mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method of modifying a working set of information specific to a user that can be searched for content relevant to a query, the method comprising: shaping a working-set model based on a behavior of a user across multiple application services ; monitoring via a plurality of working set agents , deployed in a plurality of application services , for events to occur in the plurality of application services , wherein the plurality of working set agents operate on a per-user basis; receiving , by a working set service , a plurality of event signals initiated by the plurality of working set agents in the plurality of application services indicative of the events occurring in the plurality of application services that are nominated, based on working set models specific to the user, by the plurality of working set agents for inclusion in a working set of information (103, 105; 405) specific to the user ; in response to receiving the plurality of event signals, determining which of the events qualify for inclusion in the working set of information (103, 105; 405) based on the working set model; for each event of the events that qualifies for inclusion in the working set of information (103, 105; 405), modifying the working set of information (103, 105; 405) to include the event ; and searching the working set of information (103, 105; 405) for content relevant to a query. shaping a working-set model based on a behavior of a user across multiple application services ; monitoring via a plurality of working set agents , deployed in a plurality of application services , for events to occur in the plurality of application services , wherein the plurality of working set agents operate on a per-user basis; receiving , by a working set service , a plurality of event signals initiated by the plurality of working set agents in the plurality of application services indicative of the events occurring in the plurality of application services that are nominated, based on working set models specific to the user, by the plurality of working set agents for inclusion in a working set of information (103, 105; 405) specific to the user ; in response to receiving the plurality of event signals, determining which of the events qualify for inclusion in the working set of information (103, 105; 405) based on the working set model; for each event of the events that qualifies for inclusion in the working set of information (103, 105; 405), modifying the working set of information (103, 105; 405) to include the event ; and searching the working set of information (103, 105; 405) for content relevant to a query.
Potentiometric measuring chain comprising an ion-selective electrode , a reference electrode with a reference electrode space , and a reference electrode electrolyte therein, the reference electrode having a diaphragm or an open-junction opening or a combination thereof, at least the diaphragm or the open-junction opening being provided with a protective coating that is detachable and/or dissolvable upon contact with an aqueous solution, characterized in that the material of the detachable and/or dissolvable protective coating is selected from: sugars, sugar alcohols and/or soluble starch, and/or mixtures thereof with polyvinyl alcohol and/or microcrystalline cellulose.
An optical source comprising: a first laser arranged to generate a first unmodulated optical signal having a first state of polarisation and a first optical frequency; a second laser arranged to generate a second unmodulated optical signal having a second state of polarisation, substantially orthogonal to the first state of polarisation, and having a second optical frequency, different to the first optical frequency by a preselected frequency difference, Δ ν ; a polarisation beam coupler arranged to combine the first unmodulated optical signal and the second unmodulated optical signal into a composite optical signal comprising both the first unmodulated optical signal and the second unmodulated optical signal having said substantially orthogonal states of polarisation; and an output arranged to output the composite optical signal , the optical source further comprising a feeder optical fibre coupled at one end to the output and having a polarisation mode dispersion coefficient and a length, characterised in that the preselected frequency difference, Δ ν is inversely proportional to a differential group delay, τ, which is proportional to the polarisation mode dispersion coefficient and the length of the feeder optical fibre, wherein the preselected frequency difference, Δ ν , has a value of up to 1 2 ⁢ πτ . a first laser arranged to generate a first unmodulated optical signal having a first state of polarisation and a first optical frequency; a second laser arranged to generate a second unmodulated optical signal having a second state of polarisation, substantially orthogonal to the first state of polarisation, and having a second optical frequency, different to the first optical frequency by a preselected frequency difference, Δ ν ; a polarisation beam coupler arranged to combine the first unmodulated optical signal and the second unmodulated optical signal into a composite optical signal comprising both the first unmodulated optical signal and the second unmodulated optical signal having said substantially orthogonal states of polarisation; and an output arranged to output the composite optical signal , the optical source further comprising a feeder optical fibre coupled at one end to the output and having a polarisation mode dispersion coefficient and a length, characterised in that the preselected frequency difference, Δ ν is inversely proportional to a differential group delay, τ, which is proportional to the polarisation mode dispersion coefficient and the length of the feeder optical fibre, wherein the preselected frequency difference, Δ ν , has a value of up to 1 2 ⁢ πτ .
A sterile drape configured to cover a medical observation apparatus to keep the medical observation apparatus sterile, the medical observation apparatus including a microscope part configured to magnify and image a microfine site of an observation object, an input part configured to receive an input of an operation instruction to the microscope part, and wherein the microscope part functions as a grip part having a bar shape to be gripped and to operate the microscope part to shift the viewing area thereof and having a surface provided with at least a portion of the input part, the sterile drape comprising: an attaching part formed of an elastic member and configured to be fixed and attached to the grip part in a state where the sterile drape covers the medical observation apparatus ; wherein the attaching part has a band shape, and includes engaging parts respectively on both end portions in a band length direction in a manner that one of the end portions is engaged with the other end portion. a microscope part configured to magnify and image a microfine site of an observation object, an input part configured to receive an input of an operation instruction to the microscope part, and wherein the microscope part functions as a grip part having a bar shape to be gripped and to operate the microscope part to shift the viewing area thereof and having a surface provided with at least a portion of the input part, the sterile drape comprising: an attaching part formed of an elastic member and configured to be fixed and attached to the grip part in a state where the sterile drape covers the medical observation apparatus ; wherein the attaching part has a band shape, and includes engaging parts respectively on both end portions in a band length direction in a manner that one of the end portions is engaged with the other end portion.
Muffler assembly, including a ventilation duct (LK) and a muffler for a ventilation system, for silencing sound which propagates along the interior of the ventilation duct passed through by air, wherein the muffler is able to be integrated in the ventilation duct specified for the routing of the airflow, or forms a sub-portion of the ventilation duct, respectively, and the muffler has at least two muffler segments which are disposed so as to be mutually spaced apart so as to, between the mutually facing surfaces of the two segments , form a muffler duct which extends from the inlet to the outlet of the muffler , wherein the two segments are mounted to be movable relative to one another in order to be able to mutually converge or diverge at least sub-regions of the surfaces of the segments , characterized in that the muffler has a measuring element which is disposed on the inlet or the outlet of the muffler and is specified for determining the volumetric flow and/or the mass flow of the air flowing through the muffler and the ventilation duct; in that said muffler has a closed-loop controller which, based on the volumetric flow and/or mass flow of the air determined by the measuring element , is specified to act on an actuator in order to modify the position of the first segment and/or of the second segment ; and in that the ventilation duct (LK) by means of a flexible duct portion is connected in an airtight manner to an end of the second segment that moves in a reciprocating manner during the closed-loop control operation. the muffler has at least two muffler segments which are disposed so as to be mutually spaced apart so as to, between the mutually facing surfaces of the two segments , form a muffler duct which extends from the inlet to the outlet of the muffler , wherein the two segments are mounted to be movable relative to one another in order to be able to mutually converge or diverge at least sub-regions of the surfaces of the segments , characterized in that the muffler has a measuring element which is disposed on the inlet or the outlet of the muffler and is specified for determining the volumetric flow and/or the mass flow of the air flowing through the muffler and the ventilation duct; in that said muffler has a closed-loop controller which, based on the volumetric flow and/or mass flow of the air determined by the measuring element , is specified to act on an actuator in order to modify the position of the first segment and/or of the second segment ; and in that the ventilation duct (LK) by means of a flexible duct portion is connected in an airtight manner to an end of the second segment that moves in a reciprocating manner during the closed-loop control operation.
Implant for nerve regeneration, comprising a sheath consisting of fibrin, comprising silk fibers arranged in axial direction inside the sheath, wherein the inner volume of the sheath and between the silk fibers is filled with fibrin and wherein the sheath has tensile strength of at least 12 to 50 kPa.
A therapeutic agent for use in the prevention and/or treatment of urinary incontinence, wherein the therapeutic agent comprises 1-[2-({[trans-3-fluoro-1-(3-fluoropyridin-2-yl)cyclobutyl]methyl}amino)pyrimidin-5-yl]-1H-pyrrole-3-carboxamide or a salt thereof.
Method for controlling a wave energy converter system which converts the energy of the waves into electrical or hydraulic energy, said wave energy converter system comprising at least one movable means linked with an energy conversion machine, and said movable means performing an oscillatory movement with respect to said conversion machine, characterized in that the following steps are performed: a) the position and/or the velocity and/or the acceleration of said movable means is/are measured; b) the force exerted by the waves on said movable means is estimated by means of said measurement of said position and/or of said velocity of said movable means; c) at least one dominant frequency of the force exerted by said waves on said movable means is determined by means of an unscented Kalman filter; d) a control value of said force exerted by said conversion machine on said movable means is determined to maximize the power generated by said conversion machine, by means of a proportional-integral PI control law with variable gains, whose coefficients are determined by means of said dominant frequency of said force exerted by said waves on said movable means; and e) said conversion machine is controlled by means of said control value. a) the position and/or the velocity and/or the acceleration of said movable means is/are measured; b) the force exerted by the waves on said movable means is estimated by means of said measurement of said position and/or of said velocity of said movable means; c) at least one dominant frequency of the force exerted by said waves on said movable means is determined by means of an unscented Kalman filter; d) a control value of said force exerted by said conversion machine on said movable means is determined to maximize the power generated by said conversion machine, by means of a proportional-integral PI control law with variable gains, whose coefficients are determined by means of said dominant frequency of said force exerted by said waves on said movable means; and e) said conversion machine is controlled by means of said control value.
A method for receiving, by a user equipment, UE, a machine type communication physical downlink control channel, MPDCCH, the method comprising: receiving, by the UE, a first common search space configuration for a first common search space; monitoring, by the UE, the first common search space to detect a first MPDCCH scheduling a message related to a random access procedure based on the first common search space configuration; and monitoring, by the UE, a UE-specific search space to detect a second MPDCCH scheduling unicast data for the UE, wherein the UE monitors the UE-specific search space based on a configuration identical to the first common search space configuration until the UE receives information on a UE-specific search space configuration, wherein the first common search space configuration comprises information on a maximum number of MPDCCH repetitions for the first common search space, wherein the information on the UE-specific search space comprises information on a maximum number of MPDCCH repetitions for the UE-specific search space, and wherein monitoring the UE-specific search space based on the configuration identical to the first common search space configuration comprises: monitoring the UE-specific search space based on a maximum number of MPDCCH repetitions identical to the maximum number of MPDCCH repetitions for the first common search space until the UE receives the information on the maximum number of MPDCCH repetitions for the UE-specific search space. receiving, by the UE, a first common search space configuration for a first common search space; monitoring, by the UE, the first common search space to detect a first MPDCCH scheduling a message related to a random access procedure based on the first common search space configuration; and monitoring, by the UE, a UE-specific search space to detect a second MPDCCH scheduling unicast data for the UE, wherein the UE monitors the UE-specific search space based on a configuration identical to the first common search space configuration until the UE receives information on a UE-specific search space configuration, wherein the first common search space configuration comprises information on a maximum number of MPDCCH repetitions for the first common search space, wherein the information on the UE-specific search space comprises information on a maximum number of MPDCCH repetitions for the UE-specific search space, and wherein monitoring the UE-specific search space based on the configuration identical to the first common search space configuration comprises: monitoring the UE-specific search space based on a maximum number of MPDCCH repetitions identical to the maximum number of MPDCCH repetitions for the first common search space until the UE receives the information on the maximum number of MPDCCH repetitions for the UE-specific search space.
Cage rotor of a dynamoelectric machine with - a magnetically conductive base body, in particular a laminated core , which extends along an axis from one axial end to a second axial end, with first recesses which run substantially axially, are embodied as slots and are located at the radially outer edge of the lateral surface of the magnetically conductive base body and which only have a first conductor material , - a short-circuit ring , on the axial ends of the magnetically conductive base body in each case, which has at least a second electrically conductive material and which surrounds the axis in each case, wherein the first electrically conductive material of the slots is in electrical contact with the second electrically conductive material at the axial ends, characterised in that - the first conductor material in the first recesses , which are embodied as slots and are provided with a slot opening that points radially outwards, is a prefabricated rod material, in particular copper rods, - the conductor rods in the respective slots , due to a caulking procedure in said slots , are in contact with the walls of said slots virtually over the entire area, in particular making a positive fit, - second recesses in the magnetically conductive base body are provided, which are provided with a filler material that forms the second electrically conductive material of the short-circuit rings . - a magnetically conductive base body, in particular a laminated core , which extends along an axis from one axial end to a second axial end, with first recesses which run substantially axially, are embodied as slots and are located at the radially outer edge of the lateral surface of the magnetically conductive base body and which only have a first conductor material , - a short-circuit ring , on the axial ends of the magnetically conductive base body in each case, which has at least a second electrically conductive material and which surrounds the axis in each case, wherein the first electrically conductive material of the slots is in electrical contact with the second electrically conductive material at the axial ends, characterised in that - the first conductor material in the first recesses , which are embodied as slots and are provided with a slot opening that points radially outwards, is a prefabricated rod material, in particular copper rods, - the conductor rods in the respective slots , due to a caulking procedure in said slots , are in contact with the walls of said slots virtually over the entire area, in particular making a positive fit, - second recesses in the magnetically conductive base body are provided, which are provided with a filler material that forms the second electrically conductive material of the short-circuit rings .
Method for detecting incorrectly parked vehicles , wherein information about available parking areas and areas which are not available for parking is made available in the form of a digital parking space map, wherein information about an area which is not available for parking comprises coordinates, in particular GPS coordinates, and an expected length of the area , characterized in that a length of an area which is not available for parking is detected by a vehicle which is searching for a parking space, and when there is a deviation between the detected length and an expected length an incorrectly parked vehicle is detected.
An assembled battery comprising: a plurality of battery cells arranged in series such that long side surfaces of the battery cells face other; a pair of end plates sandwiching both ends thereof; and first metal bands binding the pair of the end plates, wherein each of the end plates comprises two plates , characterized in that each of the two plates has width smaller than width of the long side surface of the battery cell such that there is a space between the two plates , the first metal bands respectively bind one plate of the two plates at one end and the corresponding plate of the two plates at the other end, which faces the one plate at the one end through the plurality of the battery cells , and in each of the pair of end plates, the two plates of the one end or the two plates of the other end are respectively bound by a connecting member , the connecting member is on the outer surface of the two plates and extends over the space between them and connects them. a plurality of battery cells arranged in series such that long side surfaces of the battery cells face other; a pair of end plates sandwiching both ends thereof; and first metal bands binding the pair of the end plates, wherein each of the end plates comprises two plates , characterized in that each of the two plates has width smaller than width of the long side surface of the battery cell such that there is a space between the two plates , the first metal bands respectively bind one plate of the two plates at one end and the corresponding plate of the two plates at the other end, which faces the one plate at the one end through the plurality of the battery cells , and in each of the pair of end plates, the two plates of the one end or the two plates of the other end are respectively bound by a connecting member , the connecting member is on the outer surface of the two plates and extends over the space between them and connects them.
A closure device for releasing an additive liquid into a container by operation of the closure device, the container having a main liquid compartment and a container neck with an opening, the closure device comprising a cap member defining a fluid chamber having a neck at a lower end thereof and a casing substantially surrounding the fluid chamber and having a plug member extending into the neck of the fluid chamber, wherein the neck has an upper portion having a first diameter, wherein the plug member comprises a primary seal adapted to seal between the plug member and the upper portion of the neck, an upper seal adapted to seal between the plug member and the upper portion of the neck, and a nozzle in fluid communication with an external surface of the plug member below the primary seal , wherein the cap member is arranged to be lifted relative to the casing from a closed position, through an open position in which a communication path is provided from the fluid chamber through a path between the upper portion of the neck and the plug member to the nozzle , to a sealed position, wherein in the closed position the primary seal seals between the plug member and the upper portion of the neck, wherein in the open position the primary seal is located below the upper portion of the neck and the upper seal is located above the upper portion of the neck, and wherein in the sealed position the upper seal seals between the plug member and the upper portion of the neck.