mhurhangee/ep-ind-claims huggingface dataset:
Method for determining initial data for determining position data of a vehicle on the basis of vehicle-dynamics data, characterized in that it comprises the following method steps: - associating a defined ambient condition at a defined position of the vehicle with the position of the vehicle, - detecting an ambient condition, and - using the defined position as initial data if a comparison of the detected ambient condition and the defined ambient condition satisfies a predetermined condition, - wherein the defined position of the vehicle is a position at which the vehicle is switched off, and - wherein the defined ambient condition comprises at least a portion of an image of a surrounding area of the vehicle. - associating a defined ambient condition at a defined position of the vehicle with the position of the vehicle, - detecting an ambient condition, and - using the defined position as initial data if a comparison of the detected ambient condition and the defined ambient condition satisfies a predetermined condition, - wherein the defined position of the vehicle is a position at which the vehicle is switched off, and - wherein the defined ambient condition comprises at least a portion of an image of a surrounding area of the vehicle.
Dynamic transaction card comprising: an outer protective layer (204, 704, 1904) having an outer edge; a core layer containing components of the dynamic transaction card (120, 200, 410, 700, 1220, 1320, 1420); wherein the components of the core layer of the dynamic transaction card (120,...) include: a EuroPay-Mastercard-Visa (EMVTM) chip (122, 212, 712) comprising an EMVTM plate accessible from the outer protective layer and an EMVTM processor (1230, 1330, 1430); a printed circuit board (PCB, 232) to provide integration between the components of the dynamic transaction card (120,...); the dynamic transaction card further comprising: a card backing (236, 1936) having an outer edge, wherein the card backing outer edge and the outer protective layer (204, 704, 1904) are connected to one another along the respective outer edges to form a casing for the core layer; the dynamic transaction card being characterized by: a top outer layer (202, 702, 1902) comprising a film covering, the top outer layer (202, 702, 1902) covering the outer protective layer (204, 704, 1904); and an antenna incorporated into the top outer layer (202, 702, 1902); wherein the antenna is connected to the core layer onto the PCB via a conductive path. an outer protective layer (204, 704, 1904) having an outer edge; a core layer containing components of the dynamic transaction card (120, 200, 410, 700, 1220, 1320, 1420); wherein the components of the core layer of the dynamic transaction card (120,...) include: a EuroPay-Mastercard-Visa (EMVTM) chip (122, 212, 712) comprising an EMVTM plate accessible from the outer protective layer and an EMVTM processor (1230, 1330, 1430); a printed circuit board (PCB, 232) to provide integration between the components of the dynamic transaction card (120,...); a EuroPay-Mastercard-Visa (EMVTM) chip (122, 212, 712) comprising an EMVTM plate accessible from the outer protective layer and an EMVTM processor (1230, 1330, 1430); a printed circuit board (PCB, 232) to provide integration between the components of the dynamic transaction card (120,...); the dynamic transaction card further comprising: a card backing (236, 1936) having an outer edge, wherein the card backing outer edge and the outer protective layer (204, 704, 1904) are connected to one another along the respective outer edges to form a casing for the core layer; the dynamic transaction card being characterized by: a top outer layer (202, 702, 1902) comprising a film covering, the top outer layer (202, 702, 1902) covering the outer protective layer (204, 704, 1904); and an antenna incorporated into the top outer layer (202, 702, 1902); wherein the antenna is connected to the core layer onto the PCB via a conductive path. a top outer layer (202, 702, 1902) comprising a film covering, the top outer layer (202, 702, 1902) covering the outer protective layer (204, 704, 1904); and an antenna incorporated into the top outer layer (202, 702, 1902); wherein the antenna is connected to the core layer onto the PCB via a conductive path.
Installation for handling workpieces, - comprising a handling device which has at least one vacuum gripper for suctioning a workpiece, - comprising at least one vacuum generator for supplying the vacuum gripper with a vacuum, which vacuum generator can be operated by means of a compressed air supply, - comprising at least one controllable control valve, by means of which the compressed air supply to the vacuum generator can be controlled, a control apparatus for actuating the control valve as required being assigned to the control valve, the handling device comprising an evaluation unit for evaluating operating data of the vacuum generator and/or operating data of the handling device and for generating control signals depending on the evaluated operating data, the control apparatus controlling the control valve depending on the control signals transmitted by the evaluation unit, the handling device comprising a carrier, it being possible for the carrier to be attached to and detached from a holding portion of the installation, the at least one vacuum gripper and the evaluation unit being arranged on the carrier, characterized in that the at least one vacuum generator is arranged on the holding portion of the installation. - comprising a handling device which has at least one vacuum gripper for suctioning a workpiece, - comprising at least one vacuum generator for supplying the vacuum gripper with a vacuum, which vacuum generator can be operated by means of a compressed air supply, - comprising at least one controllable control valve, by means of which the compressed air supply to the vacuum generator can be controlled, a control apparatus for actuating the control valve as required being assigned to the control valve, the handling device comprising an evaluation unit for evaluating operating data of the vacuum generator and/or operating data of the handling device and for generating control signals depending on the evaluated operating data, the control apparatus controlling the control valve depending on the control signals transmitted by the evaluation unit, the handling device comprising a carrier, it being possible for the carrier to be attached to and detached from a holding portion of the installation, the at least one vacuum gripper and the evaluation unit being arranged on the carrier, characterized in that the at least one vacuum generator is arranged on the holding portion of the installation.
An effective amount of poziotinib for use in a method of treating cancer in a subject comprising administering said effective amount of poziotinib to the subject, wherein the subject has been determined to have one or more HER2 exon 19 mutations.
A method of applying therapeutic agents to an intraluminal medical device having a plurality of openings therein, the method comprising: applying a mask to a scaffold which has a plurality of openings formed in it so that the mask is applied to the interior surfaces of the openings, applying a coating to the surfaces of the scaffold, the coating comprising an anti-thrombotic material, removing the mask and any coating adhered to the mask from the interior surfaces of the plurality of openings in the scaffold, characterised in that the mask is removed by dissolving it in a solvent, the mask removal step being such that the coating of the anti-thrombotic material on the surfaces of the scaffold other than the interior surfaces of the openings in the scaffold is not removed, and the method includes the subsequent step of filling the plurality of openings at least partially with one or more therapeutic agents. applying a mask to a scaffold which has a plurality of openings formed in it so that the mask is applied to the interior surfaces of the openings, applying a coating to the surfaces of the scaffold, the coating comprising an anti-thrombotic material, removing the mask and any coating adhered to the mask from the interior surfaces of the plurality of openings in the scaffold, characterised in that the mask is removed by dissolving it in a solvent, the mask removal step being such that the coating of the anti-thrombotic material on the surfaces of the scaffold other than the interior surfaces of the openings in the scaffold is not removed, and the method includes the subsequent step of filling the plurality of openings at least partially with one or more therapeutic agents.
A display device comprising: a plate-shape display medium being light-transmitting; and a projection unit that projects light expressing an image onto the display medium such that the light is reflected toward a user by the display medium, wherein the projection unit changes a display distance in the image three-dimensionally with a shorter display distance towards a lower side of the image and a longer display distance toward an upper side of the image, the display distance being between an eye of the user and a position of an image visually recognized as a virtual image by the user through the display medium by the light projection, and the display medium is formed such that a wedge angle ( θ) that is of an angle formed between a front side and a back side in a region located at any level of the display medium is continuously decreased with increasing level of the display medium. a plate-shape display medium being light-transmitting; and a projection unit that projects light expressing an image onto the display medium such that the light is reflected toward a user by the display medium, wherein the projection unit changes a display distance in the image three-dimensionally with a shorter display distance towards a lower side of the image and a longer display distance toward an upper side of the image, the display distance being between an eye of the user and a position of an image visually recognized as a virtual image by the user through the display medium by the light projection, and the display medium is formed such that a wedge angle ( θ) that is of an angle formed between a front side and a back side in a region located at any level of the display medium is continuously decreased with increasing level of the display medium.
A dishwasher, comprising: a case having a dishwashing space disposed therein; and at least one rack assembly (4, 5, 6) configured to hold dishware therein and to be inserted into and removed from the case, wherein the at least one rack assembly (4, 5, 6) comprises a frame and at least one basket (30; 130; 230) configured to be supported by the frame and wherein the at least one basket (30; 130; 230) comprises: a plurality of dish holders configured to hold dishes or utensils securely in the at least one basket (30; 130; 230), wherein the plurality of dish holders comprises first and second dish holders (32, 33; 132, 133; 232, 233) having different heights disposed adjacent to one another, characterized in that the plurality of dish holders further includes a plurality of third dish holders (34; 134; 234) having a height different from the first and second dish holders (32, 33; 132, 133; 232, 233) wherein the plurality of dish holders (32, 33, 34; 132, 133, 134; 232, 233, 234) is arranged in a line of repeated decreasing then increasing height. a case having a dishwashing space disposed therein; and at least one rack assembly (4, 5, 6) configured to hold dishware therein and to be inserted into and removed from the case, wherein the at least one rack assembly (4, 5, 6) comprises a frame and at least one basket (30; 130; 230) configured to be supported by the frame and wherein the at least one basket (30; 130; 230) comprises: a plurality of dish holders configured to hold dishes or utensils securely in the at least one basket (30; 130; 230), wherein the plurality of dish holders comprises first and second dish holders (32, 33; 132, 133; 232, 233) having different heights disposed adjacent to one another, characterized in that the plurality of dish holders further includes a plurality of third dish holders (34; 134; 234) having a height different from the first and second dish holders (32, 33; 132, 133; 232, 233) wherein the plurality of dish holders (32, 33, 34; 132, 133, 134; 232, 233, 234) is arranged in a line of repeated decreasing then increasing height. a plurality of dish holders configured to hold dishes or utensils securely in the at least one basket (30; 130; 230), wherein the plurality of dish holders comprises first and second dish holders (32, 33; 132, 133; 232, 233) having different heights disposed adjacent to one another, characterized in that the plurality of dish holders further includes a plurality of third dish holders (34; 134; 234) having a height different from the first and second dish holders (32, 33; 132, 133; 232, 233) wherein the plurality of dish holders (32, 33, 34; 132, 133, 134; 232, 233, 234) is arranged in a line of repeated decreasing then increasing height.
Method for changing a working fluid in an expansion system for temperature detection by means of thermomechanical expansion and movement, wherein the expansion system - contains the working fluid, and - has an activation material for changing the working fluid, characterized in that the activation material, upon contact with the working fluid or upon mixing with the working fluid, changes said working fluid with regard to its volume and/or its flowability. - contains the working fluid, and - has an activation material for changing the working fluid, characterized in that the activation material, upon contact with the working fluid or upon mixing with the working fluid, changes said working fluid with regard to its volume and/or its flowability.
A method of setting a cell pressure range for a secondary battery cells in a secondary battery module, the method comprising: a first operation of determining a secondary battery cell to be applied to the secondary battery module, and based on performance data of the secondary battery cell obtained when the secondary battery cell is pressed with increasing pressure, determining a minimum pressure for realizing performance of the secondary battery cell as Pcell_min and determining a maximum pressure for realizing performance of the secondary battery cell as Pcell_max; a second operation of, when the secondary battery cells are stacked in one direction to form a cell stack and the cell stack is stored in a module housing, determining, as Pmodule_min, a minimum pressure at which the cell stack is supported and fixed and determining, as Pmodule_max, a maximum pressure at which the cell stack is pressed without damage to the module housing in end of life of the secondary battery cells, wherein an intersection range of the Pcell_min to the Pcell_max and the Pmodule_min to the Pmodule_max is set as the cell pressure range; applying pressure within the cell pressure range to the cell stack stacked in the module housing. a first operation of determining a secondary battery cell to be applied to the secondary battery module, and based on performance data of the secondary battery cell obtained when the secondary battery cell is pressed with increasing pressure, determining a minimum pressure for realizing performance of the secondary battery cell as Pcell_min and determining a maximum pressure for realizing performance of the secondary battery cell as Pcell_max; a second operation of, when the secondary battery cells are stacked in one direction to form a cell stack and the cell stack is stored in a module housing, determining, as Pmodule_min, a minimum pressure at which the cell stack is supported and fixed and determining, as Pmodule_max, a maximum pressure at which the cell stack is pressed without damage to the module housing in end of life of the secondary battery cells, wherein an intersection range of the Pcell_min to the Pcell_max and the Pmodule_min to the Pmodule_max is set as the cell pressure range; applying pressure within the cell pressure range to the cell stack stacked in the module housing.
A method for writing in a volatile memory comprising at least one reception of a request for writing in the memory (RQ_ECR), and, in response to each request for writing in the memory (RQ_ECR): - a preparation of the data to be written in the memory (PREP_DatEcc) comprising a calculation of an error correcting code; - a recording in a buffer register (BUF_DatEcc) of the data to be written in the memory; characterised in that the writing method further comprises: - if no new write or read request in the memory is received (rq_nok) after said recording (BUF_DatEcc), a writing in the memory (ECR_DatEcc) of the data to be written recorded in the buffer register. - a preparation of the data to be written in the memory (PREP_DatEcc) comprising a calculation of an error correcting code; - a recording in a buffer register (BUF_DatEcc) of the data to be written in the memory; - if no new write or read request in the memory is received (rq_nok) after said recording (BUF_DatEcc), a writing in the memory (ECR_DatEcc) of the data to be written recorded in the buffer register.
An earphone socket, comprising: a socket body in which an earphone jack for receiving an earphone plug is formed; and a plurality of ground terminals which are arranged in the earphone jack for contacting a ground section disposed on an earphone plug when the earphone plug is inserted into the earphone jack; wherein each of the ground terminals comprises: a common ground structure arranged on an inner wall of the earphone jack, a header for contacting the earphone plug when the earphone plug is inserted into the earphone jack, wherein the plurality of ground terminals are uniformly arranged along a circumferential direction of the earphone jack; and wherein the common ground structure is an annular metal structure arranged on the inner wall of the earphone jack; characterized in that each ground terminal further comprises: an elastic mechanism arranged between the common ground structure and the header; wherein the header of each of the ground terminals is a globular metal structure. a socket body in which an earphone jack for receiving an earphone plug is formed; and a plurality of ground terminals which are arranged in the earphone jack for contacting a ground section disposed on an earphone plug when the earphone plug is inserted into the earphone jack; a common ground structure arranged on an inner wall of the earphone jack, a header for contacting the earphone plug when the earphone plug is inserted into the earphone jack, wherein the plurality of ground terminals are uniformly arranged along a circumferential direction of the earphone jack; and wherein the common ground structure is an annular metal structure arranged on the inner wall of the earphone jack; characterized in that each ground terminal further comprises: an elastic mechanism arranged between the common ground structure and the header; wherein the header of each of the ground terminals is a globular metal structure. an elastic mechanism arranged between the common ground structure and the header; wherein the header of each of the ground terminals is a globular metal structure.
A method for producing a white-box implementation of a cryptographic function using garbled circuits, comprising: producing, by a first party, a logic circuit implementing the cryptographic function f using a plurality of logic gates and a plurality of wires; garbling the produced logic circuit, by the first party, including garbling the plurality of logic gates and assigning two garbled values for each of the plurality of wires; providing to a second party the garbled logic circuit and a first garbled circuit input value; evaluating the garbled logic circuit by the second party to produce a garbled output that the second party maps to a real output value of the cryptographic function; wherein the producing of a white-box implementation of the cryptographic function using garbled circuits comprises allowing external encodings on the garbled input and garbled output values, so that garbled input values correspond to an external input encoding based on an external input encoding function F, and garbled output values are subjected to an external output encoding function G so as to have an external encoding on top of them, and using the external encodings in replacing the cryptographic function f by a composition f' = G ∘ f ∘ F -1, wherein F is an external input encoding function, G is an output encoding function, and the input encoding function F and the output encoding function G are not made available on a platform that computes f'. producing, by a first party, a logic circuit implementing the cryptographic function f using a plurality of logic gates and a plurality of wires; garbling the produced logic circuit, by the first party, including garbling the plurality of logic gates and assigning two garbled values for each of the plurality of wires; providing to a second party the garbled logic circuit and a first garbled circuit input value; evaluating the garbled logic circuit by the second party to produce a garbled output that the second party maps to a real output value of the cryptographic function; wherein the producing of a white-box implementation of the cryptographic function using garbled circuits comprises allowing external encodings on the garbled input and garbled output values, so that garbled input values correspond to an external input encoding based on an external input encoding function F, and garbled output values are subjected to an external output encoding function G so as to have an external encoding on top of them, and using the external encodings in replacing the cryptographic function f by a composition f' = G ∘ f ∘ F -1, wherein F is an external input encoding function, G is an output encoding function, and the input encoding function F and the output encoding function G are not made available on a platform that computes f'.
A method for producing a sheet-type fiber-reinforced resin molding material that is formed by impregnating a resin among filaments of cut fiber bundles, wherein the cut fiber bundles are obtained by intermittently separating a continuous fiber bundle in a longitudinal direction and by cutting the fiber bundle at intervals in the longitudinal direction to satisfy the condition specified in formula below: 1 ≦ a / L wherein in formula, "a" is the length of a separated portion of the continuous fiber bundle, and "L" is the interval for cutting the fiber bundle in a longitudinal direction.