mhurhangee/ep-ind-claims huggingface dataset:
Locking mechanism for arrangement on a door, the locking mechanism comprising an actuator, arranged to be linearly movable along a first axis, a locking clamp for engaging a locking element on a door frame, wherein the locking clamp is flexibly coupled to the actuator so that, when the actuator is moved along the first axis, the locking clamp moves linearly along the first axis and rotates around a rotational axis to admit engagement to the locking element, an intermediate link is arranged between the actuator and the locking clamp and rotationally coupled to each of the locking clamp and the actuator via a first and second joint (36, 38) respectively, wherein a first guide pin is arranged on the intermediate link and extending into a first guide slot, wherein the locking clamp comprises a second guide pin extending into a second guide slot, wherein the first guide slot extends along an axis at an angle (α) from the first axis, and the second guide slot extends in a direction parallel to the first axis, and wherein the second joint between the actuator and the intermediate link is configured to move linearly along the first axis and is always located in the same plane as the rotational axis.
Laboratory instrument (1; 1'; 1"; 1"') for working on laboratory samples, the laboratory instrument including a working chamber for housing the laboratory samples, a treatment apparatus for performing a treatment of the laboratory samples housed in the working chamber, a first control apparatus for processing first data and for controlling the treatment apparatus, wherein the working chamber is configured for housing at least one insertable instrument (20; 30), which is to be inserted into the working chamber in an inserted position and which is configured to perform a work step inside the working chamber involving the exchange of data, and the laboratory instrument comprises a network interface apparatus, which is configured to provide, in the inserted position of the insertable instrument, a data connection between at least two network instruments of a laboratory instrument network, which network instruments are taken from the group of network instruments including at least the first control apparatus and the at least one insertable instrument (20; 30), characterized in that the network interface apparatus includes a network router configured to connect the laboratory instrument network with an external network. a working chamber for housing the laboratory samples, a treatment apparatus for performing a treatment of the laboratory samples housed in the working chamber, a first control apparatus for processing first data and for controlling the treatment apparatus, wherein the working chamber is configured for housing at least one insertable instrument (20; 30), which is to be inserted into the working chamber in an inserted position and which is configured to perform a work step inside the working chamber involving the exchange of data, and the laboratory instrument comprises a network interface apparatus, which is configured to provide, in the inserted position of the insertable instrument, a data connection between at least two network instruments of a laboratory instrument network, which network instruments are taken from the group of network instruments including at least the first control apparatus and the at least one insertable instrument (20; 30), characterized in that the network interface apparatus includes a network router configured to connect the laboratory instrument network with an external network.
A method of identifying a predisposition for developing type 2 diabetes mellitus in a subject, or for producing diagnostically informative values of amounts of metabolites for identifying a predisposition for developing type 2 diabetes mellitus, said method comprising the step of assessing in a sample obtained from said subject the amount of three metabolites selected from (a) a first group comprising the metabolites glycine, lysoPhosphatidylcholine acyl C18:2; and (b) a second group comprising the metabolite acetylcarnitine C2; and optionally, preparing a hard or soft copy comprising the values of amounts of metabolites determined; and wherein a decrease in the amount of the metabolites selected from said first group and an increase in the amount of the metabolite selected from said second group as compared to the amount of the corresponding metabolite(s) of a control is indicative of a predisposition to develop type 2 diabetes mellitus. (a) a first group comprising the metabolites glycine, lysoPhosphatidylcholine acyl C18:2; and (b) a second group comprising the metabolite acetylcarnitine C2; and
A method for recovering heat from flue gas of a boiler, the method comprising - passing the flue gas of the boiler though a flue gas cooling unit, - cooling the flue gas in the flue gas cooling unit, said cooling comprising transferring heat from the flue gas into a circulation of a flue gas cooling liquid, wherein - a heat pump that is coupled to a circulation arrangement of a district heating system, wherein the method further comprises - transferring in the heat pump heat energy received -- from said cooling liquid -- into said circulation arrangement of district heating system, for -- lowering the temperature of said flue gas cooling liquid, and -- raising the temperature of heating fluid of said district heating system, characterized by - transferring heat energy of said flue gas cooling liquid heated in the flue gas cooling unit into the heat pump, - arranging the heat pump for receiving heat energy also from a circulation arrangement of a district cooling system, - transferring in the heat pump heat energy received from said circulation arrangement of district cooling system, and lowering the temperature of cooling fluid of said district cooling system. - passing the flue gas of the boiler though a flue gas cooling unit, - cooling the flue gas in the flue gas cooling unit, said cooling comprising transferring heat from the flue gas into a circulation of a flue gas cooling liquid, - a heat pump that is coupled to a circulation arrangement of a district heating system, wherein the method further comprises - transferring in the heat pump heat energy received -- from said cooling liquid -- into said circulation arrangement of district heating system, for -- lowering the temperature of said flue gas cooling liquid, and -- raising the temperature of heating fluid of said district heating system, characterized by -- from said cooling liquid -- into said circulation arrangement of district heating system, for -- lowering the temperature of said flue gas cooling liquid, and -- raising the temperature of heating fluid of said district heating system, characterized by - transferring heat energy of said flue gas cooling liquid heated in the flue gas cooling unit into the heat pump, - arranging the heat pump for receiving heat energy also from a circulation arrangement of a district cooling system, - transferring in the heat pump heat energy received from said circulation arrangement of district cooling system,
A method, comprising: flowing in a channel a series of fluid plugs comprising a first fluid plug comprising a first fluid, a second fluid plug comprising a second fluid, and a third fluid plug comprising a third fluid, wherein the first fluid plug has a first volume, wherein the second fluid plug is positioned between the first and third fluid plug, and wherein the second fluid is immiscible with each of the first and third fluids; reducing the first volume of the first fluid plug by at least 50% by depositing at least a portion of the first fluid on a wall of the channel during the flowing step and combining the at least a portion of the first fluid deposited on the wall of the channel into the third fluid plug so as to mix at least portions of the first and third fluids; and after the combining step, flowing in the channel the first fluid plug, the second fluid plug, and the third fluid plug which comprises the third fluid and the at least a portion of the first fluid. flowing in a channel a series of fluid plugs comprising a first fluid plug comprising a first fluid, a second fluid plug comprising a second fluid, and a third fluid plug comprising a third fluid, wherein the first fluid plug has a first volume, wherein the second fluid plug is positioned between the first and third fluid plug, and wherein the second fluid is immiscible with each of the first and third fluids; reducing the first volume of the first fluid plug by at least 50% by depositing at least a portion of the first fluid on a wall of the channel during the flowing step and combining the at least a portion of the first fluid deposited on the wall of the channel into the third fluid plug so as to mix at least portions of the first and third fluids; and after the combining step, flowing in the channel the first fluid plug, the second fluid plug, and the third fluid plug which comprises the third fluid and the at least a portion of the first fluid.
A mobile terminal, comprising a host and at least one wireless communication module which is plugged into the host; wherein the host comprises at least one reserved physical interface, characterized in that, the wireless communication module is a near field communication, NFC, module, and the wireless communication module is matched with the reserved physical interface, and the match comprises a match in a physical structure, or an electrical match, or a match in interaction protocols; and the host and the wireless communication module are connected through the physical interface, and the host is provided with a battery, the wireless communication module is also provided with a battery, and when the host or the wireless communication module runs out of the battery of itself, the host or the wireless communication module is configured to use the other's battery to supply power. the host comprises at least one reserved physical interface, characterized in that, the wireless communication module is a near field communication, NFC, module, and the wireless communication module is matched with the reserved physical interface, and the match comprises a match in a physical structure, or an electrical match, or a match in interaction protocols; and the host and the wireless communication module are connected through the physical interface, and the host is provided with a battery, the wireless communication module is also provided with a battery, and when the host or the wireless communication module runs out of the battery of itself, the host or the wireless communication module is configured to use the other's battery to supply power.
A scroll compressor comprising: a housing; a fixed scroll having a first end plate and a first spiral wall body vertically provided on one surface thereof; an orbiting scroll which has a second end plate and a second spiral wall body vertically provided on one surface thereof, and by engagement between the first body and the second wall body, which is allowed to revolve and is prevented from rotation; rotation-preventing portions which are provided for at least one of the housing and the orbiting scroll, and which allow the orbiting scroll to revolve and prevent the rotation thereof; at least one wall-body shoulder portion provided along an upper edge of the second spiral wall body, the height of the wall-body shoulder portion being smaller at a central side in the spiral direction than at an exterior end side thereof; and at least one end-plate step portion provided on said one surface of the first end plate at a position facing the wall-body shoulder portion, the height of the end-plate step portion being greater at a central side in the spiral direction than at an exterior end side thereof; wherein a phase at which the wall-body shoulder portion is disposed with respect to the center of the orbiting scroll is different from phases at which the rotation-preventing portions are disposed. a housing; a fixed scroll having a first end plate and a first spiral wall body vertically provided on one surface thereof; an orbiting scroll which has a second end plate and a second spiral wall body vertically provided on one surface thereof, and by engagement between the first body and the second wall body, which is allowed to revolve and is prevented from rotation; rotation-preventing portions which are provided for at least one of the housing and the orbiting scroll, and which allow the orbiting scroll to revolve and prevent the rotation thereof; at least one wall-body shoulder portion provided along an upper edge of the second spiral wall body, the height of the wall-body shoulder portion being smaller at a central side in the spiral direction than at an exterior end side thereof; and at least one end-plate step portion provided on said one surface of the first end plate at a position facing the wall-body shoulder portion, the height of the end-plate step portion being greater at a central side in the spiral direction than at an exterior end side thereof; wherein a phase at which the wall-body shoulder portion is disposed with respect to the center of the orbiting scroll is different from phases at which the rotation-preventing portions are disposed.
A vehicle information system for a vehicle, said vehicle comprising a set of compartment closing members adapted to close an interior compartment of the vehicle to the environment ambient of the vehicle, wherein said set of compartment closing members comprises a left front door and a left rear door, said vehicle further comprising a set of operating lights, arranged outwardly of the vehicle, and intended to be used during driving of said vehicle, wherein said set of operating lights comprises a left front direction indicator and a left rear direction indicator, said vehicle information system being adapted to: - receive a compartment closing member signal indicative of a compartment closing member (16, 18, 20, 22, 24, 26) of said set of compartment closing members being unclosed and/or unlocked, and - upon receipt of said compartment closing member signal, issue an information signal to said vehicle such that one or more of the lights in said set of outwardly arranged operating lights is activated to thereby indicate which compartment closing member of said set of compartment closing members is unclosed and/or unlocked, each compartment closing member (16, 18, 20, 22, 24, 26) being assigned an individual activation of said set of outwardly arranged operating lights, wherein - upon receipt of a signal indicating that the left front door is unclosed and/or unlocked, issue a warning signal for activating the left front direction indicator, and - upon receipt of a signal indicating that the left rear door is unclosed and/or unlocked, issue a warning signal for activating the left rear direction indicator. - receive a compartment closing member signal indicative of a compartment closing member (16, 18, 20, 22, 24, 26) of said set of compartment closing members being unclosed and/or unlocked, and - upon receipt of said compartment closing member signal, issue an information signal to said vehicle such that one or more of the lights in said set of outwardly arranged operating lights is activated to thereby indicate which compartment closing member of said set of compartment closing members is unclosed and/or unlocked, each compartment closing member (16, 18, 20, 22, 24, 26) being assigned an individual activation of said set of outwardly arranged operating lights, wherein - upon receipt of a signal indicating that the left front door is unclosed and/or unlocked, issue a warning signal for activating the left front direction indicator, and - upon receipt of a signal indicating that the left rear door is unclosed and/or unlocked, issue a warning signal for activating the left rear direction indicator.
A method of managing failover in redundant data storage centers (1010, 1020, 1030), the method comprising: redundantly storing data records across the redundant data storage centers (1010, 1020, 1030) by propagating replication data (1130, 1131) related to user input to the redundant data centers (1010, 1020, 1030) with a first data storage center operating as a primary data storage center configured to respond to at least user input related to the data records; in the first data storage center, processing quorum data received from each of the data storage centers that indicates a designation of the primary data storage center by more than half of the data storage centers (1010, 1020, 1030); responsive to the quorum data indicating that the first data storage center is not the primary data storage center and to designating a second of the data storage centers as the primary data storage center based on the quorum data, placing the first data storage center into an intermediate topology state which comprises ceasing response to the user input by the first data storage center and executing pending operations related to previous user input received by the first data storage center; and designating the second data storage center as the primary data storage center configured to respond to at least further user input related to the data records, wherein a topology control node controls which data center is the primary by reporting to each data storage center (1010, 1020, 1030) the selected primary designation. redundantly storing data records across the redundant data storage centers (1010, 1020, 1030) by propagating replication data (1130, 1131) related to user input to the redundant data centers (1010, 1020, 1030) with a first data storage center operating as a primary data storage center configured to respond to at least user input related to the data records; in the first data storage center, processing quorum data received from each of the data storage centers that indicates a designation of the primary data storage center by more than half of the data storage centers (1010, 1020, 1030); responsive to the quorum data indicating that the first data storage center is not the primary data storage center and to designating a second of the data storage centers as the primary data storage center based on the quorum data, placing the first data storage center into an intermediate topology state which comprises ceasing response to the user input by the first data storage center and executing pending operations related to previous user input received by the first data storage center; and designating the second data storage center as the primary data storage center configured to respond to at least further user input related to the data records, wherein a topology control node controls which data center is the primary by reporting to each data storage center (1010, 1020, 1030) the selected primary designation.
A power conversion device comprising: a plurality of power semiconductors arranged in a casing and constituting upper and lower arms of phases of a power conversion circuit; a heat radiating plate arranged in the casing and having both surfaces on which the plurality of power semiconductors are installed; a plurality of smoothing capacitors arranged in the casing and electrically connected to the plurality of power semiconductors; and a plurality of gate drive boards arranged in the casing and configured to receive and output a control signal from and to the plurality of power semiconductors; wherein the plurality of smoothing capacitors are arranged on both sides of the heat radiating plate, characterized in that: the gate drive boards are arranged under the power semiconductors, the heat radiating plate, and the smoothing capacitors, and the gate drive boards are divided into high-potential portions and low-potential portions, the high-potential portions are arranged on a side closer to the power semiconductors, and the low-potential portions are arranged on a side farther away from the power semiconductors. a plurality of power semiconductors arranged in a casing and constituting upper and lower arms of phases of a power conversion circuit; a heat radiating plate arranged in the casing and having both surfaces on which the plurality of power semiconductors are installed; a plurality of smoothing capacitors arranged in the casing and electrically connected to the plurality of power semiconductors; and a plurality of gate drive boards arranged in the casing and configured to receive and output a control signal from and to the plurality of power semiconductors; wherein the plurality of smoothing capacitors are arranged on both sides of the heat radiating plate, characterized in that: the gate drive boards are arranged under the power semiconductors, the heat radiating plate, and the smoothing capacitors, and the gate drive boards are divided into high-potential portions and low-potential portions, the high-potential portions are arranged on a side closer to the power semiconductors, and the low-potential portions are arranged on a side farther away from the power semiconductors. the gate drive boards are arranged under the power semiconductors, the heat radiating plate, and the smoothing capacitors, and the gate drive boards are divided into high-potential portions and low-potential portions, the high-potential portions are arranged on a side closer to the power semiconductors, and the low-potential portions are arranged on a side farther away from the power semiconductors.
An anchoring implant for anchoring a suture to bone or tissue, comprising an implant constructed of a biaxial braided material forming a three-dimensional structure having a three-dimensional tubular shape with one open end and one closed end and defining a resident volume, and a suture connected to the implant, wherein the suture is configured to slidably attach to the implant so that the suture slides through or along the walls of the three-dimensional structure of the anchoring implant and to pass around the closed end of the implant so that when the suture is tensioned and some counter traction is applied at the open end of the anchoring implant the implant changes from a first configuration in which the implant is elongate into a second configuration in which the implant is compressed axially and extended radially relative to the first configuration.
An LED module, having an arrangement of electronically connected LEDs and a carrier for the LEDs, wherein a parallel connection of series circuits of LEDs is present, wherein the parallel connection is selected in such a manner that the thermal load on the carrier caused by the operation of the LEDs is distributed substantially uniformly across the carrier, wherein the arrangement of the LEDs has a uniform grid, and wherein during the operation the LEDs of the series circuit from an outer area of the carrier are in each case subjected to a greater current load than the LEDs of the series circuit from an inner area, characterized in that the number of LEDs of a series circuit from the outer area of the carrier is smaller than the number of LEDs of a series circuit from the inner area.