mhurhangee/patent-ind-claim-en huggingface dataset:
An antibody having the ability of binding to Claudin 6 (CLDN6) for use in a method of treating or preventing cancer comprising inhibiting and/or eliminating cancer stem cells by administering the antibody having the ability of binding to CLDN6 to a cancer patient and by administering a chemotherapy, wherein the antibody and the chemotherapy are administered in synergistically effective amounts, wherein the antibody is capable of mediating killing of cells expressing CLDN6 by ADCC and/or CDC and comprises a heavy chain variable region (VH) comprising an amino acid sequence represented by SEQ ID NO: 5 and a light chain variable region (VL) comprising an amino acid sequence represented by SEQ ID NO: 4, and wherein the chemotherapy comprises an agent selected from the group consisting of carboplatin, gemcitabine, paclitaxel, and cisplatin.
An image inspection apparatus for checking a target image printed on a recording medium comprising: a reference pixel obtaining unit configured to generate a reference image from image data of the target image, and to obtain a first pixel value from the reference image; a read image acquiring unit configured to extract read image information generated by a reading device by reading a printed area of a recording medium on which the target image is printed and an outside-of-document area, and to obtain a second pixel value from the read image information of the printed area; an offset processing unit configured to generate an image of an outside-of-document area containing a third pixel value with which it can be determined that the third pixel value is associated with the outside-of-document area, the third pixel value being different from the first pixel value and the second pixel value, and to add the generated outside-of-document area so as to surround the reference image on the periphery of the reference image; and an image checking unit configured to compute a difference between the first image pixel value and the second image pixel value, and to determine an error when the difference is higher than a predetermined threshold value, wherein the image checking unit is configured to suspend the computation of the difference between the pixel values when a pixel value obtained from the reference image is determined to be associated with the outside-of-document area based on the third pixel value. a reference pixel obtaining unit configured to generate a reference image from image data of the target image, and to obtain a first pixel value from the reference image; a read image acquiring unit configured to extract read image information generated by a reading device by reading a printed area of a recording medium on which the target image is printed and an outside-of-document area, and to obtain a second pixel value from the read image information of the printed area; an offset processing unit configured to generate an image of an outside-of-document area containing a third pixel value with which it can be determined that the third pixel value is associated with the outside-of-document area, the third pixel value being different from the first pixel value and the second pixel value, and to add the generated outside-of-document area so as to surround the reference image on the periphery of the reference image; and an image checking unit configured to compute a difference between the first image pixel value and the second image pixel value, and to determine an error when the difference is higher than a predetermined threshold value, wherein the image checking unit is configured to suspend the computation of the difference between the pixel values when a pixel value obtained from the reference image is determined to be associated with the outside-of-document area based on the third pixel value.
A blade outer air seal segment (105; 105A; 105B), comprising: a base portion extending between a first circumferential side (C1) and a second circumferential side (C2); and a first wall circumferentially spaced from a second wall , the first and second walls extending radially outward from the base portion and connected by an outer wall to define a passage extending in a generally axial direction along the base portion , characterised in that the second circumferential side (C2) has a mating feature that extends generally radially outward from the base portion . a base portion extending between a first circumferential side (C1) and a second circumferential side (C2); and a first wall circumferentially spaced from a second wall , the first and second walls extending radially outward from the base portion and connected by an outer wall to define a passage extending in a generally axial direction along the base portion , characterised in that the second circumferential side (C2) has a mating feature that extends generally radially outward from the base portion .
An implantable cardioverter defibrillator (ICD) system comprising: a sensing circuit configured to receive a cardiac electrical signal via a sensing electrode vector and sense cardiac events from the cardiac electrical signal; a therapy delivery circuit configured to deliver electrical pacing pulses to a heart of a patient via a pacing electrode vector; and a control circuit coupled to the sensing circuit and the therapy delivery circuit and configured to automatically switch between a sensing without pacing mode and a temporary pacing mode, and further configured to: detect asystole based on the cardiac electrical signal while operating in the sensing without pacing mode, in response to detecting the asystole, determine if asystole backup pacing is enabled, and automatically switch to the temporary pacing mode in response to the asystole backup pacing being enabled. a sensing circuit configured to receive a cardiac electrical signal via a sensing electrode vector and sense cardiac events from the cardiac electrical signal; a therapy delivery circuit configured to deliver electrical pacing pulses to a heart of a patient via a pacing electrode vector; and a control circuit coupled to the sensing circuit and the therapy delivery circuit and configured to automatically switch between a sensing without pacing mode and a temporary pacing mode, and further configured to: detect asystole based on the cardiac electrical signal while operating in the sensing without pacing mode, in response to detecting the asystole, determine if asystole backup pacing is enabled, and automatically switch to the temporary pacing mode in response to the asystole backup pacing being enabled. detect asystole based on the cardiac electrical signal while operating in the sensing without pacing mode, in response to detecting the asystole, determine if asystole backup pacing is enabled, and automatically switch to the temporary pacing mode in response to the asystole backup pacing being enabled.
Process to prepare propylene from a mixture of hydrocarbons by performing the following steps: (a) extracting aromatics from the mixture of hydrocarbons thereby obtaining a mixture of hydrocarbons poor in aromatics, (b) contacting the mixture obtained in step (a) with a heterogeneous cracking catalyst as present in a fixed bed thereby obtaining a cracked effluent, (c) separating propylene from the cracked effluent thereby also obtaining a higher boiling fraction, (d) recycling part of the higher boiling fraction to step (b) and at least 5 wt% of the higher boiling fraction to step (a). (a) extracting aromatics from the mixture of hydrocarbons thereby obtaining a mixture of hydrocarbons poor in aromatics, (b) contacting the mixture obtained in step (a) with a heterogeneous cracking catalyst as present in a fixed bed thereby obtaining a cracked effluent, (c) separating propylene from the cracked effluent thereby also obtaining a higher boiling fraction, (d) recycling part of the higher boiling fraction to step (b) and at least 5 wt% of the higher boiling fraction to step (a).
Drive arrangement for a vehicle which can be driven by motor power and in particular additionally by muscle power, an electric bicycle, eBike or pedelec, having: - an electric drive for generating a motor torque, - a crankshaft , which is rotatable about an axis of rotation (Y), for receiving at least the motor torque, - a transmission device which is designed for transmitting a torque received by the crankshaft to an output element which is couplable to a drive wheel (9-2) of the vehicle and for realizing a switchably variable transmission ratio, and - an adjustment apparatus which is coupled to the transmission device and by the actuation of which the transmission ratio of the transmission device is adjustable, in which the electric drive is designed for actuating the adjustment apparatus and, in particular, is couplable to the adjustment apparatus for the purposes of transmitting at least a part of the motor torque, characterized in that an activatable coupling gearing is provided for the coupling of the electric drive to the adjustment apparatus , wherein the coupling gearing has a planetary gearing , wherein the planetary gearing of the coupling gearing has a planet carrier with planets , which planet carrier is couplable or coupled, at the input side in relation to the coupling gearing , directly or indirectly to the electric drive . - an electric drive for generating a motor torque, - a crankshaft , which is rotatable about an axis of rotation (Y), for receiving at least the motor torque, - a transmission device which is designed for transmitting a torque received by the crankshaft to an output element which is couplable to a drive wheel (9-2) of the vehicle and for realizing a switchably variable transmission ratio, and - an adjustment apparatus which is coupled to the transmission device and by the actuation of which the transmission ratio of the transmission device is adjustable,
A lens separating apparatus that separates a lens (100; 110; 120) attached to a holder via an alloy (102;112) in a state in which at least a part of the outer periphery thereof extends out from an edge of the alloy (102; 112), the lens separating apparatus comprising: a fixing mechanism that fixes the holder ; a separating member that is rotatable around a shaft ; and an actuator that drives the separating member , an opening , through which the alloy (102; 112) and the holder can enter, is formed in the separating member so as to face the fixing mechanism , and the actuator is configured to rotate the separating member in a direction of separating the lens (100; 110; 120) from the holder , in a state in which the holder is fixed by the fixing mechanism and in which the separating member is in contact, from the holder side, with an extended portion of the lens on the opposite side to the shaft , such that the lens (100; 110; 120) can be separated from the alloy (102; 112), characterised in that the separating member is movable relative to the shaft , so as to change a position in which the separating member is in contact with the lens portion. a fixing mechanism that fixes the holder ; a separating member that is rotatable around a shaft ; and an actuator that drives the separating member , an opening , through which the alloy (102; 112) and the holder can enter, is formed in the separating member so as to face the fixing mechanism , and the actuator is configured to rotate the separating member in a direction of separating the lens (100; 110; 120) from the holder , in a state in which the holder is fixed by the fixing mechanism and in which the separating member is in contact, from the holder side, with an extended portion of the lens on the opposite side to the shaft , such that the lens (100; 110; 120) can be separated from the alloy (102; 112), characterised in that the separating member is movable relative to the shaft , so as to change a position in which the separating member is in contact with the lens portion.
A structure comprising: a semiconductor layer including a first section; a substrate ; a dielectric layer disposed between the semiconductor layer and the substrate ; and a first bipolar junction transistor including a first collector in the substrate , a first emitter , and a first base layer positioned between the first collector and the first emitter , the first base layer extending through the dielectric layer from the first emitter to the first collector; and a second bipolar junction transistor including a second collector in the substrate , a second emitter , and a second base layer positioned between the second collector and the second emitter , the second base layer extending through the dielectric layer from the second emitter to the second collector, and the second base layer connected to the first base layer by the first section of the semiconductor layer to define a first base line , wherein the first collector is a portion of a first well in the substrate , and the second collector is a portion of a second well in the substrate . a semiconductor layer including a first section; a substrate ; a dielectric layer disposed between the semiconductor layer and the substrate ; and a first bipolar junction transistor including a first collector in the substrate , a first emitter , and a first base layer positioned between the first collector and the first emitter , the first base layer extending through the dielectric layer from the first emitter to the first collector; and a second bipolar junction transistor including a second collector in the substrate , a second emitter , and a second base layer positioned between the second collector and the second emitter , the second base layer extending through the dielectric layer from the second emitter to the second collector, and the second base layer connected to the first base layer by the first section of the semiconductor layer to define a first base line , wherein the first collector is a portion of a first well in the substrate , and the second collector is a portion of a second well in the substrate .
A method by a device in a wireless communication system, the method comprising: acquiring , by a processor of the device , image information associated with an object, the image information comprising 2D image information and 3D map information; obtaining , by the processor , data associated with a material of the object in an area, wherein the data includes radio wave characteristic information of a category including the material; processing , by the processor , a ray tracing simulation for the area by identifying the category corresponding to the material of the object in the area and applying the radio wave characteristic information of the identified category of the material to the object based on the data associated with the material; and storing, by the processor , a result of the simulation. acquiring , by a processor of the device , image information associated with an object, the image information comprising 2D image information and 3D map information; obtaining , by the processor , data associated with a material of the object in an area, wherein the data includes radio wave characteristic information of a category including the material; processing , by the processor , a ray tracing simulation for the area by identifying the category corresponding to the material of the object in the area and applying the radio wave characteristic information of the identified category of the material to the object based on the data associated with the material; and storing, by the processor , a result of the simulation.
An ophthalmic surgical device for the treatment of glaucoma, comprising a fiber connector and a fiber having a proximal end and a distal end , the proximal end connected to the fiber connector, wherein the fiber is provided, near its distal end, with a notch close to a rounded tip formed by the distal end of the fiber.
One or more human milk oligosaccharides (HMOs) for use in the prophylaxis or treatment of non-infectious diarrhoea in a human, wherein the human is a lactose intolerant patient.
A method of operating a base station in a wireless communication system, the method comprising: transmitting channel feedback configuration information to a terminal; receiving channel feedback information from the terminal; and performing at least one of transmission and reception of data, based on the channel feedback information, wherein the channel feedback information includes information indicating a state of an antenna panel of the terminal, and wherein the information indicating the state of the antenna panel of the terminal includes information indicating a number of available antenna panels, information indicating whether or not the terminal is folded, and information indicating a rank mode of the terminal. transmitting channel feedback configuration information to a terminal; receiving channel feedback information from the terminal; and performing at least one of transmission and reception of data, based on the channel feedback information, wherein the channel feedback information includes information indicating a state of an antenna panel of the terminal, and wherein the information indicating the state of the antenna panel of the terminal includes information indicating a number of available antenna panels, information indicating whether or not the terminal is folded, and information indicating a rank mode of the terminal.
A display device comprising: a display panel ; a printed circuit board engaged with the display panel ; a plurality of flexible circuit films having one end connected to the display panel and the other end connected to the printed circuit board , wherein the plurality of flexible circuit films is arranged in parallel to a rear surface of the display panel ; a back cover disposed on the rear surface of the display panel , such that the plurality of flexible circuit films and the printed circuit board are accommodated in the display device ; a plurality of first support members configured to: support the printed circuit board and the back cover ; and maintain a distance between the printed circuit board and the back cover ; and a plurality of second support members disposed at a space between each adjacent flexible circuit films of the plurality of flexible circuit films and configured to support the display panel and the back cover . a display panel ; a printed circuit board engaged with the display panel ; a plurality of flexible circuit films having one end connected to the display panel and the other end connected to the printed circuit board , wherein the plurality of flexible circuit films is arranged in parallel to a rear surface of the display panel ; a back cover disposed on the rear surface of the display panel , such that the plurality of flexible circuit films and the printed circuit board are accommodated in the display device ; a plurality of first support members configured to: support the printed circuit board and the back cover ; and maintain a distance between the printed circuit board and the back cover ; and support the printed circuit board and the back cover ; and maintain a distance between the printed circuit board and the back cover ; and a plurality of second support members disposed at a space between each adjacent flexible circuit films of the plurality of flexible circuit films and configured to support the display panel and the back cover .
A method for routing control performed in a network node (120-129) of a communication network, wherein the network node maintains a wireless communication link to another network node, wherein the link is subjectable to temporary performance degradations of a first type and a second type, temporary performance degradations of the first type, the first type being a short-term degradation, having a first typical time duration which is shorter than a second typical time duration of temporary performance degradations of the second type, the second type being a long-term degradation, and wherein the network node is operationally connectable to a controller node of the communication network, the method comprising: detecting the link being subjected to a temporary performance degradation of the second type ; and transmitting , responsive to the detection, a report indicative of the temporary performance degradation to the controller node, wherein the report is for a decision by the controller node regarding temporary performance degradation of the second type, the decision by the controller node regarding temporary performance degradation of the second type being for routing control. detecting the link being subjected to a temporary performance degradation of the second type ; and transmitting , responsive to the detection, a report indicative of the temporary performance degradation to the controller node, wherein the report is for a decision by the controller node regarding temporary performance degradation of the second type, the decision by the controller node regarding temporary performance degradation of the second type being for routing control.
A processor-based method for cryptographic material management, comprising: receiving from a client device coupled through a network to a computing device , into said computing device, through an application programming interface (API) of the computing device, a designation of which of a plurality of key-producing cloud services or key-producing platforms sources generates each of a plurality of keys and which of a plurality of key-consuming cloud service providers or key-consuming platforms uses each of the plurality of keys for encrypting or decrypting data; directing, from the computing device through a first plurality of end modules each interfaced to a specific API of a specific one of the plurality of key-producing cloud services or key-producing platforms, based on the received designation, production of one or more of the plurality of keys; directing, from the computing device through a second plurality of end modules each interfaced to a specific API of a specific one of the plurality of key-consuming cloud service providers or key-consuming platforms, based on the received designation, usage of one or more of the plurality of keys; assigning names to resources imported from the plurality of key-producing cloud services or key-producing platforms and the plurality of key-consuming cloud service providers or key-consuming platforms to the API of the computing device; and mapping, in a data structure in the computing device, key production, key usage and key ownership according to the assigned name of said resources. receiving from a client device coupled through a network to a computing device , into said computing device, through an application programming interface (API) of the computing device, a designation of which of a plurality of key-producing cloud services or key-producing platforms sources generates each of a plurality of keys and which of a plurality of key-consuming cloud service providers or key-consuming platforms uses each of the plurality of keys for encrypting or decrypting data; directing, from the computing device through a first plurality of end modules each interfaced to a specific API of a specific one of the plurality of key-producing cloud services or key-producing platforms, based on the received designation, production of one or more of the plurality of keys; directing, from the computing device through a second plurality of end modules each interfaced to a specific API of a specific one of the plurality of key-consuming cloud service providers or key-consuming platforms, based on the received designation, usage of one or more of the plurality of keys; assigning names to resources imported from the plurality of key-producing cloud services or key-producing platforms and the plurality of key-consuming cloud service providers or key-consuming platforms to the API of the computing device; and mapping, in a data structure in the computing device, key production, key usage and key ownership according to the assigned name of said resources.