mhurhangee/patent-ind-claim-en huggingface dataset:
A stateless queue system for allowing multiple clients to consume synchronized and queued content in a virtual room, the stateless queue system comprising: a non-transitory, computer-implementable application for implementing the stateless queue system; and at least one application-implementing computer client for implementing the non-transitory, computer-implementable application; the computer-implementable application providing a queue creation service for creating a content queue and storing queue order and playback start time in a database, the at least one application-implementing computer client being independently operable to selectively add content to the content queue by a select content addition mechanism, the select content addition mechanism being selected from the group consisting of bottom-based content addition, vote-based content addition, and direct modification-based content addition, characterised in that , the content queue comprises an immutable portion and a mutable portion , the immutable portion comprising played and playing content items , the mutable portion being amenable via the select content addition mechanism, the mutable portion being governed by a playback recalculation protocol in the event of content addition, the playback recalculation protocol being characterized by movement of a select content item to a new queue position, the select content item having a successive content item, the successive content item inheriting the start time of the select content item, all other content items recalculating respective start times from the successive content item and an inherited start time thereof. a non-transitory, computer-implementable application for implementing the stateless queue system; and at least one application-implementing computer client for implementing the non-transitory, computer-implementable application; the computer-implementable application providing a queue creation service for creating a content queue and storing queue order and playback start time in a database, the at least one application-implementing computer client being independently operable to selectively add content to the content queue by a select content addition mechanism, the select content addition mechanism being selected from the group consisting of bottom-based content addition, vote-based content addition, and direct modification-based content addition, characterised in that , the content queue comprises an immutable portion and a mutable portion , the immutable portion comprising played and playing content items , the mutable portion being amenable via the select content addition mechanism, the mutable portion being governed by a playback recalculation protocol in the event of content addition, the playback recalculation protocol being characterized by movement of a select content item to a new queue position, the select content item having a successive content item, the successive content item inheriting the start time of the select content item, all other content items recalculating respective start times from the successive content item and an inherited start time thereof.
A method for diagnosing (i) severe sepsis, or (ii) risk of developing severe sepsis, or (iii) risk of severe sepsis-induced organ failure, in a subject, the method comprising determining in a biological sample obtained from the subject a level of expression for each of a plurality of at least six Endotoxin Tolerance Signature (ETS) genes to provide a sample gene signature, and comparing the sample gene signature with a reference gene signature, wherein the reference gene signature represents a standard level of expression of each of the plurality of genes; wherein a difference between the sample gene signature and the reference gene signature indicates that the subject has severe sepsis or is at risk of developing severe sepsis or severe sepsis-induced organ failure, wherein the plurality of genes is selected from ADAM15, ADAMDEC1, ALCAM, ALDH1A1, ANKRD1, C19orf59, CA12, CAMP, CCL1, CCL19, CCL22, CCL24, CCL7, CD14, CD300LF, CD93, CDK5RAP2, CPVL, CST3, CST6, CTSK, CXCL10, CYP1B1, CYP27B1, DDIT4, DHRS9, DPYSL3, EGR2, EMR1, EMR3, FBP1, FCER1G, FCER2, FPR1, FPR2, GK, GPNMB, GPR137B, HBEGF, HIST1H1C, HIST2H2AA3, HIST2H2AC, HK2, HK3, HPSE, HSD11B1, HTRA1, IL18BP, IL3RA, ITGB8, KIAA1199, LILRA3, LILRA5, LIPA, LY86, MARCO, MGST1, MMP7, MT1F, MT1G, MT1H, MT1M, MT1X, MXD1, MYADM, NEFH, NQO1, NRIP3, OLIG2, PANX2, PAPLN, PDLIM7, PLAUR, PLD3, PPBP, PROCR, PSTPIP2, PTGES, PTGR1, RAB13, RARRES1, RETN, RHBDD2, RNASE1, S100A12, S100A4, S100A8, S100A9, SERPINA1, SERPINB7, SLC16A10, SLC7A11, TGM2, TLR7, TMEM158, TREM1, TSPAN4, UPP1 and VCAN.
A training method for training a generator neural network (100; 220) configured to generate synthesized sensor data , the method comprising - accessing a training set (351; 352; 353) of measured sensor data obtained from a sensor, - training the generator network together with a discriminator neural network (230; 238; 239), wherein the training comprises - generating the synthesized sensor data using the generator neural network, - optimizing the discriminator network to distinguish between the measured sensor data and the synthesized sensor data, - optimizing the generator network to generate the synthesized sensor data which is indistinguishable from the measured sensor data by the discriminator network, characterised in that - a fidelity destroying transformation is defined configured to transform the measured sensor data to obtain fidelity-destroyed transformed measured sensor data, the training comprising optimizing the discriminator network to distinguish between the measured sensor data and the fidelity-destroyed transformed measured sensor data, wherein the fidelity destroying transformation transforms its input to a result that cannot be regarded as drawn from the same probability distribution as the input. - accessing a training set (351; 352; 353) of measured sensor data obtained from a sensor, - training the generator network together with a discriminator neural network (230; 238; 239), wherein the training comprises - generating the synthesized sensor data using the generator neural network, - optimizing the discriminator network to distinguish between the measured sensor data and the synthesized sensor data, - optimizing the generator network to generate the synthesized sensor data which is indistinguishable from the measured sensor data by the discriminator network, - a fidelity destroying transformation is defined configured to transform the measured sensor data to obtain fidelity-destroyed transformed measured sensor data, the training comprising optimizing the discriminator network to distinguish between the measured sensor data and the fidelity-destroyed transformed measured sensor data,
Apparatus for triggering a fall risk alert to a person, the apparatus comprising: a fall sensor configured to evaluate motions of the person so as to obtain a first fall risk value ; a risk calculator configured to determine a second fall risk value based on a set of parameters using weights , an adaption unit configured to adapt a weight of the weights , by applying an adaptive learning mechanism based on the first fall risk value ; and wherein the apparatus is configured to trigger the fall risk alert depending on the second fall risk value , and, characterized in that the set of parameters comprises environmental conditions, and H the apparatus is configured to adjust a sensitivity of the fall sensor using the second fall risk value , and wherein the apparatus further comprises a route planer configured to determine a route from a first position to a second position, wherein the route planer is further configured to adapt the route according to the second fall risk value so as to avoid places where other persons had an increased probability of falling, wherein these places were previously identified based on crowdsourced analytics of falling data and context. a fall sensor configured to evaluate motions of the person so as to obtain a first fall risk value ; a risk calculator configured to determine a second fall risk value based on a set of parameters using weights , an adaption unit configured to adapt a weight of the weights , by applying an adaptive learning mechanism based on the first fall risk value ; and wherein the apparatus is configured to trigger the fall risk alert depending on the second fall risk value , and, characterized in that the set of parameters comprises environmental conditions, and H the apparatus is configured to adjust a sensitivity of the fall sensor using the second fall risk value , and wherein the apparatus further comprises a route planer configured to determine a route from a first position to a second position, wherein the route planer is further configured to adapt the route according to the second fall risk value so as to avoid places where other persons had an increased probability of falling, wherein these places were previously identified based on crowdsourced analytics of falling data and context.
An information processing device comprising: an identification part configured to, in response to a user's operation to start any given one of a plurality of first application programs , determine whether the start of the one of the first application programs is allowed; and a request part configured to request the one of the first application programs to display a first screen while starting which indicates limited use of the one of the first application programs when the identification part determines that the start of the one of the first application programs is not allowed, and request a second application program to display a second screen including a message when the identification part determines that the start of the one of the first application programs is allowed and when the message needs to be given. an identification part configured to, in response to a user's operation to start any given one of a plurality of first application programs , determine whether the start of the one of the first application programs is allowed; and a request part configured to request the one of the first application programs to display a first screen while starting which indicates limited use of the one of the first application programs when the identification part determines that the start of the one of the first application programs is not allowed, and request a second application program to display a second screen including a message when the identification part determines that the start of the one of the first application programs is allowed and when the message needs to be given.
An expression construct comprising a retinal pigment epithelium (RPE)-specific promoter and an operably linked polynucleotide sequence, wherein the RPE-specific promoter comprises: (a) a sequence of contiguous nucleotides from SEQ ID NO:1 that confers RPE-specific expression on an operably linked polynucleotide sequence, or (b) a sequence having at least 90% sequence identity to said sequence of (a) and that retains RPE-specific promoter activity, and wherein the operably linked polynucleotide sequence comprises the sequence of SEQ ID NO: 4. (a) a sequence of contiguous nucleotides from SEQ ID NO:1 that confers RPE-specific expression on an operably linked polynucleotide sequence, or (b) a sequence having at least 90% sequence identity to said sequence of (a) and that retains RPE-specific promoter activity,
Hand-operated cutting machine, in particular power handsaw or wall groove milling tool, with a guide element , in particular a guide plate , which can be placed on a base by its underside, and with a drive assembly having a drive motor located in a machine housing and a tool holder drivable about an axis of rotation (D) for a cutting tool , in particular a saw blade, which can be guided in a working direction (A) to produce a parting cut in the workpiece, wherein the drive assembly is mounted on the guide element for pivoting by means of a mitre bearing assembly about a mitre axis (GA) extending parallel to the working direction (A), which mitre bearing assembly comprises a front mitre bearing as viewed in the working direction (A) and a rear mitre bearing as viewed in the working direction (A) at a longitudinal distance from the front mitre bearing , wherein the mitre bearings have fixing means , which can be operated by means of an operating handle between a fixing position, in which the drive assembly is fixed to the guide element while being stationary with respect to the mitre axis (GA), and a release position, in which the drive assembly is pivotable about the mitre axis (GA) with respect to the guide element , wherein the operating handle is located at a mitre bearing and a force transmission assembly is provided between the mitre bearings for transmitting the force of the operating handle to the other mitre bearing , characterised in that the operating handle and the force transmission assembly are located at the drive assembly and pivot therewith about the mitre axis (GA), the fixing means being designed for fixing both mitre bearings by means of the operating handle .
A cradle assembly for a narrow relay comprising a cradle , an armature of a triggering system and parts of a contact system , the cradle comprising a force introduction section at which force is introduced from the armature , and a force diversion section in which the introduced force is diverted to the parts of the contact system , wherein the armature is arranged at the force introduction section and the parts of the contact system are arranged at the force diversion section , wherein a direct connection line between the force introduction section and the force diversion section runs through a receptacle of the cradle and a bottom of the receptacle is spaced apart from the direct connection line , wherein a wall of the receptacle runs perpendicular to the direct connection line and shields the contact system from the triggering system .
Supercharged internal combustion engine having at least one cylinder head with at least two cylinders, in which - each cylinder has at least one outlet opening for discharging the exhaust gases out of the cylinder, and each outlet opening is adjoined by an exhaust line, - at least two cylinders are configured in such a way as to form two groups with in each case at least one cylinder, - the exhaust lines of the cylinders of each cylinder group merge to form a respective overall exhaust line, thus forming an exhaust manifold, - the two overall exhaust lines are connected to a two-channel turbine , which comprises a rotor mounted on a rotatable shaft in a turbine housing , in such a way that in each case one overall exhaust line is connected to one of the two inlet openings of the turbine , each inlet opening being adjoined by one channel of the turbine and the two channels being separated from one another as far as the rotor by means of a housing wall , such that the exhaust-gas streams of the two channels are conducted separate from one another to the rotor , and - the two channels of the turbine can be connected to one another within the turbine housing by virtue of at least one opening in the housing wall upstream of the rotor and downstream of the inlet openings being opened up, characterized in that - at least one displaceable wall part is provided which serves for opening up the at least one opening in the housing wall , the at least one displaceable wall part being displaceable along the flow direction of the exhaust gas. - each cylinder has at least one outlet opening for discharging the exhaust gases out of the cylinder, and each outlet opening is adjoined by an exhaust line, - at least two cylinders are configured in such a way as to form two groups with in each case at least one cylinder, - the exhaust lines of the cylinders of each cylinder group merge to form a respective overall exhaust line, thus forming an exhaust manifold, - the two overall exhaust lines are connected to a two-channel turbine , which comprises a rotor mounted on a rotatable shaft in a turbine housing , in such a way that in each case one overall exhaust line is connected to one of the two inlet openings of the turbine , each inlet opening being adjoined by one channel of the turbine and the two channels being separated from one another as far as the rotor by means of a housing wall , such that the exhaust-gas streams of the two channels are conducted separate from one another to the rotor , and - the two channels of the turbine can be connected to one another within the turbine housing by virtue of at least one opening in the housing wall upstream of the rotor and downstream of the inlet openings being opened up, - at least one displaceable wall part is provided which serves for opening up the at least one opening in the housing wall , the at least one displaceable wall part being displaceable along the flow direction of the exhaust gas.
A method for operating throwing an arrangement for sporting clays, including at least one throwing machine arrangement respectively including at least one throwing machine and at least one throwing machine control unit , a central control unit for controlling the throwing machine arrangement and a microphone arrangement connected with the central control unit and configured to receive an acoustic throwing command wherein the central control unit performs a wireless and bi-directional data exchange with a stationary communication terminal and/or a mobile communication terminal and the stationary and/or the mobile communication terminal and the central control unit performs a data exchange through a communication network with an external administration server for the throwing arrangement wherein the data exchange controls operations of the throwing arrangement, characterized in that the stationary and/or the mobile communication terminal includes a control program with training routines and operating modes for actuating the central control unit wherein the training routines and the operating modes are freely selectable on the communication terminal, wherein the control program transmits an activation and throwing sequence to the central control unit , wherein the microphone arrangement and/or the at least one throwing machine arrangement is addressed and actuated by the central control unit according to the activation and throwing sequence, and wherein at least one microphone of the microphone arrangement is activated by the activation and launching sequence during a pre-determinable time interval to be ready to receive an acoustic throwing command, wherein the activation of the microphone is indicated by an optical and/or acoustic signal encoder that is arranged within the microphone.
A fastening clip assembly for mounting a first component to a second component , comprising: a male member , having a first head portion , provided at a first proximal end along a first central axis (A, C), and a coupling portion , extending from said first head portion along said first central axis (A, C) towards a first distal end ; a female member , comprising a second head portion , provided at a second proximal end along a second central axis (B), a body portion , extending from said second head portion along said second central axis (B) towards a second distal end , said body portion having a central aperture configured to couplingly receive said coupling portion of said male member and at least one elastically deflectable retaining member , adapted to fixingly engage when inserted into an orifice of the second component , and at least one indicator member , extending from said first head portion and away from said first central axis (A, C) towards said first distal end , adapted to deflect laterally outward from a first position towards a second position and operably engage with said first head portion , when abuttingly engaged with an upper surface of said second head portion , during use; and characterised in that said first head portion comprises a substantially planar top surface extending in a direction substantially transverse to said first central axis (A, C); and in that at least a portion of said at least one indicator member is configured to protrude past said substantially planar top surface when said at least one indicator member is in said second position. a male member , having a first head portion , provided at a first proximal end along a first central axis (A, C), and a coupling portion , extending from said first head portion along said first central axis (A, C) towards a first distal end ; a female member , comprising a second head portion , provided at a second proximal end along a second central axis (B), a body portion , extending from said second head portion along said second central axis (B) towards a second distal end , said body portion having a central aperture configured to couplingly receive said coupling portion of said male member and at least one elastically deflectable retaining member , adapted to fixingly engage when inserted into an orifice of the second component , and at least one indicator member , extending from said first head portion and away from said first central axis (A, C) towards said first distal end , adapted to deflect laterally outward from a first position towards a second position and operably engage with said first head portion , when abuttingly engaged with an upper surface of said second head portion , during use; and characterised in that said first head portion comprises a substantially planar top surface extending in a direction substantially transverse to said first central axis (A, C); and in that at least a portion of said at least one indicator member is configured to protrude past said substantially planar top surface when said at least one indicator member is in said second position.
Device for feeding fiber material to a carding machine , comprising a filling chute , a filling chute outlet , a feed channel and a fan for compressing the fiber material in the feed channel to a certain fiber batt weight, wherein the filling chute outlet has a feed roller which is driven by a frequency converter and comprises a feeding trough for dosing the fiber material from the filling chute , and an opening roller for transferring the fiber material from the feed roller to the feed channel , wherein a controller is provided, in which, for different fiber batt weights (W), a target volume flow (V) of the fan and a target pressure (P) in the feed channel are assigned to each specific fiber batt weight (W), and a pressure measuring device for measuring an actual pressure is provided in the feed channel , wherein, in the controller , the frequency converter of the drive of the feed roller is controlled according to a target-actual comparison of the pressure in the feed channel , while maintaining the target volume flow.