mhurhangee/ep-ind-claims huggingface dataset:
An antibody or antigen binding fragment thereof capable of binding prolactin receptor (PRLR), comprising an antigen binding domain with at least two variable domain CDR sets selected from a group consisting of: either of the heavy chain variable domain CDR sets SEQ ID Nos:40, 41 and 42 or SEQ ID Nos:46, 47 and 42, and the light chain variable domain CDR set SEQ ID Nos:49, 50 and 51; either of the heavy chain variable domain CDR sets SEQ ID Nos:56, 57 and 58 or SEQ ID Nos: 62, 63 and 58, and the light chain variable domain CDR set SEQ ID Nos 65, 66 and 67; either of the heavy chain variable domain CDR sets SEQ ID Nos: 71, 72 and 73 or SEQ ID Nos: 71, 77 and 73, and the light chain variable domain CDR set SEQ ID Nos: 79, 80 and 81; and either of the heavy chain variable domain CDR sets SEQ ID Nos:85, 86 and 87 or SEQ ID Nos: 149, 150 and 87, and the light chain variable domain CDR set SEQ ID Nos: 92, 93 and 94. either of the heavy chain variable domain CDR sets SEQ ID Nos:40, 41 and 42 or SEQ ID Nos:46, 47 and 42, and the light chain variable domain CDR set SEQ ID Nos:49, 50 and 51; either of the heavy chain variable domain CDR sets SEQ ID Nos:56, 57 and 58 or SEQ ID Nos: 62, 63 and 58, and the light chain variable domain CDR set SEQ ID Nos 65, 66 and 67; either of the heavy chain variable domain CDR sets SEQ ID Nos: 71, 72 and 73 or SEQ ID Nos: 71, 77 and 73, and the light chain variable domain CDR set SEQ ID Nos: 79, 80 and 81; and either of the heavy chain variable domain CDR sets SEQ ID Nos:85, 86 and 87 or SEQ ID Nos: 149, 150 and 87, and the light chain variable domain CDR set SEQ ID Nos: 92, 93 and 94.
A function-execution instruction system comprising: function-execution instruction means for issuing an instruction of execution of one or more functions to be executed; word input means for inputting information containing a plurality of words that are arranged in a certain order; and executed-function determination means for determining a function the execution of which is instructed by the function-execution instruction means among the one or more functions, based on the order of the words input by the word input means, wherein for each function of the one or more functions, the executed-function determination means determines a score of the function by storing a score for each word in the plurality of words depending on the degree of relation between the word and the function, assigning a weight based on the position of the word to the score of the word, and summing up the weighted scores to calculate a score for the function, and wherein the executed-function determination means determines a function the execution of which is instructed by the function-execution instruction means among the one or more functions, based on the calculated scores for the functions. function-execution instruction means for issuing an instruction of execution of one or more functions to be executed; word input means for inputting information containing a plurality of words that are arranged in a certain order; and executed-function determination means for determining a function the execution of which is instructed by the function-execution instruction means among the one or more functions, based on the order of the words input by the word input means, wherein for each function of the one or more functions, the executed-function determination means determines a score of the function by storing a score for each word in the plurality of words depending on the degree of relation between the word and the function, assigning a weight based on the position of the word to the score of the word, and summing up the weighted scores to calculate a score for the function, and wherein the executed-function determination means determines a function the execution of which is instructed by the function-execution instruction means among the one or more functions, based on the calculated scores for the functions.
A delivery system for delivering an expandable implant (70; 1010) to a body location, the delivery system comprising: an elongate deflectable delivery component configured to at least partially retain the expandable implant (70; 1010), the elongate deflectable delivery component configured to bend to assist in steering the delivery system to the body location; and a handle comprising: a rotatable deflection actuator configured to cause desired bending of the deflectable delivery component; threading on an outer surface of the handle; and a rotatable retraction actuator configured to mate with the threading, the rotatable retraction actuator being operably connected to the elongate deflectable delivery component; wherein rotation of the rotatable retraction actuator causes the rotatable retraction actuator and the rotatable deflection actuator to translate proximally along the threading, thereby translating the elongate deflectable delivery component proximally to at least partially release the expandable implant (70; 1010). an elongate deflectable delivery component configured to at least partially retain the expandable implant (70; 1010), the elongate deflectable delivery component configured to bend to assist in steering the delivery system to the body location; and a handle comprising: a rotatable deflection actuator configured to cause desired bending of the deflectable delivery component; threading on an outer surface of the handle; and a rotatable retraction actuator configured to mate with the threading, the rotatable retraction actuator being operably connected to the elongate deflectable delivery component; wherein rotation of the rotatable retraction actuator causes the rotatable retraction actuator and the rotatable deflection actuator to translate proximally along the threading, thereby translating the elongate deflectable delivery component proximally to at least partially release the expandable implant (70; 1010). a rotatable deflection actuator configured to cause desired bending of the deflectable delivery component; threading on an outer surface of the handle; and a rotatable retraction actuator configured to mate with the threading, the rotatable retraction actuator being operably connected to the elongate deflectable delivery component; wherein rotation of the rotatable retraction actuator causes the rotatable retraction actuator and the rotatable deflection actuator to translate proximally along the threading, thereby translating the elongate deflectable delivery component proximally to at least partially release the expandable implant (70; 1010).
Valve for metering fluid, having a metering opening which is connected to a fluid inflow, having a valve needle which controls the metering opening and is loaded by a valve closing spring in order to close the metering opening, having an electromagnet which actuates the valve needle counter to the closing force of the valve closing spring in order to open the metering opening, which electromagnet has an outer pole, a hollow-cylindrical inner pole, an armature which can be displaced on the valve needle, and a working air gap which is delimited by the armature and the inner pole, having a driver which is guided in the inner pole and has a stop shoulder for the armature, and having an armature stop, which driver and armature stop are arranged fixedly on the valve needle on the sides of the armature which face away from one another, and delimit a free stroke travel or pre-stroke travel of the armature relative to the valve needle which is smaller than the axial gap width of the working air gap, and having a pre-stroke spring which is supported between the valve needle and the armature and presses the armature onto the armature stop, characterized in that the valve needle and the driver consist of a magnetically conducting material, and a non-magnetic separating sleeve which is connected fixedly to the armature is arranged between the armature and the valve needle, which separating sleeve has a stop face which interacts with the stop shoulder on the drive.
A method of controlling production of polymer-impregnated wood, the method comprising: i) monitoring: a) an environment of a combined drying and curing chamber to determine changes in at least one of chemical out-gasing in that environment or water extracted from impregnated wood in that environment; and b) characteristics in polymer-impregnated wood that have been subjected to curing within a combined drying and curing chamber to determine changes in properties arising from differing processing conditions applied to different batches of chemically-impregnated wood; ii) based on determined changes in the monitoring step and by referencing historically stored information recorded for prior batch production of polymer-impregnated wood, altering processing conditions in the combined drying and curing chamber to vary with time a trigger point responsible for a process transition between one or more of drying and curing phases and curing phase completion for polymer-impregnated wood in production in the combined drying and curing chamber. i) monitoring: a) an environment of a combined drying and curing chamber to determine changes in at least one of chemical out-gasing in that environment or water extracted from impregnated wood in that environment; and b) characteristics in polymer-impregnated wood that have been subjected to curing within a combined drying and curing chamber to determine changes in properties arising from differing processing conditions applied to different batches of chemically-impregnated wood; a) an environment of a combined drying and curing chamber to determine changes in at least one of chemical out-gasing in that environment or water extracted from impregnated wood in that environment; and b) characteristics in polymer-impregnated wood that have been subjected to curing within a combined drying and curing chamber to determine changes in properties arising from differing processing conditions applied to different batches of chemically-impregnated wood; ii) based on determined changes in the monitoring step and by referencing historically stored information recorded for prior batch production of polymer-impregnated wood, altering processing conditions in the combined drying and curing chamber to vary with time a trigger point responsible for a process transition between one or more of drying and curing phases and curing phase completion for polymer-impregnated wood in production in the combined drying and curing chamber.
Steel product for low temperature use with a minimum notch impact energy according to the Charpy V-notch impact test at -196°C in a transverse direction of ≥50 J/cm 2, having the following chemical composition in wt.%: C: 0.01 to <0.3, preferably 0.03 to 0.15; Mn: 4 to <10, preferably 4 to <8; Al: 0.003 to 2.9, preferably 0.03 to 0.4; Mo: 0.01 to 0.8, preferably 0.1 to 0.5; Si: 0.02 to 0.8, preferably 0.08 to 0.3; Ni: 0.01 to 3; P: <0.04; S: <0.02; N: <0.02; with the remainder being iron including unavoidable steel-accompanying elements, wherein for the alloy composition the equation 6 <1.5 Mn + Ni <8 is satisfied, with optional addition by alloying of one or more of the following elements in wt.%; Ti: 0.002 to 0.5; V: 0.006 to 0.1; Cr: 0.05 to 4; Cu; 0.05 to 2; Nb: 0.003 to 0.1; B: 0.0005 to 0.014; Co: 0.003 to 3; W: 0.03 to 2; Zr: 0.03 to 1; Ca: <0.004 and Sn: <0.5; comprising a microstructure consisting of 2 to 90 vol.% austenite, less than 40 vol.% ferrite and/or bainite, with the remainder being martensite.
Method for operating a cooking appliance, which has a cooking compartment, in which a cooked food support can be positioned in at least two different shelf levels (I, II, III), wherein a specific shelf level (I, II, III) for the cooked food support is predetermined for a preparation program, and it is detected whether, as a function of the selected preparation program, the cooked food support is arranged on the shelf level (I, II, III) provided therefor and the preparation program is changed if the cooked food support is arranged on a used shelf level (I, II, III) which differs from the provided shelf level (I, II, III), characterised in that it is automatically detected as a function of the selected preparation program whether components of the cooking appliance which are not required and can be removed are arranged in the cooking compartment in order to carry out the preparation program, wherein the presence of components which are not required is communicated to a user and the preparation program is only started when a predeterminable period of time for removing the components has elapsed after communication.
A longitudinal rail guide of a motor vehicle seat comprising a bottom rail, a top rail that is displaceable relative to the bottom rail in a longitudinal direction, and a locking device, the locking device comprising: a. a guide part which is disposed on the top rail and has at least one guide opening, b. for each guide opening one blocking part that is displaceably disposed in the guide opening, and c. latching openings formed in the bottom rail, wherein, in a normally provided blocking state of the locking device, at least one blocking part latches into one of the latching openings, and in an actuated release position, no blocking part latches into a latching opening, wherein the guide part has a free edge which is immediately opposite to an adjacent inner face of the bottom rail, and the free edge is located at a distance from the adjacent inner face of the bottom rail, and characterized in that, subsequent to an accident of the kind in which airbags provided in a motor vehicle in which the longitudinal rail guide may be located, the free edge rests against the adjacent inner face, and that - either the free edge transitions into a sharp corner at at least one end portion of the guide part located in the longitudinal direction, - or the following features are satisfied: the locking device further comprises an actuating device, and the top rail comprises a window through which the actuating device extends. a. a guide part which is disposed on the top rail and has at least one guide opening, b. for each guide opening one blocking part that is displaceably disposed in the guide opening, and c. latching openings formed in the bottom rail, wherein, in a normally provided blocking state of the locking device, at least one blocking part latches into one of the latching openings, and in an actuated release position, no blocking part latches into a latching opening, - either the free edge transitions into a sharp corner at at least one end portion of the guide part located in the longitudinal direction, - or the following features are satisfied: the locking device further comprises an actuating device, and the top rail comprises a window through which the actuating device extends.
Wedge set for use in fastening floor joists, said wedge set consisting of two interslidable wedge members (1, 2) adapted to abut each other along cooperating first abutment surfaces (3, 10), each wedge member (1, 2) having a second abutment surface (4, 11) forming an acute angle with the corresponding first abutment surface, where the second abutment surfaces (4, 11) on the wedge members (1, 2) of the wedge set extend substantially parallel to each other, and where the wedge members (1, 2) have cooperating locking means (6, 7, 13, 14), which are adapted for retaining them from a mutual displacement so that the distance between their second abutment surfaces (4, 11) is reduced, and retaining means (8, 9, 15, 16), which are adapted for retaining the first abutment surfaces (3, 10) in abutment with each other, characterised in that, the first abutment surfaces (3, 10) are plane and in that the locking means (6, 7, 13, 14) consist of ratchets, wherein the ratchets (6, 7, 13, 14) comprise a rib with teeth (6, 7) on the first abutment surface (3, 10) of the first wedge member (1, 2) and a number of cooperating pawls (13, 14), which are formed in association with a groove in the second wedge member, and wherein the rib has a substantially rectangular cross section, and that there are teeth (6, 7) on both sides of the rib.
A method for wireless network management, the method performed by an access point and comprising: receiving a traffic filter service, TFS, request message from a station, the TFS request message including one or more TFS request elements for defining information about requesting traffic filters to the access point and a filter interval field; transmitting, in response to the TFS request message, a TFS response message to the station, the TFS response message including one or more TFS response elements for defining information about a status of the requesting traffic filters; determining whether a received frame matches one or more of the requesting traffic filters; and transmitting a TFS notification frame to the station when the received frame matches one or more of the requesting traffic filters, wherein the TFS notification frame includes a TFS ID number field and a TFS ID list field, the TFS ID number field indicating the number of TFS IDs in the TFS ID list field, the TFS ID list field indicating a list of matched traffic filter sets for all frames matching to the requesting traffic filters, wherein the access point does not transmit any additional TFS notification frame during a delivery interval corresponding to the filter interval field after transmitting the TFS notification frame. receiving a traffic filter service, TFS, request message from a station, the TFS request message including one or more TFS request elements for defining information about requesting traffic filters to the access point and a filter interval field; transmitting, in response to the TFS request message, a TFS response message to the station, the TFS response message including one or more TFS response elements for defining information about a status of the requesting traffic filters; determining whether a received frame matches one or more of the requesting traffic filters; and transmitting a TFS notification frame to the station when the received frame matches one or more of the requesting traffic filters, wherein the TFS notification frame includes a TFS ID number field and a TFS ID list field, the TFS ID number field indicating the number of TFS IDs in the TFS ID list field, the TFS ID list field indicating a list of matched traffic filter sets for all frames matching to the requesting traffic filters, wherein the access point does not transmit any additional TFS notification frame during a delivery interval corresponding to the filter interval field after transmitting the TFS notification frame.
A method for wireless communication by a user equipment, UE (104; 504), comprising: transmitting (520; 710), to a base station, BS, (102; 502), UE capability information indicating at least one radio capability of the UE (104; 504) and at least one machine learning, ML, capability of the UE (104; 504); and receiving (550; 720), from the BS (102; 502) based on the UE capability information, ML configuration information indicating: at least one neural network function, NNF, comprising at least a portion of an ML-based wireless communications management procedure; and at least one ML model configured to perform the at least the portion of the ML-based wireless communications management procedure; and receiving, from the BS (102; 502), a signal activating use of the at least one ML model to perform the at least the portion of the ML-based wireless communications management procedure. transmitting (520; 710), to a base station, BS, (102; 502), UE capability information indicating at least one radio capability of the UE (104; 504) and at least one machine learning, ML, capability of the UE (104; 504); and receiving (550; 720), from the BS (102; 502) based on the UE capability information, ML configuration information indicating: at least one neural network function, NNF, comprising at least a portion of an ML-based wireless communications management procedure; and at least one ML model configured to perform the at least the portion of the ML-based wireless communications management procedure; and at least one neural network function, NNF, comprising at least a portion of an ML-based wireless communications management procedure; and at least one ML model configured to perform the at least the portion of the ML-based wireless communications management procedure; and receiving, from the BS (102; 502), a signal activating use of the at least one ML model to perform the at least the portion of the ML-based wireless communications management procedure.
A nuclear power generating facility having a containment for housing a nuclear reactor and for confining radiation leaked from the nuclear reactor, the containment having a ventilation outlet for providing a controlled release to the environment surrounding the containment, for an atmospheric pressure buildup within the containment in the event the pressure of an atmospheric effluent within the containment is built up to a level that exceeded a preselected value, and the nuclear power generating facility also having, outside the containment, an associated spent fuel storage water pool, including a filter system (16, 26) for filtering contaminants released from or on route to the ventilation outlet, the filter system comprising: a dedicated piping system connected between an interior of the containment or the ventilation outlet and the spent fuel storage water pool for fluidly communicating any atmospheric effluent to be released from inside of the containment through the spent fuel storage water pool; one or more valves (18, 20) connected to the dedicated piping system for controlling the release of the atmospheric effluent to be released; a chemical injection system (22, 24, 26) configured to release a chemical into the spent fuel storage water pool to facilitate a reaction with the atmospheric effluent to be released to substantially neuter any deleterious environmental impact of the atmospheric effluent to be released; and a control system connected to one or more of the chemical injection systems and/or the one or more of the valves and configured to control the release of the chemical and/or the release of the atmospheric effluent. a dedicated piping system connected between an interior of the containment or the ventilation outlet and the spent fuel storage water pool for fluidly communicating any atmospheric effluent to be released from inside of the containment through the spent fuel storage water pool; one or more valves (18, 20) connected to the dedicated piping system for controlling the release of the atmospheric effluent to be released; a chemical injection system (22, 24, 26) configured to release a chemical into the spent fuel storage water pool to facilitate a reaction with the atmospheric effluent to be released to substantially neuter any deleterious environmental impact of the atmospheric effluent to be released; and a control system connected to one or more of the chemical injection systems and/or the one or more of the valves and configured to control the release of the chemical and/or the release of the atmospheric effluent.