mhurhangee/patent-ind-claim-en huggingface dataset:
A satellite or a spacecraft comprising: a chassis; and a superconducting magnet control system mounted to or within at least a portion of said chassis for position control of said satellite or said spacecraft, wherein, said superconducting magnet control system comprises: at least one superconducting electromagnet comprising at least one coil, and further comprising or mounted to at least one cooling element that is in thermal contact with said at least one coil; and at least one cryocooler ; wherein, said at least one cryocooler is thermally coupled to said at least one cooling element to cool at least said at least one coil through said at least one cooling element by conduction cooling alone. a chassis; and a superconducting magnet control system mounted to or within at least a portion of said chassis for position control of said satellite or said spacecraft, wherein, said superconducting magnet control system comprises: at least one superconducting electromagnet comprising at least one coil, and further comprising or mounted to at least one cooling element that is in thermal contact with said at least one coil; and at least one cryocooler ; wherein, said at least one cryocooler is thermally coupled to said at least one cooling element to cool at least said at least one coil through said at least one cooling element by conduction cooling alone. at least one superconducting electromagnet comprising at least one coil, and further comprising or mounted to at least one cooling element that is in thermal contact with said at least one coil; and at least one cryocooler ; wherein, said at least one cryocooler is thermally coupled to said at least one cooling element to cool at least said at least one coil through said at least one cooling element by conduction cooling alone.
A device for connecting at least two bodies to one another, with an upper device part for connecting the device with a first body and a lower device part for connecting the device to a second body , wherein the upper device part and the lower device part are each open on two opposite sides (A, B; A', B') to enable the connection to a first or second body which is longer than the device and two side arms for at least partially enclosing a respective body, characterized in that both side arms have a movable wing which enable adapting the device to different bodies .
A composition comprising a non-spliced XBP1 peptide of 35 amino acids or less in length comprising the amino acid sequence of SEQ ID NO:6, a spliced XBP1 peptide of 35 amino acids or less in length and comprising the amino acid sequence of SEQ ID NO:10, and a CD138 peptide of 35 amino acids or less in length and comprising the amino acid sequence of SEQ ID NO:12, for use in a method of inducing an immune response in a subject having breast cancer, colon cancer, pancreatic cancer, or prostate cancer.
Method for producing reinforced core composites, said method comprising the following steps: - incorporating a pin into a foam or filled honeycomb-shaped core material; wherein - the pin and the core material contain a thermoplastic plastics material or a mixture of thermoplastic plastics materials; and - the pin is heated in such a manner that the core material softens or melts at the incorporation location when the pin is being incorporated; and/or - the core material is heated at the incorporation location such that the core material softens or melts; and wherein the core material is particle-reinforced so as to locally heat the core material. - incorporating a pin into a foam or filled honeycomb-shaped core material; - the pin and the core material contain a thermoplastic plastics material or a mixture of thermoplastic plastics materials; and - the pin is heated in such a manner that the core material softens or melts at the incorporation location when the pin is being incorporated; and/or - the core material is heated at the incorporation location such that the core material softens or melts;
Synchronous mechanism for a correlated seat/backrest movement of an office chair, having a base support which is placeable on a chair column , a seat support and a backrest support , wherein the backrest support is connected to the base support so as to be pivotable about a first transverse axis and is also connected to the seat support in an articulated manner, and wherein the seat support is connected to the base support in an articulated manner via a coupling element , wherein the coupling element is connected to the base support so as to be pivotable about a second transverse axis and is also connected to the seat support in an articulated manner at an articulation point , wherein a spring mechanism for setting the pivoting resistance of the backrest is provided, which spring mechanism has at least one spring element , characterized in that the at least one spring element is connected by its one spring end to the backrest support and by its other spring end not to the seat support but to the coupling element at a distance from the second transverse axis , such that a movement of the backrest brings about a movement of both spring ends . wherein the backrest support is connected to the base support so as to be pivotable about a first transverse axis and is also connected to the seat support in an articulated manner, and wherein the seat support is connected to the base support in an articulated manner via a coupling element , wherein the coupling element is connected to the base support so as to be pivotable about a second transverse axis and is also connected to the seat support in an articulated manner at an articulation point , wherein a spring mechanism for setting the pivoting resistance of the backrest is provided, which spring mechanism has at least one spring element , characterized in that the at least one spring element is connected by its one spring end to the backrest support and by its other spring end not to the seat support but to the coupling element at a distance from the second transverse axis , such that a movement of the backrest brings about a movement of both spring ends .
Automatic door or window system (10; 26) having a drive device , a control unit , at least one sensor unit (A-E) and at least one leaf/sash (16; 28) able to be driven by way of the drive device , wherein the at least one sensor unit (A-E) and the control unit form subscribers of a data transmission system and are connected to one another via said data transmission system, characterized in that the at least one sensor unit (A-E) comprises at least two slots (KA, KI, SIS, SIO), which are used for coding different positions of the sensor unit (A-E) on the door or on the window, for connecting the sensor unit (A-E) to the data transmission system and the at least one sensor unit (A-E) furthermore comprises at least one third slot (Out) to further connect the data transmission system and to connect a further subscriber to the data transmission system .
A compound of formula (I), wherein all of R 1 , R 2 , and R 3 are hydrogen; and X is an alkali metal cation, an ammonium cation, or a quaternary ammonium cation.
A bodywork part of a motor vehicle comprising a rear spoiler of a motor vehicle comprising at least one movable aerodynamic element and displacement means allowing the movable aerodynamic element to be moved between a retracted position and a deployed position, the movable aerodynamic element comprising a reversing camera , the reversing camera not being visible from outside the vehicle when the bodywork part is mounted on the vehicle and the movable aerodynamic element is in the retracted position, the bodywork part comprising a housing for accommodating the reversing camera when the movable aerodynamic element is in the retracted position, characterized in that the housing comprises a means for cleaning the reversing camera .
A 3D-printed product made of a multiphase alloy comprising a metal matrix and grains of carbides embedded in the metal matrix; wherein the alloy comprises Carbon: equal to or greater than 2.47 and equal to or less than 2.55 weight%, Tungsten: equal to or greater than 10 and equal to or less than 12 weight%, Chromium: equal to or greater than 3.5 and equal to or less than 4.5 weight% Cobalt: equal to or greater than 14 and equal to or less than 18 weight%; Molybdenum: equal to or greater than 4 and equal to or less than 6 weight%; Vanadium: equal to or greater than 5 and equal to or less than 8 weight%; unavoidable amounts of impurities; wherein the rest is iron; and wherein the maximum carbide size is less than 10μm. wherein the alloy comprises Carbon: equal to or greater than 2.47 and equal to or less than 2.55 weight%, Tungsten: equal to or greater than 10 and equal to or less than 12 weight%, Chromium: equal to or greater than 3.5 and equal to or less than 4.5 weight% Cobalt: equal to or greater than 14 and equal to or less than 18 weight%; Molybdenum: equal to or greater than 4 and equal to or less than 6 weight%; Vanadium: equal to or greater than 5 and equal to or less than 8 weight%; unavoidable amounts of impurities; wherein the rest is iron; and wherein the maximum carbide size is less than 10μm.
An anti-disengagement system for wall-cupboards wherein a wall-cupboard has a top and is hooked, by means of a hook of a hanging bracket , to a support fixed to a wall (P), characterized in that it comprises, in combination: a base with said wall (P) fixable to the wall (P) and a blocking element (161,261,361,461,561;602,603) assembled on said base , to be positioned above said top , releasable means (162,291;d,394,471;542,546,543,544; 605,606) for fixing said blocking element (161,261,361,461,561;602,603) in position being envisaged, for preventing the upward movement of said cupboard , and therefore its free disengagement from said support , being said anti-disengagement system independent of said hanging bracket .
A method performed by a source device comprising: acquiring , by a plurality of sensors , a plurality of data streams; appending timing information for each of the data streams; forming data packets of the plurality of data streams with the timing information; transmitting the data packets to a target device configured to synchronize the plurality of data streams using the timing information; and characterized in that the method comprises: prioritizing one or more of the plurality of data streams based on an order of reliability received from the target device . acquiring , by a plurality of sensors , a plurality of data streams; appending timing information for each of the data streams; forming data packets of the plurality of data streams with the timing information; transmitting the data packets to a target device configured to synchronize the plurality of data streams using the timing information; and
An image decoding method for decoding a code sequence including an encoded image partitioned into processing units and a header of a processing unit of a size of a largest unit, the image decoding method comprising: decoding partition information included in the code sequence , the partition information representing a partitioning pattern; and determining the partitioning pattern from the decoded partition information , wherein the image is divided into processing units of a size of a largest unit and hierarchically partitioned into processing units in the order of starting from the largest unit of the processing units in a hierarchical format; the hierarchically partitioning of the image further including, per processing unit of a size of the largest unit, the partitioning pattern specifying hierarchical partitioning of the processing unit of a size of the largest unit into processing units, wherein characterized in that the partition information is decoded from the header of the processing unit of a size of the largest unit, and the partition information includes maximum used hierarchy depth information indicative of a hierarchy depth of a deepest processing unit of the processing units resulting from the hierarchical partitioning of the processing unit of a size of the largest unit. decoding partition information included in the code sequence , the partition information representing a partitioning pattern; and determining the partitioning pattern from the decoded partition information , wherein the image is divided into processing units of a size of a largest unit and hierarchically partitioned into processing units in the order of starting from the largest unit of the processing units in a hierarchical format; the hierarchically partitioning of the image further including, per processing unit of a size of the largest unit, the partitioning pattern specifying hierarchical partitioning of the processing unit of a size of the largest unit into processing units, wherein characterized in that the partition information is decoded from the header of the processing unit of a size of the largest unit, and the partition information includes maximum used hierarchy depth information indicative of a hierarchy depth of a deepest processing unit of the processing units resulting from the hierarchical partitioning of the processing unit of a size of the largest unit.
Motor vehicle steering system with a housing for a support device of the steering system with an electrical sensor device configured to detect a condition indicative of water being present in the housing , wherein the electrical sensor comprises a first electrode and a second electrode spaced apart from the first electrode , wherein the first electrode is formed by a non-insulated part of the support device and the second electrode is formed by the housing, characterized in that in event of water is present in the housing the electrical sensor build up a galvanic cell and the electrical sensor device has a high impedance voltmeter , that is connected to one of the supply phases of the support device to measure the voltage induced by the galvanic cell .
A rimless display device, comprising a rigid base plate ; a flexible substrate provided on the rigid base plate , provided with a display region having an organic light-emitting layer arranged therein and a non-display region ; wherein the non-display region of the flexible substrate is fixed on a lateral surface or a rear surface of the display device after a part of the rigid base plate at a location corresponding to the non-display region is removed and the non-display region is folded, wherein the non-display region is provided with an Integrated Circuit, IC, zone and a Gate Driving Circuit, abbreviated as GIP, zone, and the GIP zone has a hollowed-out structure. a rigid base plate ; a flexible substrate provided on the rigid base plate , provided with a display region having an organic light-emitting layer arranged therein and a non-display region ; wherein the non-display region of the flexible substrate is fixed on a lateral surface or a rear surface of the display device after a part of the rigid base plate at a location corresponding to the non-display region is removed and the non-display region is folded, wherein the non-display region is provided with an Integrated Circuit, IC, zone and a Gate Driving Circuit, abbreviated as GIP, zone, and the GIP zone has a hollowed-out structure.
A dosing device for dosing a fluid into a receptacle , comprising: - a valve body with an extension along a first prevalent direction (D1), said valve body having a dispensing nozzle for dispensing the fluid; - a shutter slidably inserted inside a passage obtained in the valve body ; - a dosing cylinder having an extension along a second prevalent direction (D2); - a piston slidably inserted into said dosing cylinder so as to define a variable volume dosing chamber , the second prevalent direction (D2) is inclined relative to the first prevalent direction (D1) so that the dosing cylinder is inclined relative to the valve body , said dosing cylinder leading with a first end into said valve body , characterised in that said passage is obtained between an inlet for the fluid and the dispensing nozzle for dispensing the fluid. - a valve body with an extension along a first prevalent direction (D1), said valve body having a dispensing nozzle for dispensing the fluid; - a shutter slidably inserted inside a passage obtained in the valve body ; - a dosing cylinder having an extension along a second prevalent direction (D2); - a piston slidably inserted into said dosing cylinder so as to define a variable volume dosing chamber , the second prevalent direction (D2) is inclined relative to the first prevalent direction (D1) so that the dosing cylinder is inclined relative to the valve body , said dosing cylinder leading with a first end into said valve body , characterised in that said passage is obtained between an inlet for the fluid and the dispensing nozzle for dispensing the fluid.
A non-oriented electrical steel sheet consisting of 0.005 wt% or less of C, 1.0 - 4.0 wt% of Si, 0.1 - 0.8 wt% of Al, 0.01 - 0.1 wt% of Mn, 0.02 - 0.3 wt% of P,0.005 wt% or less of N, 0.001 - 0.005 wt% of S, 0.005 wt% or less of Ti, 0.01-0.2 wt% of at least one of Sn and Sb, and the remainder being Fe and unavoidable impurities added thereto wherein Mn, Al, P, and S fulfill the empirical formula below: 0.8 ≤ Mn / 100 ∗ S + Al / P ≤ 40 , wherein [Mn], [Al], [P], and [S] respectively refer to weight percentages of Mn, Al, P, and S. wherein a ratio (N S≥0.1 μm /N Tot ) between a number of MnS, CuS and (Mn, Cu)S complex sulfides (N S≥0.1 μm ) having a size of 0.1 μm or greater and a total number of inclusions (N Tot ) having a size of 0.01 - 1 μm is 0.5 or greater. wherein [Mn], [Al], [P], and [S] respectively refer to weight percentages of Mn, Al, P, and S. wherein a ratio (N S≥0.1 μm /N Tot ) between a number of MnS, CuS and (Mn, Cu)S complex sulfides (N S≥0.1 μm ) having a size of 0.1 μm or greater and a total number of inclusions (N Tot ) having a size of 0.01 - 1 μm is 0.5 or greater.
Electrical hand-operated power tool with a drive motor for driving a tool , with a control device for electrical control of the drive motor , with an operating device for operation of the hand-operated power tool , and with a presetting device mounted on the operating device and actuable by an operator to generate preset values for the control device which controls the drive motor with the aid of the preset values , wherein the operating device forms an operating unit and has an operating device housing , wherein the drive motor and the control device form a drive unit and are located in a drive housing separate from the operating device housing , wherein an extension unit extends between the drive unit and the operating unit , and electrical power supply lines to provide an electrical power supply voltage for the drive unit run between the operating device housing and the drive housing, wherein the operating device has electrical data transmission means for the transmission to the control device of preset data formed with the aid of the preset values , by changing the power supply voltage , and wherein the drive unit has evaluation means for evaluating the preset data transmitted over the power supply voltage for control of the drive motor by provision of a drive voltage generated from the power supply voltage with the aid of the preset data , wherein the data transmission means have clock switching means for clocked changing of the power supply voltage , namely for clocked switching on and off of the power supply voltage , wherein the preset data are represented by at least one preset data clock rate , and that the clock switching means are designed to generate the preset data clock rate or rates at start of operation and/or if there is a change in the preset values .
A tubular element for the insertion of a probe, a catheter or a cannula inside a cardiovascular conduit, comprising a pointed end consisting of: - a distal end having a front edge inclined relative to the main axis of extension (X) in such a way as to form a first operating angle (α); - an intermediate portion configured to join the distal end to the main body and having a front edge inclined with respect to the main axis of extension (X) in such a way as to form a second operating angle (β) which is different from said first operating angle (α); the first operating angle (α) is between 40° and 50°, and the second operating angle (β) is between 10° and 30°; characterized in that said first operating angle (α) is equal to 45° and said second operating angle (β) is equal to 20°. - a distal end having a front edge inclined relative to the main axis of extension (X) in such a way as to form a first operating angle (α); - an intermediate portion configured to join the distal end to the main body and having a front edge inclined with respect to the main axis of extension (X) in such a way as to form a second operating angle (β) which is different from said first operating angle (α); the first operating angle (α) is between 40° and 50°, and the second operating angle (β) is between 10° and 30°; characterized in that said first operating angle (α) is equal to 45° and said second operating angle (β) is equal to 20°.
A hot section of a gas turbine engine , the hot section comprising: a stator housing wall ; at least one insulating standoff attached to the stator housing wall extending radially away from the stator housing wall , and an accessory module attached to an opposite end of the at least one insulating standoff away from the stator housing wall ; characterised in that the at least one insulating standoff is formed of a lattice network, the lattice network formed of a repeating network of spar assemblies and infiltrated with ceramic material. a stator housing wall ; at least one insulating standoff attached to the stator housing wall extending radially away from the stator housing wall , and an accessory module attached to an opposite end of the at least one insulating standoff away from the stator housing wall ;
A device for rolling cigarettes, comprising: - a feeding unit for feeding a continuous web of wrapping material having a succession of discrete areas ; - a conveyor configured to receive the continuous web from the feeding unit and defining a feed path (P); - cutting means , located along the feed path (P) and acting in conjunction with the conveyor to cut the continuous web both at zones of the continuous web with the discrete areas and at zones of the continuous web without the discrete areas , in such a way as to obtain a succession of wrapping patches , each of which has only a part of one of the discrete areas ; the device being characterized in that is comprises - at least one turning device , active on the feed path (P) and operating on at least one of the patches separated from the continuous web to overturn the patch in such a way as to invert the positions of the front edge and rear edge of the patch with reference to the feed direction of the patch along the feed path (P). - a feeding unit for feeding a continuous web of wrapping material having a succession of discrete areas ; - a conveyor configured to receive the continuous web from the feeding unit and defining a feed path (P); - cutting means , located along the feed path (P) and acting in conjunction with the conveyor to cut the continuous web both at zones of the continuous web with the discrete areas and at zones of the continuous web without the discrete areas , in such a way as to obtain a succession of wrapping patches , each of which has only a part of one of the discrete areas ;