one of the plurality of rollers causes the screen to move about the core .
A polyester resin composition, comprising: a polysiloxane-mixed polyester resin (R) comprising a polyester compound (P) and an amino group-containing polysiloxane compound (C) mixed; a phosphorus-containing flame retardant (G); a metal hydrate (I); and a fluorine-containing polymer (J), wherein the metal hydrate (I) is at least one selected from aluminum hydroxide, magnesium hydroxide, dawsonite, calcium aluminate, hydrated gypsum, calcium hydroxide, zinc borate, barium metaborate, borax, kaolin clay and calcium carbonate, wherein a content of the polyester compound (P) is in the range of 30 to 65% by mass with respect to the polyester resin composition; a content of the amino group-containing polysiloxane compound (C) is in the range of 1.5 to 10% by mass with respect to the polyester resin composition; a content of the phosphorus-containing flame retardant (G) is in the range of 1 to 20% by mass with respect to the polyester resin composition; a content of the metal hydrate (I) is in the range of 30 to 60% by mass with respect to the polyester resin composition; and a content of the fluorine-containing polymer (J) is in the range of 0.1 to 5% by mass with respect to the polyester resin composition, wherein the polyester compound (P) comprises a polylactic acid compound (A) and an aliphatic polyester resin (B).
A system for reducing carbon dioxide emissions from a flue gas, the system comprising: a carbonator that receives the flue gas and lean sorbent particles such that the lean sorbent particles absorb gaseous carbon dioxide from the flue gas and become loaded sorbent particles; a calciner that includes a drum that defines a cavity having a first opening and a second opening , the first opening fluidly connected to the carbonator such that the loaded sorbent particles flow into the cavity from the carbonator ; and wherein the drum rotates such that at least some of the loaded sorbent particles are mixed with heat-transferring particles so as to release the absorbed gaseous carbon dioxide and exit the drum via the second opening as lean sorbent particles, wherein the calciner includes an outer shell disposed around the drum so as to hermetically seal the drum , characterized in, that the outer shell and the drum define one or more channels through which a cooling medium may flow so as to cool the drum , and in that the calciner further includes a gear ring that is disposed on an outside of the drum and includes a channel that aligns with the one or more channels defined by the outer shell and the drum . a carbonator that receives the flue gas and lean sorbent particles such that the lean sorbent particles absorb gaseous carbon dioxide from the flue gas and become loaded sorbent particles; a calciner that includes a drum that defines a cavity having a first opening and a second opening , the first opening fluidly connected to the carbonator such that the loaded sorbent particles flow into the cavity from the carbonator ; and wherein the drum rotates such that at least some of the loaded sorbent particles are mixed with heat-transferring particles so as to release the absorbed gaseous carbon dioxide and exit the drum via the second opening as lean sorbent particles, wherein the calciner includes an outer shell disposed around the drum so as to hermetically seal the drum , characterized in, that the outer shell and the drum define one or more channels through which a cooling medium may flow so as to cool the drum , and in that the calciner further includes a gear ring that is disposed on an outside of the drum and includes a channel that aligns with the one or more channels defined by the outer shell and the drum .
Apparatus for producing an adhesive tape , in particular a wrapping tape for wrapping elongated material, preferably a wrapping tape for wrapping cable harnesses in automobiles, with a supply unit for feeding a ribbon-like textile carrier of the adhesive tape consisting mostly of plastic fibres, and with a coating unit for applying an at least strip-like adhesive coating to at least one side of the carrier , characterized in that - an ultrasonic unit is also provided which is designed to be displaceable relative to the carrier as it advances through in order to create perforations in the pattern of transverse perforations in the carrier , wherein - the ultrasonic unit can be displaced in the throughfeed direction (R) and/or transversely to the throughfeed direction (R), and wherein - the displacement is also carried out perpendicularly to the throughfeed direction (R) of the carrier , which in turn provides the capability to optionally position the ultrasonic unit against the carrier and to distance it from the carrier again. - an ultrasonic unit is also provided which is designed to be displaceable relative to the carrier as it advances through in order to create perforations in the pattern of transverse perforations in the carrier , wherein - the ultrasonic unit can be displaced in the throughfeed direction (R) and/or transversely to the throughfeed direction (R), and wherein - the displacement is also carried out perpendicularly to the throughfeed direction (R) of the carrier , which in turn provides the capability to optionally position the ultrasonic unit against the carrier and to distance it from the carrier again.
A line segment detection method for detecting a line segment (P) from an image , the line segment detection method comprising: extracting a straight line (L) from the image that includes the line segment (P); acquiring a luminance distribution on the straight line (L); generating a virtual function model (Lm) that contains a distribution of a foreground and a background of the image based on the luminance distribution , wherein the foreground is a part assumed as the line segment (P) from a start point and an end point virtually set at arbitrary positions on the straight line (L), and the background is a remaining portion except of the foreground on the straight line (L); and estimating end points of the line segment (P) in the virtual function model by moving the start point and the end point on the straight line (L) such that the distribution of the foreground in the virtual function model (Lm) matches the luminance distribution . extracting a straight line (L) from the image that includes the line segment (P); acquiring a luminance distribution on the straight line (L); generating a virtual function model (Lm) that contains a distribution of a foreground and a background of the image based on the luminance distribution , wherein the foreground is a part assumed as the line segment (P) from a start point and an end point virtually set at arbitrary positions on the straight line (L), and the background is a remaining portion except of the foreground on the straight line (L); and estimating end points of the line segment (P) in the virtual function model by moving the start point and the end point on the straight line (L) such that the distribution of the foreground in the virtual function model (Lm) matches the luminance distribution .
A base station comprising: a transmitting section configured to transmit a downlink data; and a receiving section configured to receive two transport blocks which are mapped to the two MIMO layers, to receive acknowledgement information relating to an error detection result of the downlink data which is scrambled with different scrambling schemes per MIMO layer of the two MIMO layers and which is arranged to a same time and frequency of the two MIMO layers, and to receive channel quality information, CQI, which is arranged to only one MIMO layer of the two MIMO layers. a transmitting section configured to transmit a downlink data; and a receiving section configured to receive two transport blocks which are mapped to the two MIMO layers, to receive acknowledgement information relating to an error detection result of the downlink data which is scrambled with different scrambling schemes per MIMO layer of the two MIMO layers and which is arranged to a same time and frequency of the two MIMO layers, and to receive channel quality information, CQI, which is arranged to only one MIMO layer of the two MIMO layers.
An electronic control box structure , wherein the electronic control box structure comprises an electronic control box body and an electronic control box cover ; the electronic control box body comprises an opening end, a side of the opening end is fixedly provided with a connecting portion and a positioning portion , and a side of the electronic control box cover is provided with an cooperating portion and a latching portion ; the cooperating portion is rotatably connected to the connecting portion , and the latching portion can engage the positioning portion , such that the electronic control box cover is opened with a fixed angle relative to the electronic control box body , the connecting portion is a fixed rotation shaft , and the cooperating portion is a rotation hanging ear cooperating with the fixed rotation shaft ; or the cooperating portion is the fixed rotation shaft , and the connecting portion is the rotation hanging ear cooperating with the fixed rotation shaft , the rotation hanging ear is rotatably hung to the fixed rotation shaft , wherein a reinforcing rib is disposed at one side in a thickness direction of the rotation hanging ear , the reinforcing rib is disposed along a circumferential direction of the rotation hanging ear and has an L-shaped structure, and the reinforcing rib has a height of 1 to 5 mm. the electronic control box body comprises an opening end, a side of the opening end is fixedly provided with a connecting portion and a positioning portion , and a side of the electronic control box cover is provided with an cooperating portion and a latching portion ; the cooperating portion is rotatably connected to the connecting portion , and the latching portion can engage the positioning portion , such that the electronic control box cover is opened with a fixed angle relative to the electronic control box body , the connecting portion is a fixed rotation shaft , and the cooperating portion is a rotation hanging ear cooperating with the fixed rotation shaft ; or the cooperating portion is the fixed rotation shaft , and the connecting portion is the rotation hanging ear cooperating with the fixed rotation shaft , the rotation hanging ear is rotatably hung to the fixed rotation shaft , wherein a reinforcing rib is disposed at one side in a thickness direction of the rotation hanging ear , the reinforcing rib is disposed along a circumferential direction of the rotation hanging ear and has an L-shaped structure, and the reinforcing rib has a height of 1 to 5 mm.
A polyalphaolefin composition comprising a mixture of (i) a C12 trimer-enriched oligomer fraction of trimers of C12 alpha-olefins and (ii) a C14 dimer-enriched oligomer fraction of dimers of C14 alpha-olefins, where the ratio by weight of the C12 trimer-enriched oligomer fraction to the C14 dimer-enriched oligomer fraction in the PAO composition is within a range of 4:1 by weight to 1:4 by weight, where the C12 trimer-enriched oligomer fraction has an average branching ratio <0.2 and the C14 dimer-enriched oligomer fraction has an average branching ratio of >0.20, and where the average branching ratio for the mixture of the C12 trimer-enriched oligomer fraction and the C14 dimer-enriched oligomer fraction is between 0.19 and 0.26; where the composition has a boiling point distribution where less than 30% by weight of the composition has a boiling point between 420 °C and 455 °C; where the resulting base oil has a kinematic viscosity of about 3.3 to 4.7 cSt at 100 °C; where the average branching ratio is calculated as disclosed in the description; where the boiling point distribution is calculated by a simulated distillation analysis (ASTM D2887). where the C12 trimer-enriched oligomer fraction has an average branching ratio <0.2 and the C14 dimer-enriched oligomer fraction has an average branching ratio of >0.20, and where the average branching ratio for the mixture of the C12 trimer-enriched oligomer fraction and the C14 dimer-enriched oligomer fraction is between 0.19 and 0.26; where the composition has a boiling point distribution where less than 30% by weight of the composition has a boiling point between 420 °C and 455 °C; where the resulting base oil has a kinematic viscosity of about 3.3 to 4.7 cSt at 100 °C; where the average branching ratio is calculated as disclosed in the description; where the boiling point distribution is calculated by a simulated distillation analysis (ASTM D2887).
A multi-die carrier assembly for punch forming operations, comprising: a die carrier configured to retain a plurality of forming dies (202, 204, 206, 258a, 268a-268d, 502, 504, 506, 602, 702); a die selector , coupled with the die carrier, configured to select one of the plurality of forming dies for operation on a workpiece by retaining or elevating the selected forming die at an operational height; and a mechanical rotator configured to rotate the die carrier with respect to the die selector ; and wherein the die carrier and the die selector define complementary mating surfaces that form a slidable interface configured to accommodate relative motion between the die carrier and the die selector; characterized in that the die selector defines a cam or a ramp configured to slide beneath each of the plurality of forming dies upon the relative rotation between the die carrier and the die selector. a die carrier configured to retain a plurality of forming dies (202, 204, 206, 258a, 268a-268d, 502, 504, 506, 602, 702); a die selector , coupled with the die carrier, configured to select one of the plurality of forming dies for operation on a workpiece by retaining or elevating the selected forming die at an operational height; and a mechanical rotator configured to rotate the die carrier with respect to the die selector ; and wherein the die carrier and the die selector define complementary mating surfaces that form a slidable interface configured to accommodate relative motion between the die carrier and the die selector; characterized in that the die selector defines a cam or a ramp configured to slide beneath each of the plurality of forming dies upon the relative rotation between the die carrier and the die selector.
A multi-directional fire extinguishing nozzle (200; 300; 400), comprising: a pylon fitting (270; 470) having a first inlet and a first outlet (272; 472); a hose fitting (280; 380; 480) having a first end (281; 481) and a nozzle end (282; 482), wherein the first end (281; 481) is coupled to the first outlet (272; 472) of the pylon fitting (270; 470) by a coupling nut (290; 390; 490), characterised in that the multi-directional fire extinguishing nozzle (200; 300; 400) further comprises a plurality of fluid distribution outlets (295; 395; 495) defining a void on an outer surface of the coupling nut (290; 390; 490) and extending through the coupling nut (290; 390; 490) and into the hose fitting (280; 380; 480). a pylon fitting (270; 470) having a first inlet and a first outlet (272; 472); a hose fitting (280; 380; 480) having a first end (281; 481) and a nozzle end (282; 482), wherein the first end (281; 481) is coupled to the first outlet (272; 472) of the pylon fitting (270; 470) by a coupling nut (290; 390; 490), characterised in that the multi-directional fire extinguishing nozzle (200; 300; 400) further comprises a plurality of fluid distribution outlets (295; 395; 495) defining a void on an outer surface of the coupling nut (290; 390; 490) and extending through the coupling nut (290; 390; 490) and into the hose fitting (280; 380; 480).
Process for the preparation of a compound with a structure of formula II, comprising the reaction of a compound with a structure of formula I, to give a compound of formula II, comprising that the reaction is conducted in the presence of Ruthenium on aluminum oxide and wherein the reaction is conducted under ambient atmosphere conditions wherein the amount of catalyst is below 20 mol %
An electric vehicle having an energy regulating system for regulating energy from a thermal energy source comprising: a thermally conductive member in thermal communication with the energy source , a thermal transfer element in thermal communication with the member , the thermal transfer element having an exterior surface ; a temperature sensor disposed proximate at least one of the thermal transfer element and the member ; a controller in operative communication with the sensor and the energy source for controlling the application of power to the thermal energy source in response to a signal from the sensor and a battery power source in operative communication with the thermal energy source , characterised in that the thermally conductive member comprises a sheet of flexible graphite. a thermally conductive member in thermal communication with the energy source , a thermal transfer element in thermal communication with the member , the thermal transfer element having an exterior surface ; a temperature sensor disposed proximate at least one of the thermal transfer element and the member ; a controller in operative communication with the sensor and the energy source for controlling the application of power to the thermal energy source in response to a signal from the sensor and a battery power source in operative communication with the thermal energy source , characterised in that the thermally conductive member comprises a sheet of flexible graphite.
A high-voltage connector arrangement with at least one first connector element for contacting a power source and at least one second connector element for contacting a consumer, furthermore comprising at least one filter assembly (100, 100 A, 100 B), wherein each of the at least one first connector element is connected respectively to one of the at least one second connector element by one of the at least one filter assembly , each of the at least one filter assembly having: a first and at least one second electrically conductive bus bar, wherein each bus bar respectively has a first terminal section which is connected to the respective first connector element , and a second terminal section which is connected to the respective second connector element , and a connecting section which is arranged between the first and second terminal sections , a circuit carrier comprising a filter circuit arranged thereon, at least one ring core element , a filter housing which encompasses the filter circuit, the ring core element , and at least a part of the first and at least one second electrically conductive bus bars , wherein the first and the at least one second bus bars run substantially parallel to each other and go through the at least one ring core element , and wherein the circuit carrier is arranged with the filter circuit in a region of the filter housing in which the connecting sections of the bus bars are accommodated, characterized in that the second terminal sections are configured as plug contact elements which are part of the second connector element and which can be connected to associated mating plug contacts, and wherein terminals are guided outwards on the filter housing to electrically contact the filter circuit. a first and at least one second electrically conductive bus bar, wherein each bus bar respectively has a first terminal section which is connected to the respective first connector element , and a second terminal section which is connected to the respective second connector element , and a connecting section which is arranged between the first and second terminal sections , a circuit carrier comprising a filter circuit arranged thereon, at least one ring core element , a filter housing which encompasses the filter circuit, the ring core element , and at least a part of the first and at least one second electrically conductive bus bars , wherein the first and the at least one second bus bars run substantially parallel to each other and go through the at least one ring core element , and wherein the circuit carrier is arranged with the filter circuit in a region of the filter housing in which the connecting sections of the bus bars are accommodated, characterized in that the second terminal sections are configured as plug contact elements which are part of the second connector element and which can be connected to associated mating plug contacts, and wherein terminals are guided outwards on the filter housing to electrically contact the filter circuit.