mhurhangee/ep-ind-claims huggingface dataset:
Tool for a medical instrument, with: a stationary component; a branch which is pivotable relative to the stationary component about a pivot axis; a transmission device for transmitting a force to the pivotable branch; a coupling device (44, 45, 64, 65) for coupling the transmission device to the pivotable branch in such a way that a translation of the transmission device accompanies a pivoting movement of the pivotable branch about its pivot axis, the coupling device comprising several coupling portions (64, 65) on the pivotable branch and several coupling portions (44, 45) on the transmission device, each coupling portion (64, 65) on the pivotable branch being assigned to a corresponding coupling portion (44, 45) on the transmission device, the coupling portions (44, 45, 64, 65) being arranged and designed such that the coupling of the pivotable branch and the transmission device is carried out, depending on the positions of the pivotable branch and the transmission device, by different pairs of corresponding coupling portions (44, 64, 45, 65), characterized in that a coupling portion (64, 65) on the pivotable branch comprises a journal or a pin or a rod-shaped portion, and the pivot axis being orthogonal with respect to a provided movement direction of the transmission device, and the cross section of the journal, pin or rod-shaped portion being circular. a stationary component; a branch which is pivotable relative to the stationary component about a pivot axis; a transmission device for transmitting a force to the pivotable branch; a coupling device (44, 45, 64, 65) for coupling the transmission device to the pivotable branch in such a way that a translation of the transmission device accompanies a pivoting movement of the pivotable branch about its pivot axis, the coupling device comprising several coupling portions (64, 65) on the pivotable branch and several coupling portions (44, 45) on the transmission device, each coupling portion (64, 65) on the pivotable branch being assigned to a corresponding coupling portion (44, 45) on the transmission device, the coupling portions (44, 45, 64, 65) being arranged and designed such that the coupling of the pivotable branch and the transmission device is carried out, depending on the positions of the pivotable branch and the transmission device, by different pairs of corresponding coupling portions (44, 64, 45, 65), characterized in that a coupling portion (64, 65) on the pivotable branch comprises a journal or a pin or a rod-shaped portion, and the pivot axis being orthogonal with respect to a provided movement direction of the transmission device, and the cross section of the journal, pin or rod-shaped portion being circular.
Use of a plane or curved element of a ceramic matrix composite as a laser protection wall for protection against a leakage of laser radiation from a laser device, characterized in that the ceramic matrix composite is selected from carbon fiber-reinforced carbon with a proportion of silicon carbide (C/C-SiC), carbon fiber-reinforced silicon carbide (C/SiC), and silicon carbide fiber-reinforced silicion carbide (SiC/SiC).
Method for evaluating the quality of a video sequence by temporally synchronizing the encrypted input bit stream of a video decoder with the processed video sequence obtained by an external video decoder, the method comprising the steps of: a) supplying the encrypted input bit stream to an analysis module; b) analysing, in the analysis module, the packet header information of the encrypted input bit stream, and calculating the size and the type of the pictures contained in the bit stream; c) extracting, on the basis of the calculated picture sizes and types, features that are representative of the content depicted in the video pictures; d) extracting the type of content and respective features representative of the content from the pictures of the processed video sequence; e) comparing the features extracted in step d) from the current picture of the processed video sequence with the features extracted in step c) from the analysed pictures to compute the part of the bit stream that corresponds to the current PVS; f) wherein the part of the bit stream which corresponds to the current PVS is further input to a video quality assessment module; and g) estimating, by the video quality assessment module, a subjective quality score based on the obtained information from the bit stream and the processed video sequence. a) supplying the encrypted input bit stream to an analysis module; b) analysing, in the analysis module, the packet header information of the encrypted input bit stream, and calculating the size and the type of the pictures contained in the bit stream; c) extracting, on the basis of the calculated picture sizes and types, features that are representative of the content depicted in the video pictures; d) extracting the type of content and respective features representative of the content from the pictures of the processed video sequence; e) comparing the features extracted in step d) from the current picture of the processed video sequence with the features extracted in step c) from the analysed pictures to compute the part of the bit stream that corresponds to the current PVS; f) wherein the part of the bit stream which corresponds to the current PVS is further input to a video quality assessment module; and g) estimating, by the video quality assessment module, a subjective quality score based on the obtained information from the bit stream and the processed video sequence.
A method for system information, SI, acquisition by a user equipment, UE, in a radio resource control, RRC, Connected state, the SI comprising minimum SI and at least one other SI block, the method comprises receiving the minimum SI from a base station, the minimum SI having an area identification, ID, and at least one value tag; comparing the area ID with an area ID stored at the UE; comparing the at least one value tag with a value tag stored at the UE; transmitting an RRC message to the base station to acquire the at least one other SI block from the base station when the area ID is the same as the stored area ID, and the at least one value tag is different from the stored value tag; characterized in that the method further comprises: starting a prohibit timer configured by the base station after sending a system information request; wherein the UE is not allowed to transmit another RRC message to acquire the at least one other SI block until the prohibit timer expires. receiving the minimum SI from a base station, the minimum SI having an area identification, ID, and at least one value tag; comparing the area ID with an area ID stored at the UE; comparing the at least one value tag with a value tag stored at the UE; transmitting an RRC message to the base station to acquire the at least one other SI block from the base station when the area ID is the same as the stored area ID, and the at least one value tag is different from the stored value tag; characterized in that the method further comprises: starting a prohibit timer configured by the base station after sending a system information request; wherein the UE is not allowed to transmit another RRC message to acquire the at least one other SI block until the prohibit timer expires. starting a prohibit timer configured by the base station after sending a system information request; wherein the UE is not allowed to transmit another RRC message to acquire the at least one other SI block until the prohibit timer expires.
Device for monitoring the quality of the compressed air in a supply line of a compressed air network and calibrating a measuring device used for that purpose, more specifically a measuring device for measuring the quantity of a specific type (A, B, C) of impurity in the compressed air, whereby the device is provided with: - a measuring line (8, 8') which is intended to be connected to the supply line and which is provided with a shut-off valve to close the measuring line (8, 8') of the supply line; - an aforementioned measuring device with an inlet for gas which is connected to the measuring line and a blow-off valve; - means for supplying a test gas flow with a known impurity, more specifically with a known concentration or number of particles of the specific impurity (A, B, C), connected to the measuring line (8, 8') via a controllable shut-off valve to enable the test gas to pass through it; characterized in that it is further provided - a control to which the aforementioned shut-off valves (10, 16) are connected to control these shut-off valves (10, 16) in such a way that either compressed air can be sent through the measuring device for monitoring the quality of the compressed air, or the aforementioned test gas can be sent through the measuring device to calibrate the measuring device. - a measuring line (8, 8') which is intended to be connected to the supply line and which is provided with a shut-off valve to close the measuring line (8, 8') of the supply line; - an aforementioned measuring device with an inlet for gas which is connected to the measuring line and a blow-off valve; - means for supplying a test gas flow with a known impurity, more specifically with a known concentration or number of particles of the specific impurity (A, B, C), connected to the measuring line (8, 8') via a controllable shut-off valve to enable the test gas to pass through it; characterized in that it is further provided - a control to which the aforementioned shut-off valves (10, 16) are connected to control these shut-off valves (10, 16) in such a way that either compressed air can be sent through the measuring device for monitoring the quality of the compressed air, or the aforementioned test gas can be sent through the measuring device to calibrate the measuring device.
A cutting tool (10, 36, 43) comprising a coolant channel having at a front end a coolant outlet (24, 26A, 28A, 30A, 32A, 34A) formed with an elongated shape, wherein a medial line (A, 26C, 28C, 30C, 32C, 34C) extending longitudinally along the coolant outlet (24, 26A, 28A, 30A, 32A, 34A) comprises a bend (60, 26C, 28G, 30D, 30E, 30F, 32F, 32G), wherein the cutting tool further comprises a cutting element having a cutting edge, characterised in that, in a front view the curvature of the bend of the medial line is configured to correspond to the curvature of the cutting edge.
Guiding tool for a surface trimming device, comprising a main body with a front side base portion and a backside base portion, which are connected by at least one connection portion of the main body, wherein the main body exhibits a recess on a bottom side between the front side base portion and the backside base portion, wherein the main body comprises a fixation means on a top side of the main body opposing the recess, wherein the surface trimming device is mountable to the fixation means in such manner that a movable trimming means of the surface trimming device is located in the recess between the front side base portion and the back side base portion, wherein the front side base portion and the backside base portion each comprises at least one first guiding roller, and wherein the main body comprises at least one guiding means comprising at least one second guiding roller attached to a connection arm of the guiding means, so that the second guiding roller is arranged distanced to the main body.
A method of treatment of a sour gas mixture by means of a Claus process, wherein the sour gas mixture contains hydrogen sulphide and carbon dioxide, wherein the sour gas mixture is introduced into a Claus furnace, and wherein a part of the hydrogen sulphide in the sour gas mixture is oxidized by free-flame oxidation in the Claus furnace, characterized in that the method at least comprises a first operation mode in which an amount of air is fed into the Claus furnace in order to provide oxygen for the free-flame oxidation, and a second mode in which instead of at least a part of the amount of air pure oxygen or a gas mixture comprising an oxygen content higher than that of ambient air is introduced into the Claus furnace in order to provide the oxygen for the free-flame oxidation, wherein in the first operation mode the amount of air is at least in part provided in the form of air compressed by a main air compressor of an air separation unit, and wherein in the second operation mode the pure oxygen or the gas mixture comprising an oxygen content higher than that of ambient air is at least in part provided in the form of an air separation product provided by the air separation unit.
A hitch device for connecting a groomer vehicle comprising a first frame extending along a first axis, and an implement, in particular a rotary snow tiller, for grooming the snow covering of ski slopes and comprising a second frame extending crosswise to and symmetrically with respect to a second axis; the hitch device comprising an arm to be hinged to the first frame about a third axis perpendicular to the first axis, and about a fourth axis perpendicular to the first and third axis (A1, A3); a first actuator for adjusting the position of the arm about the third axis with respect to the first frame to lift and lower the implement; at least one second actuator for adjusting the position of the arm about the fourth axis with respect to the first frame; a movable coupling ( 26, 27) allowing relative movement between the arm and the first frame; and a third actuator for adjusting the position of the arm in a plane perpendicular to the fourth axis; wherein the movable coupling (26, 27) comprises a slide and a runner to be located between the arm and the first frame; the slide engaging the runner to slide parallel to the third axis; and the third actuator being configured to adjust the position of the slide along the runner; the hitch device being characterized by comprising a control device, in turn comprising a hydraulic circuit for supplying the first, second, and third actuator (11, 12, 28), and a control unit for emitting regulation signals to adjust the hydraulic circuit.
A method for determining an intended position and/or an intended alignment of at least one sensor for monitoring the traffic on a traffic route, wherein the method comprises the following steps: a) providing information items for identifying the traffic route to be monitored in a data processing device, b) identifying the traffic route by processing the information items in the data processing device, wherein a database search is carried out, by means of which the data and information items required for identifying the traffic route are extracted from the provided information items, c) querying and providing data in relation to the traffic route to be monitored by accessing a database by the data processing device, wherein the data includes information on the number of lanes and/or the course of at least one lane and further includes at which positions sensors can be positioned, d) ascertaining at least one possible intended position and/or intended alignment with the aid of the provided data, wherein a capture region of a sensor is determined, the sensor being able to monitor the traffic on the traffic route in said capture region if said sensor is arranged in the intended position and/or with the intended alignment. a) providing information items for identifying the traffic route to be monitored in a data processing device, b) identifying the traffic route by processing the information items in the data processing device, wherein a database search is carried out, by means of which the data and information items required for identifying the traffic route are extracted from the provided information items, c) querying and providing data in relation to the traffic route to be monitored by accessing a database by the data processing device, wherein the data includes information on the number of lanes and/or the course of at least one lane and further includes at which positions sensors can be positioned, d) ascertaining at least one possible intended position and/or intended alignment with the aid of the provided data, wherein a capture region of a sensor is determined, the sensor being able to monitor the traffic on the traffic route in said capture region if said sensor is arranged in the intended position and/or with the intended alignment.
A machine for making and dispensing liquid, semi-liquid and/or semi-solid food products comprising at least a cylinder for containing and processing basic products, means for heating and cooling the cylinder wrapped around at least part of the cylinder and a mixer unit positioned inside the cylinder which is able to mix the basic products during their processing; the machine comprising at least a supply duct for supplying the products into the cylinder and at least a connecting duct (18,11') for withdrawing the food products from the cylinder; the machine being characterized in that it comprises: - recirculation means for recirculating the products contained in the containment and processing cylinder which is able to withdraw the products from the cylinder through the connecting duct (18,11') and to return them into the cylinder through the supply duct, said recirculation means comprising a pump having an infeed section and a delivery section, the delivery section being connected to the supply duct; - a dispensing tap for withdrawing the products from the containment and processing cylinder connected to the supply duct;the connecting duct (18,11') leading into the cylinder for connecting the infeed section of the pump to the cylinder and comprising a shutoff valve capable of opening the duct (18,11'), during recirculation of the basic products; the machine further comprising at least a container of the basic products and a duct for sucking in the basic products to be introduced into the containment and processing cylinder wherein the infeed section of the pump is connectable alternately to the suction duct and to the connecting duct (18,11') to withdraw the products from the cylinder through the connecting duct (18,11') and returning them into the cylinder through the supply duct. - recirculation means for recirculating the products contained in the containment and processing cylinder which is able to withdraw the products from the cylinder through the connecting duct (18,11') and to return them into the cylinder through the supply duct, said recirculation means comprising a pump having an infeed section and a delivery section, the delivery section being connected to the supply duct; - a dispensing tap for withdrawing the products from the containment and processing cylinder connected to the supply duct;the connecting duct (18,11') leading into the cylinder for connecting the infeed section of the pump to the cylinder and comprising a shutoff valve capable of opening the duct (18,11'), during recirculation of the basic products; the machine further comprising at least a container of the basic products and a duct for sucking in the basic products to be introduced into the containment and processing cylinder
An Internet of Things transmission optimization method, comprising: generating (S101, S201), by a user equipment, first indication information when the user equipment receives a last protocol data unit, PDU, sent by a base station, wherein the first indication information is used to indicate whether the user equipment is to send a status report, and, if all PDUs are received, the first indication information indicates that no status report is to be sent; and sending (S102, S202), by the user equipment, the first indication information to the base station, wherein when the first indication information indicates that the status report is to be sent, the base station directly schedules a resource used to send the status report, and sends the resource to the user equipment, and sending, by the user equipment, the status report to the base station using the received resource. generating (S101, S201), by a user equipment, first indication information when the user equipment receives a last protocol data unit, PDU, sent by a base station, wherein the first indication information is used to indicate whether the user equipment is to send a status report, and, if all PDUs are received, the first indication information indicates that no status report is to be sent; and sending (S102, S202), by the user equipment, the first indication information to the base station, wherein when the first indication information indicates that the status report is to be sent, the base station directly schedules a resource used to send the status report, and sends the resource to the user equipment, and sending, by the user equipment, the status report to the base station using the received resource.
Electrical system for a motor vehicle, which electrical system comprises: - a consumer battery set comprising one or more consumer batteries for supplying electric current to various electrical consumers of the motor vehicle, - a starting battery set comprising one or more starting batteries and connectable via a battery isolator in parallel with the consumer battery set, - a starter motor, - the battery isolator switchable between an off position in which the battery isolator is adapted to keeping the starting battery set electrically disconnected from the starter motor, and an on position in which the battery isolator is adapted to keeping the starting battery set electrically connected to the starter motor for supply of electrical current to the starter motor from the starting battery set, and - starting means for generating a starting signal for starting the starter motor, characterised in: - that the electrical system comprises an electronic control device adapted, upon receiving a starting signal from the starting means, to causing the battery isolator to assume the on position, and to thereafter causing the starter motor to start in order thereby to ensure that the battery isolator is in the on position before the starter motor is started, and - that the control device is adapted, for switching off of the starter motor, to causing the starter motor to be switched off and to only thereafter allowing the battery isolator to be switched from on position to off position in order thereby to ensure that the starter motor is switched off before the battery isolator is caused to assume the off position. - a consumer battery set comprising one or more consumer batteries for supplying electric current to various electrical consumers of the motor vehicle, - a starting battery set comprising one or more starting batteries and connectable via a battery isolator in parallel with the consumer battery set, - a starter motor, - the battery isolator switchable between an off position in which the battery isolator is adapted to keeping the starting battery set electrically disconnected from the starter motor, and an on position in which the battery isolator is adapted to keeping the starting battery set electrically connected to the starter motor for supply of electrical current to the starter motor from the starting battery set, and - starting means for generating a starting signal for starting the starter motor, - that the electrical system comprises an electronic control device adapted, upon receiving a starting signal from the starting means, to causing the battery isolator to assume the on position, and to thereafter causing the starter motor to start in order thereby to ensure that the battery isolator is in the on position before the starter motor is started, and - that the control device is adapted, for switching off of the starter motor, to causing the starter motor to be switched off and to only thereafter allowing the battery isolator to be switched from on position to off position in order thereby to ensure that the starter motor is switched off before the battery isolator is caused to assume the off position.