mhurhangee/patent-ind-claim-en huggingface dataset:
Transmitting device for transmitting control data to a transponder of an operating device of an emergency light, the emergency light being switched on during mains operation if the emergency light is operated in maintained mode; the emergency light being switched off during mains operation and switched on in the event of a power failure if the emergency light is operated in standby mode; the transmitting device having a control unit , a transmitter , a display unit and an input unit , characterized in that the input unit is designed for entering or selecting maintained mode or standby mode by a user, the control unit is designed to generate the control data for a configuration of the operating device according to the maintained mode or standby mode entered or selected by the user, the transmitter is designed to transmit the generated control data to the transponder of the operating device , the transmitter is designed to transmit a network address, with which the emergency light can be identified from other components (1a..1h) of a lighting system, to the transponder of the operating device , the display unit has a touch-sensitive screen for displaying a building/room plan and for marking the position of the emergency light in the displayed building/room plan by the user tapping the touch-sensitive screen, and the control unit is designed to link the network address to the marked position and to store the network address. the emergency light being switched on during mains operation if the emergency light is operated in maintained mode; the emergency light being switched off during mains operation and switched on in the event of a power failure if the emergency light is operated in standby mode; the transmitting device having a control unit , a transmitter , a display unit and an input unit , characterized in that the input unit is designed for entering or selecting maintained mode or standby mode by a user, the control unit is designed to generate the control data for a configuration of the operating device according to the maintained mode or standby mode entered or selected by the user, the transmitter is designed to transmit the generated control data to the transponder of the operating device , the transmitter is designed to transmit a network address, with which the emergency light can be identified from other components (1a..1h) of a lighting system, to the transponder of the operating device , the display unit has a touch-sensitive screen for displaying a building/room plan and for marking the position of the emergency light in the displayed building/room plan by the user tapping the touch-sensitive screen, and the control unit is designed to link the network address to the marked position and to store the network address.
A device comprising: a base unit ; an attachment means , connected to the base unit , which can be used to attach the base unit releasably to a user's clothing; a leash arrangement comprising a flexible leash element which may be extended from, and retracted into, the base unit ; and a holder attached to the leash element , the holder being operable to grip and release at least one type of cigarette lighter, wherein: the holder comprises first and second arms which protrude away from a central point and are deflected towards one another to present generally opposed gripping surfaces ; and an adjustment arrangement is provided to allow a user to adjust the distance between the gripping surfaces when the holder is in an undisturbed state, wherein the adjustment arrangement is an adjustment knob which may be grasped by a user and rotated to bring the arms closer to one another, or draw them further apart from one another, thus increasing or decreasing the distance between the gripping surfaces . a base unit ; an attachment means , connected to the base unit , which can be used to attach the base unit releasably to a user's clothing; a leash arrangement comprising a flexible leash element which may be extended from, and retracted into, the base unit ; and a holder attached to the leash element , the holder being operable to grip and release at least one type of cigarette lighter, wherein: the holder comprises first and second arms which protrude away from a central point and are deflected towards one another to present generally opposed gripping surfaces ; and an adjustment arrangement is provided to allow a user to adjust the distance between the gripping surfaces when the holder is in an undisturbed state, wherein the adjustment arrangement is an adjustment knob which may be grasped by a user and rotated to bring the arms closer to one another, or draw them further apart from one another, thus increasing or decreasing the distance between the gripping surfaces . the holder comprises first and second arms which protrude away from a central point and are deflected towards one another to present generally opposed gripping surfaces ; and an adjustment arrangement is provided to allow a user to adjust the distance between the gripping surfaces when the holder is in an undisturbed state, wherein the adjustment arrangement is an adjustment knob which may be grasped by a user and rotated to bring the arms closer to one another, or draw them further apart from one another, thus increasing or decreasing the distance between the gripping surfaces .
A tomography apparatus comprising: an X-ray generator configured to emit at least one X-ray; a controller configured to determine a first value based on a threshold dosage of the at least one X-ray allowed for a subject being a user of the tomography apparatus, the first value being a value indicating a maximum absorption dosage of the at least one X-ray allowed for the subject, and to generate an absorbed-dose distribution diagram that indicates a location range of the subject in which, when the at least one X-ray is irradiated to the subject based on an imaging condition, an absorbed dose of the at least one X-ray has the first value; and an indicator configured to show the generated absorbed-dose distribution diagram . an X-ray generator configured to emit at least one X-ray; a controller configured to determine a first value based on a threshold dosage of the at least one X-ray allowed for a subject being a user of the tomography apparatus, the first value being a value indicating a maximum absorption dosage of the at least one X-ray allowed for the subject, and to generate an absorbed-dose distribution diagram that indicates a location range of the subject in which, when the at least one X-ray is irradiated to the subject based on an imaging condition, an absorbed dose of the at least one X-ray has the first value; and an indicator configured to show the generated absorbed-dose distribution diagram .
A blockchain-based resource transfer method, comprising: determining (S101), when a resource transfer condition is met, a first amount of a to-be-transferred first resource, the first resource being a capital; determining (SI03), according to the first amount of the first resource, a second amount of a to-be-transferred second resource, the second resource being a token, wherein a type of the first resource is different from a type of the second resource, the second resource representing the first resource in the resource transfer, the second amount of the second resource reflecting the first amount of the first resource; initiating (SI05), by a resource transferor, a transaction request to a blockchain to transfer the to-be-transferred second resource to a resource transferee, wherein the transaction request comprises first encrypted amount information obtained by encrypting the second amount of the second resource using a first encryption function, wherein an input of the first encryption function is the second amount of the second resource and another input of the first encryption function is a public key of the resource transferee; and executing (S107), after the blockchain verifies the transaction request, the transaction request to transfer the to-be-transferred second resource to the resource transferee, and recording an execution result on the blockchain. determining (S101), when a resource transfer condition is met, a first amount of a to-be-transferred first resource, the first resource being a capital; determining (SI03), according to the first amount of the first resource, a second amount of a to-be-transferred second resource, the second resource being a token, wherein a type of the first resource is different from a type of the second resource, the second resource representing the first resource in the resource transfer, the second amount of the second resource reflecting the first amount of the first resource; initiating (SI05), by a resource transferor, a transaction request to a blockchain to transfer the to-be-transferred second resource to a resource transferee, wherein the transaction request comprises first encrypted amount information obtained by encrypting the second amount of the second resource using a first encryption function, wherein an input of the first encryption function is the second amount of the second resource and another input of the first encryption function is a public key of the resource transferee; and executing (S107), after the blockchain verifies the transaction request, the transaction request to transfer the to-be-transferred second resource to the resource transferee, and recording an execution result on the blockchain.
Control device for an inverter that feeds an electric machine , wherein the control device is configured to provide pulse-width modulated switching signals with a carrier frequency to drive switching elements of the inverter , wherein the control device is configured to determine the carrier frequency depending on operating point information that describes an operating point defined by a rotation speed and a torque of the electric machine , characterized in that the control device is configured to increase the carrier frequency within an operating region that extends within a rotation speed interval with a lower rotation speed limit differing from zero and with an upper rotation speed limit lying in a power-limiting operating region or field-weakening operating region, as the rotation speed increases and the magnitude of the torque decreases, wherein a first boundary of the operating region extends from a first operating point , whose rotation speed corresponds to the lower rotation speed limit , to a second operating point , whose rotation speed is greater than the lower rotation speed limit and the magnitude of whose torque is greater than the magnitude of the torque of the first operating point .
A tension device for applying a tension force to a cable looped at least once around a bone, comprising: a body having first and second sections , superior and inferior surfaces , and an internal cavity , the first section adapted to secure a first end of the cable and the second section adapted to receive a second end of the cable ; and a tension component to apply the tension force to the cable , wherein the tension component is disposed within the cavity and configured to remain implanted in vivo after a surgical procedure in which the tension device is used, the tension component comprising a rotating spool that rotates in a first direction to tension the cable ; characterized in that the cavity includes inward facing protrusions adapted to engage with the tension component and prevent rotation in a second direction opposite the first direction. a body having first and second sections , superior and inferior surfaces , and an internal cavity , the first section adapted to secure a first end of the cable and the second section adapted to receive a second end of the cable ; and a tension component to apply the tension force to the cable , wherein the tension component is disposed within the cavity and configured to remain implanted in vivo after a surgical procedure in which the tension device is used, the tension component comprising a rotating spool that rotates in a first direction to tension the cable ; characterized in that the cavity includes inward facing protrusions adapted to engage with the tension component and prevent rotation in a second direction opposite the first direction.
Method for training a previously trained neural network N k -1 to perform an additional segmentation task T k in addition to i previously trained segmentation tasks T i on said previously trained neural network N k -1 wherein i = 1, ..., k - 1, and k ≥ 2, wherein said additional segmentation task T k is defined by a set of input images S k and their corresponding set of ground-truth segmentation masks G I k ( T k ) in terms of the desired result, and wherein said previously trained neural network N k -1 is defined by parameters w̃ k- 1 , a discrete number of convolution layers y, and a defined number of output layers z , characterized in that , said method comprises the steps of: - applying the previously trained neural network N k -1 to said set of input images S k to calculate the result masks G i k T j , j = 1, ...,k - 1 for all previously trained tasks T 1 , ..., T k -1 , - defining a new neural network N k by adding a new convolutional layer in parallel to the existing output layers of the already trained neural network N k -1 , - initialize randomly the newly added parameters w̃ k corresponding to said new convolutional layer and subsequently train the new neural network N k on said additional segmentation task T k using the set of input images S k and said previously calculated result masks G i k T j , j = 1, ...,k - 1 and the set of ground-truth segmentation masks G i k T k , wherein the loss function of the training process is defined as the general loss function: D combined = ∑ j = 1 k λ i D T j wherein λ 1 , ..., λ k represent the relative weights of the tasks in the total loss function, so that ∑ i λ i = 1, and wherein: D T j = S k − 1 ∑ i = 1 S k Λ I i k , G i k T j , j = 1 , ... , k and where Λ I i k G I i k : = − ∑ l = 1 n k r B , l k − 1 ∑ l = 1 n k d l I i k G i k G i k - applying the previously trained neural network N k -1 to said set of input images S k to calculate the result masks G i k T j , j = 1, ...,k - 1 for all previously trained tasks T 1 , ..., T k -1 , - defining a new neural network N k by adding a new convolutional layer in parallel to the existing output layers of the already trained neural network N k -1 , - initialize randomly the newly added parameters w̃ k corresponding to said new convolutional layer and subsequently train the new neural network N k on said additional segmentation task T k using the set of input images S k and said previously calculated result masks G i k T j , j = 1, ...,k - 1 and the set of ground-truth segmentation masks G i k T k , wherein the loss function of the training process is defined as the general loss function: D combined = ∑ j = 1 k λ i D T j
A differential comprising: a case ; a side gear ; a first lock plate comprising a first side and a toothed side; a second lock plate comprising a first side facing the case and a toothed second side facing the toothed side of the first lock plate ; a cam plate between the side gear and the first lock plate , the cam plate comprising: a splined neck extending towards the first lock plate ; and external teeth configured to couple to an actuator ; and a clutch pack between the cam plate and the first lock plate , the clutch pack comprising at least one active clutch disc internally splined to the splined neck . a case ; a side gear ; a first lock plate comprising a first side and a toothed side; a second lock plate comprising a first side facing the case and a toothed second side facing the toothed side of the first lock plate ; a cam plate between the side gear and the first lock plate , the cam plate comprising: a splined neck extending towards the first lock plate ; and external teeth configured to couple to an actuator ; and a splined neck extending towards the first lock plate ; and external teeth configured to couple to an actuator ; and a clutch pack between the cam plate and the first lock plate , the clutch pack comprising at least one active clutch disc internally splined to the splined neck .
A method for partitioning one or more energy sources or power sources of an electronic device, said electronic device comprising circuits for transmission and reception of information bearing functions of time, each partition having one or more corresponding signal sample regions, each signal sample region corresponding to a range of voltage and current, said voltage and current being used to power the device and form signals, wherein each sample region includes one or more samples that are used to render a desired information bearing function of time, the method comprising: identifying one or more associated signal statistics of a desired information bearing function of time that are associated with the one or more energy sources or power sources and signal sample regions; and partitioning at least one of the energy sources or power sources into one or more partitions based on the identified associated signal statistics , wherein the number of partitions is a function of a desired resolution for rendering the desired information bearing function of time, and a desired signal efficiency for rendering the desired information bearing function of time at a communications sink. identifying one or more associated signal statistics of a desired information bearing function of time that are associated with the one or more energy sources or power sources and signal sample regions; and partitioning at least one of the energy sources or power sources into one or more partitions based on the identified associated signal statistics , wherein the number of partitions is a function of a desired resolution for rendering the desired information bearing function of time, and a desired signal efficiency for rendering the desired information bearing function of time at a communications sink.
A paper-feeding cutting machine, comprising: a frame , the frame being provided with a paper-loading platform , a cutting table , a receiving hopper and a crossbeam , wherein a linear guide rail is disposed on both sides of the frame , and the cross beam is connected to the linear guide rail ; a machine head , disposed on the crossbeam , the machine head comprising: a fixing plate ; a cutter holder ; and a cutting component; characterized in that the machine head further comprises: a machine head lifting mechanism; and a machine head rotating mechanism; wherein a cutter holder guide rode is disposed on the fixing plate ; the cutter holder is connected to the cutter holder guide rode ; the machine head lifting mechanism is connected to the cutter holder , and is used to drive the cutter holder to move up and down; the cutting component comprises at least two cutter head assemblies mounted on the cutter holder ; and the machine head rotating mechanism is connected to the cutter head assemblies for driving the cutter head assemblies to rotate, wherein the machine is prepared such that in use, when the cutting machine performs a cutting operation, it is possible to set each of those two cutter head assemblies at different heights, so that only one cutter head assembly operates at a time. a frame , the frame being provided with a paper-loading platform , a cutting table , a receiving hopper and a crossbeam , wherein a linear guide rail is disposed on both sides of the frame , and the cross beam is connected to the linear guide rail ; a machine head , disposed on the crossbeam , the machine head comprising: a fixing plate ; a cutter holder ; and a cutting component; a fixing plate ; a cutter holder ; and a cutting component; characterized in that the machine head further comprises: a machine head lifting mechanism; and a machine head rotating mechanism; wherein a cutter holder guide rode is disposed on the fixing plate ; the cutter holder is connected to the cutter holder guide rode ; a machine head lifting mechanism; and a machine head rotating mechanism; wherein a cutter holder guide rode is disposed on the fixing plate ; the cutter holder is connected to the cutter holder guide rode ; the machine head lifting mechanism is connected to the cutter holder , and is used to drive the cutter holder to move up and down; the cutting component comprises at least two cutter head assemblies mounted on the cutter holder ; and the machine head rotating mechanism is connected to the cutter head assemblies for driving the cutter head assemblies to rotate, wherein the machine is prepared such that in use, when the cutting machine performs a cutting operation, it is possible to set each of those two cutter head assemblies at different heights, so that only one cutter head assembly operates at a time.
A tube bundle evaporator longitudinally extending along a horizontal axis, comprising a shell , a tube bundle housed inside the shell, a shell-side refrigerant fluid, a tube-side refrigerated fluid, a lower zone of said evaporator flooded by the refrigerant fluid in the liquid state and containing a first number of tubes of said tube bundle , a service refrigerant fluid distributor positioned in an upper zone of said evaporator for dispensing the refrigerant fluid in the liquid state by free fall onto a second number of tubes of the tube bundle positioned outside said lower zone above said first number of tubes , comprising at least one outlet of refrigerant fluid in the gaseous state positioned in an upper lateral zone of the shell , and a conveying circuit being included inside the shell , for conveying refrigerant fluid in the gaseous state towards said at least one upper lateral outlet , said conveying circuit comprising a descending portion of circuit delimited by at least one separating primary vertical partition longitudinally extended, conjoined at the top thereof to the internal lateral surface of said shell , separating a first upper chamber of said evaporator where the second number of tubes is positioned from a second upper lateral chamber of said evaporator where said outlet from said shell is positioned, characterised in that said second upper lateral chamber contains a third number of tubes of said tube bundle arranged outside said lower zone , said outlet being positioned in said second upper lateral chamber above said third number of tubes .
A composition for use in preventing or treating infectious inflammatory disease caused by at least one selected from the group consisting of bacteria, viruses and fungi, comprising tryptophanyl-tRNA synthetase as an active ingredient, wherein the tryptophanyl-tRNA synthetase induces neutrophil accumulation in the body.
Component for a resonator with a high quality factor of more than 1000, or for a timepiece escapement mechanism arranged to cooperate with such a resonator with a high quality factor of more than 1000, said component including a core made of micromachinable material, coated with an oxide layer of said micromachinable material when said micromachinable material is oxidizable, and said component comprising, on said core or on said oxide layer of said micromachinable material when said micromachinable material is oxidizable, an abrasion resistant layer which comprises at least one contact surface arranged to cooperate with an opposing contact surface that comprises at least one other component, called the counterpart, of said resonator or of said escapement mechanism or of a timepiece movement incorporating said resonator and/or said escapement mechanism , characterised in that said abrasion resistant layer is a hydrophobic self-assembled monolayer of the silane and/or fluorinated or perfluorinated or polyperfluorinated type, and in that said hydrophobic self-assembled monolayer is arranged to repel any wetting agent from the contact area between said contact surface and said opposing contact surface , to facilitate detachment between said contact surface and an opposing contact surface when the operation of said resonator or of said escapement mechanism separates said contact surface and said opposing contact surface , and in that said abrasion resistant layer has a roughness greater than or equal to 5 nanometres Ra at least on at least one said contact surface .