mhurhangee/ep-ind-claims huggingface dataset:
Network connection switching unit having a number of network connection points, having switching means which are configured to set up physical connections between the network connection points intermittently or with periodic recurrence, having first evaluation means for evaluating logoff messages from the network stations connected via the network connection points and also communication maintenance means (22 to 26) which are configured to maintain the communication for an inactivated network station at least to a restricted extent in place of the inactivated network station, - wherein the communication maintenance means (22 to 26) have second evaluation means for evaluating a search request message, ESWITCH-SEARCH, from a network station which signals the network station's wakeup capability, wherein the second evaluation means are configured to generate a confirmation message in response to the search request message, ESWITCH-SEARCH, in order to signal to the network station that it is directly connected to a network connection switching unit having communication maintenance means (22 to 26) in case the search request message came from a network station which is directly connected to one of the network connection points of the network connection switching unit, and - wherein the second evaluation means are configured to generate a confirmation message in response to the search request message, ESWITCH-SEARCH, in order to signal to the network station that it is indirectly connected to a network connection switching unit having communication maintenance means (22 to 26) in case the search request message came from a network station which is not directly connected to one of the network connection points of the network connection switching unit. - wherein the communication maintenance means (22 to 26) have second evaluation means for evaluating a search request message, ESWITCH-SEARCH, from a network station which signals the network station's wakeup capability, wherein the second evaluation means are configured to generate a confirmation message in response to the search request message, ESWITCH-SEARCH, in order to signal to the network station that it is directly connected to a network connection switching unit having communication maintenance means (22 to 26) in case the search request message came from a network station which is directly connected to one of the network connection points of the network connection switching unit, and - wherein the second evaluation means are configured to generate a confirmation message in response to the search request message, ESWITCH-SEARCH, in order to signal to the network station that it is indirectly connected to a network connection switching unit having communication maintenance means (22 to 26) in case the search request message came from a network station which is not directly connected to one of the network connection points of the network connection switching unit.
A method of preparing liquid medication doses using an automated dosing device, comprising: securing a vial within a vial holder of the automated dosing device, wherein the vial comprises a liquid medicament; securing an empty syringe within a syringe holder of the automated dosing device, with a plunger of the syringe being secured by a plunger gripper of the automated dosing device and a luer lock of the syringe being secured within a luer lock gripper of the syringe holder; aligning and moving the syringe holder and the vial holder closer together to insert a needle of the syringe through a septum of the vial while longitudinal axes of the syringe, a needle of the syringe, and the vial are at a generally downward angle relative to horizontal and while the vial holder is at a lower position than the syringe holder; rotating the syringe holder and the vial holder using a rotating support of the automated dosing device to align the longitudinal axes of the syringe and the vial with a vertical axis, with the vial holder positioned above the syringe holder, wherein the vial holder is disengageable from the rotating support; and pulling the plunger gripper away from the luer lock gripper to transfer a volume of the liquid medicament into the syringe. securing a vial within a vial holder of the automated dosing device, wherein the vial comprises a liquid medicament; securing an empty syringe within a syringe holder of the automated dosing device, with a plunger of the syringe being secured by a plunger gripper of the automated dosing device and a luer lock of the syringe being secured within a luer lock gripper of the syringe holder; aligning and moving the syringe holder and the vial holder closer together to insert a needle of the syringe through a septum of the vial while longitudinal axes of the syringe, a needle of the syringe, and the vial are at a generally downward angle relative to horizontal and while the vial holder is at a lower position than the syringe holder; rotating the syringe holder and the vial holder using a rotating support of the automated dosing device to align the longitudinal axes of the syringe and the vial with a vertical axis, with the vial holder positioned above the syringe holder, wherein the vial holder is disengageable from the rotating support; and pulling the plunger gripper away from the luer lock gripper to transfer a volume of the liquid medicament into the syringe.
A method of processing an alloy workpiece comprising: disposing a glass material, wherein the glass material is selected from a glass fabric or a glass tape, directly onto at least a portion of a surface of an alloy workpiece; after disposing the glass material directly onto at least a portion of the surface of the alloy workpiece, heating the alloy workpiece and the glass fabric to form a molten glass surface coating on the alloy workpiece; and hot working the alloy workpiece with at least one of a die and a roll, wherein the die or the roll contacts the molten glass surface coating on the alloy workpiece. disposing a glass material, wherein the glass material is selected from a glass fabric or a glass tape, directly onto at least a portion of a surface of an alloy workpiece; after disposing the glass material directly onto at least a portion of the surface of the alloy workpiece, heating the alloy workpiece and the glass fabric to form a molten glass surface coating on the alloy workpiece; and hot working the alloy workpiece with at least one of a die and a roll, wherein the die or the roll contacts the molten glass surface coating on the alloy workpiece.
A hot-water supply system (1; 1A) comprising: a heat pump circuit including a compressor, a four-way valve, an air heat exchanger, an expansion valve, a first on-off valve, a water heat exchanger for heating water, a second on-off valve, and a third on-off valve which are sequentially connected to each other by means of a refrigerant pipe (5, 5a, 5b), and further including a bypass line that allows a refrigerant to flow therethrough so as to bypass the water heat exchanger at a time of a defrosting operation; and a control apparatus configured to control the expansion valve and the first on-off valve to an adjustment degree of opening for adjusting a refrigerant flow rate and configured to control the second and third on-off valves (12, 13) to be fully opened at a time of a hot-water supply operation of the heat pump circuit; and configured to control the expansion valve to be fully opened, the first and second on-off valves (10, 12) to be fully closed, and configured to control the third on-off valve to the adjustment degree of opening at the time of the defrosting operation. a heat pump circuit including a compressor, a four-way valve, an air heat exchanger, an expansion valve, a first on-off valve, a water heat exchanger for heating water, a second on-off valve, and a third on-off valve which are sequentially connected to each other by means of a refrigerant pipe (5, 5a, 5b), and further including a bypass line that allows a refrigerant to flow therethrough so as to bypass the water heat exchanger at a time of a defrosting operation; and a control apparatus configured to control the expansion valve and the first on-off valve to an adjustment degree of opening for adjusting a refrigerant flow rate and configured to control the second and third on-off valves (12, 13) to be fully opened at a time of a hot-water supply operation of the heat pump circuit; and configured to control the expansion valve to be fully opened, the first and second on-off valves (10, 12) to be fully closed, and configured to control the third on-off valve to the adjustment degree of opening at the time of the defrosting operation.
Method for producing a microsystem, with the steps: providing a substrate of aluminium oxide; producing a thin layer on the substrate by depositing lead zirconate titanate onto the substrate with a thermal deposition process in such a way that the lead zirconate titanate in the thin layer is self polarised and is present predominantly in the rhombohedral phase, in which the substrate has a layer of platinum on its upper side, onto which the lead zirconate titanate is deposited; in which the lead zirconate titanate has a pyroelectrical coefficient greater than 1.3 ∗ 10 -4 C/Km 2; in which the upper side of the substrate, on which the layer of platinum is formed, is polished, and cooling the substrate with the thin layer. providing a substrate of aluminium oxide; producing a thin layer on the substrate by depositing lead zirconate titanate onto the substrate with a thermal deposition process in such a way that the lead zirconate titanate in the thin layer is self polarised and is present predominantly in the rhombohedral phase, in which the substrate has a layer of platinum on its upper side, onto which the lead zirconate titanate is deposited; in which the lead zirconate titanate has a pyroelectrical coefficient greater than 1.3 ∗ 10 -4 C/Km 2; in which the upper side of the substrate, on which the layer of platinum is formed, is polished, and cooling the substrate with the thin layer.
An electric vehicle equipped with a battery usable for traveling and chargeable by an external power supply, wherein the battery is capable of being charged also by an on-board power generating unit, and the electric vehicle comprises: control means configured to permit the battery to be charged also by the on-board power generating unit in a case where power supplied from the external power supply is smaller than a predetermined threshold value that is defined with regard to an acceptable power of the battery; characterized in that it further comprises: operation means configured to select or not a parallel charging mode where charging of the battery by both the external power supply and the on-board power generating unit should be done, and the control means are configured to permit the battery to be charged simultaneously by the on-board power generating unit and the external power supply when a condition wherein a power supplied from the external power supply is smaller than the predetermined threshold value and the parallel charging mode is selected via the operation means is satisfied, and to permit the battery to be charged only by the external power supply when the condition is not satisfied. control means configured to permit the battery to be charged also by the on-board power generating unit in a case where power supplied from the external power supply is smaller than a predetermined threshold value that is defined with regard to an acceptable power of the battery; characterized in that it further comprises: operation means configured to select or not a parallel charging mode where charging of the battery by both the external power supply and the on-board power generating unit should be done, and the control means are configured to permit the battery to be charged simultaneously by the on-board power generating unit and the external power supply when a condition wherein a power supplied from the external power supply is smaller than the predetermined threshold value and the parallel charging mode is selected via the operation means is satisfied, and to permit the battery to be charged only by the external power supply when the condition is not satisfied. operation means configured to select or not a parallel charging mode where charging of the battery by both the external power supply and the on-board power generating unit should be done, and the control means are configured to permit the battery to be charged simultaneously by the on-board power generating unit and the external power supply when a condition wherein a power supplied from the external power supply is smaller than the predetermined threshold value and the parallel charging mode is selected via the operation means is satisfied, and to permit the battery to be charged only by the external power supply when the condition is not satisfied.
Cleaning device for cleaning a track system intended for rail vehicles to remove loose or free-flowing contaminants, wherein the cleaning device is configured as a mobile unit which can be arranged on a rail vehicle, and has a feed for compressed air as driving medium and an effective direction with a main direction component in a respective direction of travel, wherein an impact body is movably arranged ahead of the feed in the direction of travel so as to be spaced by a distance (a) therefrom, which impact body has an at least partially concave impact surface which faces the feed, characterized by at least two bowl-like shaped parts (12, 13) which, in order to set different cross-sectional areas delimited by these shaped parts (12, 13), are movably connected to one another in the region of a lateral outlet opening, with the result that contaminants which strike against the impact surface in the direction of travel by means of the compressed air can be selectively deflected to one of the two vehicle sides (1, r) of the rail vehicle or of the track system and can be discharged through the outlet opening into the surroundings.
An interface method for verifying a content summary, used in a mobile multimedia broadcast multicast system for guaranteeing the consistency of the service contents provided by a content provider with the service contents registered by the content provider at a service management platform; characterized in that the method comprises the following steps: step 1, configuring, by the service management platform, the calculation parameters of the content summary, when a user requests a service content; step 2, instructing, by said service management platform, a content server of the content provider to provide the content summary information according to said calculation parameters of the content summary; step 3, said content server of the content provider generating said content summary information according to said calculation parameters of the content summary, and returning said content summary information to said service management platform; and step 4, said service management platform obtaining said content summary information, and determining whether to verify the consistency of the service content; wherein the premise for performing said step 2 is that said service management platform needs to perform said service content consistency verification; wherein when said service management platform needs to perform said service content consistency verification, said service management platform acquiring the initial content summary information of said service content and determining to perform said service content consistency verification in said step 4; wherein in step 4, determining to perform the processing of said service content consistency verification, the processing of said service content consistency verification is: said service management platform comparing said content summary information obtained from said calculation parameters of the content summary with the initial content summary information, so as to determine the consistency of said service content. step 1, configuring, by the service management platform, the calculation parameters of the content summary, when a user requests a service content; step 2, instructing, by said service management platform, a content server of the content provider to provide the content summary information according to said calculation parameters of the content summary; step 3, said content server of the content provider generating said content summary information according to said calculation parameters of the content summary, and returning said content summary information to said service management platform; and step 4, said service management platform obtaining said content summary information, and determining whether to verify the consistency of the service content;
A pneumatic tire having a side portion and a clinch portion, wherein, Ha > Hb, where, in the meridian cross section, the distance from the bead base line to the width direction outside portion of the clinch portion at the joint surface between the side portion and the clinch portion is Ha (mm), and the distance to the width direction inside portion is Hb (mm); and E*s < E* c, where, measured under the conditions of 70°C, frequency of 10 Hz, initial strain of 5%, and dynamic strain rate of 1%, the complex elastic modulus of the side portion is E* s (MPa), and the complex elastic modulus of the clinch portion is E* c (MPa), characterized in that the tire satisfies the following (formula 1), (formula 2) and (formula 7): 1600 ≦ Dt 2 × π / 4 / Wt ≦ 2827.4 V + 1.5 × 10 7 / Wt ≦ 2.88 × 10 5 Ha − Hb / Wt > 0.04 where the cross-sectional width of the tire is Wt (mm), the outer diameter of the tire is Dt (mm), the cross-sectional height of the tire is Ht (mm), and the volume of the space occupied by the tire is the virtual volume V (mm 3), when the tire is installed on a standardized rim, having an internal pressure of 250 kPa and in a no-load state, wherein the virtual volume V (mm 3) is calculated by the following formula: V = Dt / 2 2 − Dt / 2 − Ht 2 × π × Wt. Ha > Hb, where, in the meridian cross section, the distance from the bead base line to the width direction outside portion of the clinch portion at the joint surface between the side portion and the clinch portion is Ha (mm), and the distance to the width direction inside portion is Hb (mm); and E*s < E* c, where, measured under the conditions of 70°C, frequency of 10 Hz, initial strain of 5%, and dynamic strain rate of 1%, the complex elastic modulus of the side portion is E* s (MPa), and the complex elastic modulus of the clinch portion is E* c (MPa), characterized in that the tire satisfies the following (formula 1), (formula 2) and (formula 7): 1600 ≦ Dt 2 × π / 4 / Wt ≦ 2827.4 V + 1.5 × 10 7 / Wt ≦ 2.88 × 10 5 Ha − Hb / Wt > 0.04 where the cross-sectional width of the tire is Wt (mm), the outer diameter of the tire is Dt (mm), the cross-sectional height of the tire is Ht (mm), and the volume of the space occupied by the tire is the virtual volume V (mm 3), when the tire is installed on a standardized rim, having an internal pressure of 250 kPa and in a no-load state, wherein the virtual volume V (mm 3) is calculated by the following formula: V = Dt / 2 2 − Dt / 2 − Ht 2 × π × Wt.
Distribution node for an automation network, having at least two input/output interfaces (101, 102, 103, 104) for transmitting and receiving real-time-relevant and non-real-time-relevant data packets, which interfaces each have a receiving unit for receiving data packets and a transmitting unit for transmitting data packets, and a switching device which is connected to the input/output interfaces and comprises a switching table, the switching device being designed to transmit data packets, which are received via an input/output interface, via a further input/output interface with the aid of the switching table, the switching table containing, for each real-time-relevant data packet, at least one data packet identifier and a transmission time in a data transmission cycle, the switching device being designed to detect a data packet identifier upon receiving a real-time-relevant data packet, the switching device being designed to output the real-time-relevant data packet at the transmission time assigned to the detected data packet identifier in the switching table via an input/output interface provided as a transmission interface, characterized in that the switching device is designed, upon receiving a non-real-time-relevant data packet, to detect the length of the non-real-time-relevant data packet in order to determine the resulting transmission period for the non-real-time-relevant data packet, in that the switching device is designed, at least when an input/output interface is provided as a transmission interface for a non-real-time-relevant data packet in the switching table and the input/output interface is in the transmission-free state, to detect the transmission pause period remaining until the transmission of the next real-time-relevant data packet for the respective input/output interface and to check whether a non-real-time-relevant data packet having a transmission period which at most corresponds to the transmission pause period is present for the input/output interface as the transmission interface in order to transmit a non-real-time-relevant data packet via the input/output interface in the event of a positive check result, in that the switching device is designed to buffer a non-real-time-relevant data packet if the transmission interface for the non-real-time-relevant data packet, which is assigned in the switching table, has not been released for transmission, and in that the switching device is designed to compare the transmission pause period of an input/output interface free for transmission with the transmission period of non-real-time-relevant data packets which are assigned to the input/output interface in the switching table as the transmission interface and are present in the switching device in order to select a non-real-time-relevant data packet to be transmitted from the non-real-time-relevant data packets whose transmission period corresponds at most to the transmission pause period according to at least one predefined criterion.