mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented de-identification method comprising: receiving a text sequence comprising one or more textual representations of one or more entities; providing the text sequence to a plurality of entity tagging models, wherein each of the plurality of entity tagging models are machine-learning models trained to tag textual representations of entities of a respective entity type; tagging the textual representations of the entities in the text sequence using the plurality of entity tagging models to provide tagged textual representations; and obfuscating each tagged textual representation by replacing each tagged textual representation with a surrogate textual representation, wherein replacing each tagged textual representation with the surrogate textual representation comprises: selecting, based on one or more attributes of the entity associated with the tagged textual representation, a surrogate textual representation that maintains characteristics similar to the entity associated with the tagged textual representation; and replacing the tagged textual representation with the selected surrogate textual representation. receiving a text sequence comprising one or more textual representations of one or more entities; providing the text sequence to a plurality of entity tagging models, wherein each of the plurality of entity tagging models are machine-learning models trained to tag textual representations of entities of a respective entity type; tagging the textual representations of the entities in the text sequence using the plurality of entity tagging models to provide tagged textual representations; and obfuscating each tagged textual representation by replacing each tagged textual representation with a surrogate textual representation, wherein replacing each tagged textual representation with the surrogate textual representation comprises: selecting, based on one or more attributes of the entity associated with the tagged textual representation, a surrogate textual representation that maintains characteristics similar to the entity associated with the tagged textual representation; and replacing the tagged textual representation with the selected surrogate textual representation. selecting, based on one or more attributes of the entity associated with the tagged textual representation, a surrogate textual representation that maintains characteristics similar to the entity associated with the tagged textual representation; and replacing the tagged textual representation with the selected surrogate textual representation.
Process for preparing a poly(meth)acrylic acid, characterized in that a process stream from (meth)acrolein synthesis containing between 8 and 50% by weight of (meth)acrylic acid, based on the weight of the process stream, is subjected to free-radical polymerization in the presence of water formed in the oxidation reaction of the meth(acrolein) synthesis.
A power semiconductor device comprising: - a semiconductor body extending in a vertical direction between a first main surface and a second main surface ; - a trench extending from the first main surface into the semiconductor body in the vertical direction; and - an insulated trench gate electrode that is formed on the first main surface and extends into the trench ; wherein - the trench is subdivided along a main extension direction of the trench in a plurality of segments that are spaced apart from one another, so that the trench does not extend continuously on the first main surface ; - the insulated trench gate electrode continuously extends over the plurality of segments ; - the semiconductor body comprises a source region of a first conductivity type arranged adjacent to the first main surface ; - the semiconductor body comprises a drift layer of the first conductivity type; - the semiconductor body comprises a doped region of a second conductivity type different than the first conductivity type, wherein the doped region is arranged in regions in the vertical direction between the source region and the drift layer ; - a subregion of the doped region extends between two adjacent segments of the plurality of segments along the main extension direction; - the subregion is more heavily doped than a region of the doped region that extends below the source region ; and - between the two adjacent segments the doped region extends deeper into the semiconductor body in the vertical direction than the trench . - a semiconductor body extending in a vertical direction between a first main surface and a second main surface ; - a trench extending from the first main surface into the semiconductor body in the vertical direction; and - an insulated trench gate electrode that is formed on the first main surface and extends into the trench ; wherein - the trench is subdivided along a main extension direction of the trench in a plurality of segments that are spaced apart from one another, so that the trench does not extend continuously on the first main surface ; - the insulated trench gate electrode continuously extends over the plurality of segments ; - the semiconductor body comprises a source region of a first conductivity type arranged adjacent to the first main surface ; - the semiconductor body comprises a drift layer of the first conductivity type; - the semiconductor body comprises a doped region of a second conductivity type different than the first conductivity type, wherein the doped region is arranged in regions in the vertical direction between the source region and the drift layer ; - a subregion of the doped region extends between two adjacent segments of the plurality of segments along the main extension direction; - the subregion is more heavily doped than a region of the doped region that extends below the source region ; and - between the two adjacent segments the doped region extends deeper into the semiconductor body in the vertical direction than the trench .
A data reader comprising: a reader housing having a window; an illumination module disposed in the reader housing behind the window, characterised by the illumination module having a reflector housing comprises opposing inner side surfaces comprising (i) a top inner surface and a bottom inner surface opposite thereto and (ii) a left inner surface and a right inner surface opposite thereto, a light source (104, 106, 162-167, 202) disposed proximate the rear end of the reflector housing and operative to generate illumination out through the reflector housing along an outgoing illumination path, wherein at least one of inner surfaces of the reflector housing comprises a reflective surface operative (a) to exhibit high reflectivity to light rays (A) from the light source (104, 106, 162-167, 202) impinging at a high incidence angle (α) and (b) to exhibit low reflectivity to light rays (B) from the light source (104, 106, 162-167, 202) impinging at a low incidence angle (β). a reader housing having a window; an illumination module disposed in the reader housing behind the window, characterised by the illumination module having a reflector housing comprises opposing inner side surfaces comprising (i) a top inner surface and a bottom inner surface opposite thereto and (ii) a left inner surface and a right inner surface opposite thereto, a light source (104, 106, 162-167, 202) disposed proximate the rear end of the reflector housing and operative to generate illumination out through the reflector housing along an outgoing illumination path, a reflector housing comprises opposing inner side surfaces comprising (i) a top inner surface and a bottom inner surface opposite thereto and (ii) a left inner surface and a right inner surface opposite thereto, a light source (104, 106, 162-167, 202) disposed proximate the rear end of the reflector housing and operative to generate illumination out through the reflector housing along an outgoing illumination path,
A heat radiation member made of a composite member made of a composite of magnesium or a magnesium alloy and SiC, characterized in that said heat radiation member contains more than 70 volume % said SiC, and said composite member has a coefficient of thermal expansion not lower than 4 ppm/K and not higher than 8 ppm/K and thermal conductivity not lower than 180 W/m•K.
A method for performing, by a user equipment, UE, early data transmission, EDT, in a wireless communication, the method comprising: transmitting (S1110) a first radio resource control, RRC, message for the EDT, to a base station; receiving (S1120) a second RRC message in response to the first RRC message, from the base station; if the second RRC message indicates that the EDT is successful, considering (S1130) that the EDT ends successfully; if the second RRC message indicates that the EDT is unsuccessful, considering (S1140) that the EDT ends unsuccessfully; and entering (S1150) a RRC_IDLE state. transmitting (S1110) a first radio resource control, RRC, message for the EDT, to a base station; receiving (S1120) a second RRC message in response to the first RRC message, from the base station; if the second RRC message indicates that the EDT is successful, considering (S1130) that the EDT ends successfully; if the second RRC message indicates that the EDT is unsuccessful, considering (S1140) that the EDT ends unsuccessfully; and entering (S1150) a RRC_IDLE state.
A physical quantity measuring device comprising: a cylindrical portion defining an inner space ; a first case provided to a first end of the cylindrical portion ; a sensor unit housed in the first case , the sensor unit being configured to output a signal corresponding to a physical amount of a target fluid; a second case provided to a second end of the cylindrical portion ; a circuit portion housed in the second case , the circuit portion being configured to calculate the physical amount of the target fluid based on the signal received from the sensor unit ; characterized by a first partition member comprising a heat insulating portion disposed to face the sensor unit and configured to restrain a heat of the sensor unit from being transmitted to the inner space of the cylindrical portion and a sealing portion configured to provide a hermetic seal between the heat insulating portion and an inner circumferential surface of the cylindrical portion , the first partition member defining a partition between the sensor unit and the inner space of the cylindrical portion at the first end of the cylindrical portion ; and a heat-insulative second partition member that is in contact with an opening edge or the inner circumferential surface of the second end of the cylindrical portion , the second partition member defining a partition between the inner space of the cylindrical portion and the circuit portion at the second end of the cylindrical portion and configured to restrain the heat from being transmitted from the inner space of the cylindrical portion to the circuit portion . a cylindrical portion defining an inner space ; a first case provided to a first end of the cylindrical portion ; a sensor unit housed in the first case , the sensor unit being configured to output a signal corresponding to a physical amount of a target fluid; a second case provided to a second end of the cylindrical portion ; a circuit portion housed in the second case , the circuit portion being configured to calculate the physical amount of the target fluid based on the signal received from the sensor unit ; characterized by a first partition member comprising a heat insulating portion disposed to face the sensor unit and configured to restrain a heat of the sensor unit from being transmitted to the inner space of the cylindrical portion and a sealing portion configured to provide a hermetic seal between the heat insulating portion and an inner circumferential surface of the cylindrical portion , the first partition member defining a partition between the sensor unit and the inner space of the cylindrical portion at the first end of the cylindrical portion ; and a heat-insulative second partition member that is in contact with an opening edge or the inner circumferential surface of the second end of the cylindrical portion , the second partition member defining a partition between the inner space of the cylindrical portion and the circuit portion at the second end of the cylindrical portion and configured to restrain the heat from being transmitted from the inner space of the cylindrical portion to the circuit portion .
A device for locking a binding to a snowboard, comprising a disc , having a base , that is housed in an opening of a base of the binding and is destinated to be attached to the snowboard and a lever , which is hinged to the base and pivots from an unlocking position to a locking position, wherein the base is locked in any angular position relative to an axial direction (A) of the base of the disc , the opening of the base being provided with a shoulder , characterized in that the lever is a locking lever, overlapping the shoulder of the opening of the base in the locking position and transmitting a clamping force onto said shoulder , exerted by a clamping means , the lever fitting into the opening of the base in the unlocking position.
A holder for receiving and for protecting one side of a photomask with or without a pellicle from a cleaning medium, the holder comprising: a base having at least three support elements , which are arranged for receiving and for holding the photomask spaced from a bottom of the base ; a sealing frame having an upper side and a lower side , wherein the lower side is configured to be placed onto the base , and wherein the sealing frame comprises a center opening , which is sized such that it may receive the photomask , such that a space remains between the outer circumference of the photo mask and an inner circumference of the center opening ; a circumferential, elastic sealing element at the sealing frame , which extends from the inner circumference of the center opening into the center opening in an inclined manner towards the upper side of the sealing frame , wherein the sealing element in a no load condition has an inner circumference, which is smaller than the outer circumference of the photomask , and in a load condition circumferentially contacts a photomask , which is received in the center opening , at its side surface. a base having at least three support elements , which are arranged for receiving and for holding the photomask spaced from a bottom of the base ; a sealing frame having an upper side and a lower side , wherein the lower side is configured to be placed onto the base , and wherein the sealing frame comprises a center opening , which is sized such that it may receive the photomask , such that a space remains between the outer circumference of the photo mask and an inner circumference of the center opening ; a circumferential, elastic sealing element at the sealing frame , which extends from the inner circumference of the center opening into the center opening in an inclined manner towards the upper side of the sealing frame , wherein the sealing element in a no load condition has an inner circumference, which is smaller than the outer circumference of the photomask , and in a load condition circumferentially contacts a photomask , which is received in the center opening , at its side surface.
A method for selectively securing records in a Near Field Communication Data Exchange Format, NDEF, message in a Near Field Communication, NFC, device, the method comprising: generating a first record as a place marker signature record by setting a part of a control field of the first record to a predefined value, wherein the first record indicates at least one second record preceding the first record in the NDEF message is unsecured and at least one third record following the first record in the NDEF message is secured; and placing the first record in the NDEF message, wherein the at least one third record following the first record in the NDEF message is secured by using a fifth record placed after the at least third record, wherein said fifth record includes a valid signature, and placing the at least one second record, the at least one third record and the fifth record in the same NDEF message as the first record. generating a first record as a place marker signature record by setting a part of a control field of the first record to a predefined value, wherein the first record indicates at least one second record preceding the first record in the NDEF message is unsecured and at least one third record following the first record in the NDEF message is secured; and placing the first record in the NDEF message, wherein the at least one third record following the first record in the NDEF message is secured by using a fifth record placed after the at least third record, wherein said fifth record includes a valid signature, and placing the at least one second record, the at least one third record and the fifth record in the same NDEF message as the first record.
Locating device, in particular a hand-held locating device for detecting objects enclosed in a medium, having a housing and at least one sensor apparatus arranged in the housing , and having an opening penetrating the housing , wherein the opening , which defines the measurement site, is able to be illuminated in a pulsed fashion by way of at least one light source arranged in the measurement device, wherein an inspected measurement location is directly visible to a user through the opening , characterized in that the repetition rate of the illumination is dependent on the detected object type, wherein object differentiation is effected by way of at least one quickly pulsing, one slowly pulsing and one constant illumination.
Filter structure , characterized in that it comprises a first fold region which is formed continuously from zigzag-shaped folds; a second fold region which is directly connected to the above first fold region , is formed continuously from zigzag-shaped folds, and is of lower form than the above first fold region so as to form an insertion region ; two end regions which are connected to both interfaces in the fold direction of the above first fold region and of the second fold region ; and a diffusion element which is inserted into the above insertion region , and the air stream filtered by the above second fold region passes through the above diffusion element .
A system comprising an electrosurgical controller comprising: a processor ; a memory coupled to the processor ; a voltage generator operatively coupled to the processor , the voltage generator comprising an active terminal ; and, a wand connector configured to couple to a connector of an electrosurgical wand , the electrosurgical wand comprising an elongate shaft that defines a proximal end and a distal end and a first active electrode disposed on the distal end of the elongate shaft ; the controller being operable to couple to a peristaltic pump , comprising a rotor coupled to an electric motor, the electric motor operatively coupled to the processor ; wherein the memory stores a program that, when executed by the processor , causes the processor to implement at least two modes of ablation during an electrosurgical procedure, wherein: the processor implements the first mode of ablation by controlling flow of fluid into an aperture on the distal end of the electrosurgical wand to control the impedance of an electrode circuit to a first target impedance; and controls energy delivered to the first active electrode by the electrosurgical controller ; and the processor implements the second mode of ablation by controlling the flow of fluid to control the impedance of the electrode circuit to a second target impedance; and controls energy delivered to the first active electrode by the electrosurgical controller ; wherein the second target impedance is different to the first target impedance; and wherein for each mode of ablation, the controller is operable to control the flow of fluid and the energy delivered to the first active electrode within a range of operational parameters, wherein the range of operational parameters are different for each mode of ablation. a processor ; a memory coupled to the processor ; a voltage generator operatively coupled to the processor , the voltage generator comprising an active terminal ; and, a wand connector configured to couple to a connector of an electrosurgical wand , the electrosurgical wand comprising an elongate shaft that defines a proximal end and a distal end and a first active electrode disposed on the distal end of the elongate shaft ; the processor implements the first mode of ablation by controlling flow of fluid into an aperture on the distal end of the electrosurgical wand to control the impedance of an electrode circuit to a first target impedance; and controls energy delivered to the first active electrode by the electrosurgical controller ; and the processor implements the second mode of ablation by controlling the flow of fluid to control the impedance of the electrode circuit to a second target impedance; and controls energy delivered to the first active electrode by the electrosurgical controller ; wherein the second target impedance is different to the first target impedance; and wherein for each mode of ablation, the controller is operable to control the flow of fluid and the energy delivered to the first active electrode within a range of operational parameters, wherein the range of operational parameters are different for each mode of ablation.
A method of wireless communication performed by a node of a network, comprising: determining an extended slot format indicator for the node based at least in part on a received extended slot format indicator of a parent node of the node and a received null adjust request from a child node of the node , wherein the extended slot format indicator for the node includes a null field identifying a non-schedulable resource of the node and wherein the null adjust request indicates a change to a null field of an extended slot format indicator message; providing the determined extended slot format indicator to the child node of the node ; and providing the received null adjust request to the parent node of the node . providing the determined extended slot format indicator to the child node of the node ; and providing the received null adjust request to the parent node of the node .
Glycosaminoglycan (GAG) binding monomeric fusion protein comprising a. a GAG binding protein with increased GAG binding affinity and reduced G-protein coupled receptor (GPCR) activity compared to wild type protein, wherein said GAG binding protein is MCP-1 comprising the amino acid substitutions Y13A S21K Q23K according to the amino acid numbering of SEQ ID No. 1, and b. a human serum albumin (HSA) sequence linked to the C-terminus of the protein, and c. a linker sequence comprising the sequence GGGGS (SEQ ID No. 5) between said HSA sequence and said GAG binding protein. a. a GAG binding protein with increased GAG binding affinity and reduced G-protein coupled receptor (GPCR) activity compared to wild type protein, wherein said GAG binding protein is MCP-1 comprising the amino acid substitutions Y13A S21K Q23K according to the amino acid numbering of SEQ ID No. 1, and b. a human serum albumin (HSA) sequence linked to the C-terminus of the protein, and c. a linker sequence comprising the sequence GGGGS (SEQ ID No. 5) between said HSA sequence and said GAG binding protein.