mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a first arbiter circuit associated with a first memory device; a second arbiter circuit associated with a second memory device; a resistor coupled in common to the first and second memory devices; characterized in that the first and second arbiter circuits are configured to use the resistor in an arbitration protocol that provides the first memory device access to the resistor in the event that the first and second arbiter circuits concurrently attempt to take control of the resistor for use in, respectively, a first calibration operation and a second calibration operation, wherein the first arbiter circuit is configured to sink a first amount of current from the resistor, causing the voltage at the resistor to sink below a second threshold voltage, to take control of the resistor for use by the a calibration circuit in response to a voltage at the resistor being equal to or above a first threshold voltage when executing the arbitration protocol, wherein, in executing the arbitration protocol, the second arbiter circuit is configured to sink a second amount of current from the resistor responsive to the voltage at the resistor being equal to or above a first threshold voltage, and to take control of the resistor for use by a second calibration circuit responsive to the voltage at the resistor being equal to or above the second threshold voltage. a first arbiter circuit associated with a first memory device; a second arbiter circuit associated with a second memory device; a resistor coupled in common to the first and second memory devices; characterized in that the first and second arbiter circuits are configured to use the resistor in an arbitration protocol that provides the first memory device access to the resistor in the event that the first and second arbiter circuits concurrently attempt to take control of the resistor for use in, respectively, a first calibration operation and a second calibration operation, wherein the first arbiter circuit is configured to sink a first amount of current from the resistor, causing the voltage at the resistor to sink below a second threshold voltage, to take control of the resistor for use by the a calibration circuit in response to a voltage at the resistor being equal to or above a first threshold voltage when executing the arbitration protocol, wherein, in executing the arbitration protocol, the second arbiter circuit is configured to sink a second amount of current from the resistor responsive to the voltage at the resistor being equal to or above a first threshold voltage, and to take control of the resistor for use by a second calibration circuit responsive to the voltage at the resistor being equal to or above the second threshold voltage.
A pharmaceutical composition comprising 1-(1-hydroxymethyl-2,3-dihydroxypropyloxymethyl)-2-nitroimidazole, which is represented by formula: and a compound having chelating ability, wherein the compound having chelating ability is one or more species selected from among gluconic acid or a salt thereof, gluceptic acid or a salt thereof, tartaric acid or a salt thereof, glucuronic acid or a salt thereof, glucaric acid or a salt thereof, ascorbic acid or a salt thereof, edetic acid or a salt thereof, citric acid or a salt thereof, and diethylamine; wherein the content of the compound represented by formula in the pharmaceutical composition is 1 to 10 mass% and the amount of compound having chelating ability in the pharmaceutical composition is 0.01 to 2 mass%.
A method for detecting field device operational anomalies of a field device (102, 201) connected through a network with an analog output diagnosis tool (106, 203) in an industrial process, the method comprising: acquiring by said analog output diagnosis tool (106, 203) an analog process variable value from the field device (102, 201); acquiring by said analog output diagnosis tool (106, 203) a digital process variable value from the field device (102, 201); calculating a difference value between the analog process variable value and the digital process variable value; comparing the difference value to a first threshold alert value; issuing an alert to a user if the difference value exceeds the first threshold alert value; and automatically diverting a flow path of the industrial process through another field device (102, 201) when the difference value exceeds the first threshold alert value. acquiring by said analog output diagnosis tool (106, 203) an analog process variable value from the field device (102, 201); acquiring by said analog output diagnosis tool (106, 203) a digital process variable value from the field device (102, 201); calculating a difference value between the analog process variable value and the digital process variable value; comparing the difference value to a first threshold alert value; issuing an alert to a user if the difference value exceeds the first threshold alert value; and automatically diverting a flow path of the industrial process through another field device (102, 201) when the difference value exceeds the first threshold alert value.
Method for monitoring a screed heater of a road finishing machine, wherein a plurality of heating sections (11, 12, 13, 14) are associated with a laying screed of the road finishing machine for the purpose of heating the laying screed, which heating sections are heated by electrical heating elements and the temperatures of the heating sections (11, 12, 13, 14) are ascertained by measurement pickups, in particular temperature sensors, characterized in that, when there is a deviation in an actual temperature, which is measured at a heating section (11, 12, 13, 14), from a setpoint temperature which is to be prespecified, all of the heating sections (11, 12, 13, 14) are switched off, with the exception of the heating section (11, 12, 13, 14) at which the deviating temperature was measured.
A method for training a model, the method comprising performing iterative training on a feature set of training sample data shared between a data miner and a plurality of data providers until a model training requirement is satisfied (910, 912), wherein i) the data miner maintains a set of public parameters W global associated with the feature set, ii) each data provider locally maintains a respective set of private parameters W u associated with the feature set, and iii) performing iterative training comprises, for each iteration: for each data provider of the plurality of data providers: downloading (S101, 902), by the data provider u and from the data miner, values of public parameters in the set of public parameters maintained by the data miner, wherein the values of the public parameters comprise values for a previous iteration; replacing (S101, 904), by the data provider, values of the locally maintained set of private parameters W u with the downloaded values of the public parameters in the set of public parameters; updating (S102, 906), by the data provider and using i) locally maintained data, and ii) a model parameter update algorithm, the replaced values of the set of private parameters to generate updated values of the set of private parameters; and uploading (S103, 908) an update result for the iteration to the data miner, wherein the data miner updates values of the set of public parameters W global for the previous iteration using the update result uploaded by the data provider, characterized in that the update result comprises changes made to the replaced set of private parameters during the updating, the changes representing differences between i) the replaced values of the set of private parameters and ii) the updated values of the set of private parameters. downloading (S101, 902), by the data provider u and from the data miner, values of public parameters in the set of public parameters maintained by the data miner, wherein the values of the public parameters comprise values for a previous iteration; replacing (S101, 904), by the data provider, values of the locally maintained set of private parameters W u with the downloaded values of the public parameters in the set of public parameters; updating (S102, 906), by the data provider and using i) locally maintained data, and ii) a model parameter update algorithm, the replaced values of the set of private parameters to generate updated values of the set of private parameters; and uploading (S103, 908) an update result for the iteration to the data miner, wherein the data miner updates values of the set of public parameters W global for the previous iteration using the update result uploaded by the data provider, characterized in that the update result comprises changes made to the replaced set of private parameters during the updating, the changes representing differences between i) the replaced values of the set of private parameters and ii) the updated values of the set of private parameters.
A holding and packaging device for a tooth implant, having an elongate cylindrical receiving element which has a cylinder wall and at least one end wall mounted on the cylinder wall, wherein the end wall has an opening for receiving a tooth implant, and the cylinder wall has a longitudinal opening which extends over the entire length of the cylinder wall in this region, characterized in that at least two outwardly extending grip elements (22, 24) are provided which are mounted opposite to each other on the cylinder wall, and in that the cylinder wall is produced from an elastic material such that, by applying a force to the grip elements (22, 24), the opening in the end wall can be widened in order to introduce and remove a tooth implant.
A system comprising: hardware processing circuitry; and one or more hardware memories storing instructions that when executed configure the hardware processing circuitry to perform operations comprising: detecting a network communication associated with a first wireless device, the network communication including a first plurality of messages; generating a plurality of message vectors, each corresponding to a different one of the first plurality of messages and indicating a type of the corresponding message, a relative position of the corresponding message in the first plurality of messages, and a number of messages in the first plurality of messages; updating a first message sequence vector based on the plurality of message vectors, wherein the first message sequence vector includes a same number of dimensions as each of the plurality of message vectors; determining, the first message sequence vector is within a predefined vector space volume; identifying a corrective action associated with the vector space volume; and automatically invoking the corrective action. hardware processing circuitry; and one or more hardware memories storing instructions that when executed configure the hardware processing circuitry to perform operations comprising: detecting a network communication associated with a first wireless device, the network communication including a first plurality of messages; generating a plurality of message vectors, each corresponding to a different one of the first plurality of messages and indicating a type of the corresponding message, a relative position of the corresponding message in the first plurality of messages, and a number of messages in the first plurality of messages; updating a first message sequence vector based on the plurality of message vectors, wherein the first message sequence vector includes a same number of dimensions as each of the plurality of message vectors; determining, the first message sequence vector is within a predefined vector space volume; identifying a corrective action associated with the vector space volume; and automatically invoking the corrective action. detecting a network communication associated with a first wireless device, the network communication including a first plurality of messages; generating a plurality of message vectors, each corresponding to a different one of the first plurality of messages and indicating a type of the corresponding message, a relative position of the corresponding message in the first plurality of messages, and a number of messages in the first plurality of messages; updating a first message sequence vector based on the plurality of message vectors, wherein the first message sequence vector includes a same number of dimensions as each of the plurality of message vectors; determining, the first message sequence vector is within a predefined vector space volume; identifying a corrective action associated with the vector space volume; and automatically invoking the corrective action.
A transport system comprising: an endless driving medium configured to rotate in a circulating manner; a plurality of carriers (12; 80) configured to hold articles, attached to the endless driving medium and having identification targets; and a plurality of stations each having a hand configured to load and to unload articles from the carriers (12; 80), and a sensor (s1, s2) configured to detect the identification targets at a predetermined position upstream of the hand along a rotation direction of the endless driving medium and to output a detection signal (71 to 73) of the carriers (12; 80) and an identification signal of the carriers (12; 80), the stations each being configured to start loading and unloading operation of the hand upon the detection signal of the carrier (12; 80), characterized in that the identification targets consist of attachments (48f, 48r) to the endless driving medium and in that the attachments (48f, 48r) having different widths along the rotation direction among the plurality of carriers (12; 80) for identification of the carriers (12; 80). an endless driving medium configured to rotate in a circulating manner; a plurality of carriers (12; 80) configured to hold articles, attached to the endless driving medium and having identification targets; and a plurality of stations each having a hand configured to load and to unload articles from the carriers (12; 80), and a sensor (s1, s2) configured to detect the identification targets at a predetermined position upstream of the hand along a rotation direction of the endless driving medium and to output a detection signal (71 to 73) of the carriers (12; 80) and an identification signal of the carriers (12; 80), the stations each being configured to start loading and unloading operation of the hand upon the detection signal of the carrier (12; 80), characterized in that the identification targets consist of attachments (48f, 48r) to the endless driving medium and in that the attachments (48f, 48r) having different widths along the rotation direction among the plurality of carriers (12; 80) for identification of the carriers (12; 80).
A belt grounding clamp for lightning protection / potential equalization for use in areas at risk of explosion with at least one mechanically tensionable and lockable tensioning belt that can be fitted around a section of a tube to be contacted, a bar or the like electrically conductive part, a contact body that is or can be brought into connection with the electrically conductive part and includes a terminal portion for an electrical conductor, and an isolation portion, the contact body being covered by a cap-like housing as the isolation portion, which leaves free the part of the contact body that is in connection with the conductive part, and at least the terminal portion for the conductor, between the contact body and the housing covering the same resilient pre-tensioning means being disposed, the tensioning belt being guided through a tensioning head, the lower side of which is in a mechanical pressing connection with an upper side of the housing, characterized by that between the resilient pre-tensioning means and the contact body, a tensioning bracket is disposed and that the tensioning bracket can be adjusted, when the tensioning belt is tensioned, by means of adjusting means penetrating the housing for increasing the tensioning force of the tensioning belt away from the contact body against the pre-tensioning force of the pre-tensioning means.
A method for locally reinforcing or baffling a structure having a hollow cavity, comprising the steps of: i) providing an insert of thickness from 1 to 6 mm including a generally flat carrier having a first face and an opposing second face each terminating at a peripheral edge, wherein the insert: a. includes a thermally expandable polymeric material on at least one of the first or second faces of the carrier; and b. includes at least one integrally formed attachment that projects outwardly from the peripheral edge of the carrier and is generally coplanar with the faces of the carrier and includes one or more free ends located at an end projection that is not in contact with the remainder of the insert; ii) inserting the one or more free ends of the attachment through an aperture in a wall of the structure by flexing and; iii) at least partially rotating the integrally formed attachment, so that after such rotating the first face and the second face project generally transversely into the cavity and a gap is defined between the peripheral edge and the wall of the structure; iv) locating the insert within the cavity in a transverse position; v) heating the thermally expandable polymeric material to cause it to expand and seal the gap that exists between the peripheral edge and the wall of the structure; thereby separating the hollow cavity into separate chambers on either side of the insert. i) providing an insert of thickness from 1 to 6 mm including a generally flat carrier having a first face and an opposing second face each terminating at a peripheral edge, wherein the insert: a. includes a thermally expandable polymeric material on at least one of the first or second faces of the carrier; and b. includes at least one integrally formed attachment that projects outwardly from the peripheral edge of the carrier and is generally coplanar with the faces of the carrier and includes one or more free ends located at an end projection that is not in contact with the remainder of the insert; a. includes a thermally expandable polymeric material on at least one of the first or second faces of the carrier; and b. includes at least one integrally formed attachment that projects outwardly from the peripheral edge of the carrier and is generally coplanar with the faces of the carrier and includes one or more free ends located at an end projection that is not in contact with the remainder of the insert; ii) inserting the one or more free ends of the attachment through an aperture in a wall of the structure by flexing and; iii) at least partially rotating the integrally formed attachment, so that after such rotating the first face and the second face project generally transversely into the cavity and a gap is defined between the peripheral edge and the wall of the structure; iv) locating the insert within the cavity in a transverse position; v) heating the thermally expandable polymeric material to cause it to expand and seal the gap that exists between the peripheral edge and the wall of the structure; thereby separating the hollow cavity into separate chambers on either side of the insert.
A sunlight converting device comprising: a wavelength converting unit including a wavelength converting film and configured to convert a wavelength of incident sunlight, the wavelength converting film coated with a wavelength conversion material for outputting light corresponding to a predetermined wavelength; a driving unit configured to move the wavelength converting unit to thereby change a sunlight-irradiated region of the wavelength converting film; and a control unit configured to control an operation of the driving unit to thereby adjust a wavelength outputted through the wavelength converting unit. characterized by a sensor unit configured to sense a state and wavelengths of the sunlight, wherein the control unit is configured to control the driving unit to adjust the sunlight-irradiated region of the wavelength converting unit depending on the state of the sunlight varying according to day, time, location, and weather, based on the state and wavelengths of the sunlight sensed by the sensor unit. a wavelength converting unit including a wavelength converting film and configured to convert a wavelength of incident sunlight, the wavelength converting film coated with a wavelength conversion material for outputting light corresponding to a predetermined wavelength; a driving unit configured to move the wavelength converting unit to thereby change a sunlight-irradiated region of the wavelength converting film; and a control unit configured to control an operation of the driving unit to thereby adjust a wavelength outputted through the wavelength converting unit. characterized by a sensor unit configured to sense a state and wavelengths of the sunlight, wherein the control unit is configured to control the driving unit to adjust the sunlight-irradiated region of the wavelength converting unit depending on the state of the sunlight varying according to day, time, location, and weather, based on the state and wavelengths of the sunlight sensed by the sensor unit.
Cleaning cart, including a basic body, wherein the lateral extent of the basic body is defined by an outside peripheral boundary surface or boundary line and wherein the basic body carries at least one module (3, 6) which is couplable to the basic body, wherein the module (3, 6) is assigned to the basic body in such a positive-locking, frictional and/or friction-locking manner so as to be tip-resistant that the bottom region of the module (3, 6) projects beyond the boundary surface or the boundary line of the basic body at least on one side, wherein at least one recess in which a module is inserted is realized in the basic body, wherein the module engages in the recess by way of part of its body, wherein another part projects beyond the boundary surface or boundary line, wherein the basic body comprises at least one saddle strut onto which the module is fitted, wherein the module encompasses the saddle strut in a U-shaped manner with two leg elements (3a, 3b), characterized in that the basic body is realized as a scaffold-like element with four main webs (7, 8, 9, 10) and at least one saddle strut, wherein the saddle strut extends between two main webs (7, 9) thus realizing at least one recess.
A method for establishing a logical interface, comprising: by a new radio base station which is installed in a network, advertising an IP address of the new radio base station over a transport network; by an existing radio base station or a MME/UPE which receives the IP address, detecting the number of hops from the new radio base station to the existing radio base station or the MME/UPE; and establishing an X2 interface between the existing radio base station and the new radio base station and establishing an S1 interface between the MME/UPE and the new radio base station, when the detected number of hops is below a predetermined threshold. by a new radio base station which is installed in a network, advertising an IP address of the new radio base station over a transport network; by an existing radio base station or a MME/UPE which receives the IP address, detecting the number of hops from the new radio base station to the existing radio base station or the MME/UPE; and establishing an X2 interface between the existing radio base station and the new radio base station and establishing an S1 interface between the MME/UPE and the new radio base station, when the detected number of hops is below a predetermined threshold.