mhurhangee/ep-ind-claims huggingface dataset:
A passenger seat comprising: a seat back; and a seat base connected to the seat back, the seat base comprising a beam clamp comprising a keyhole configured to flex outwardly from an un-flexed position to a flexed position, wherein a diameter of the keyhole in the un-flexed position is less than the diameter of the keyhole in the flexed position, a support beam defining a support beam diameter, characterized in that the keyhole comprises a beam-receiving portion and a cam-receiving portion, the beam-receiving portion having a first diameter which is less than a minimum diameter of the support beam in the un-flexed position, the beam-receiving portion having a second diameter which is greater than the first diameter in the flexed position, and in that a cam is positioned within the cam-receiving portion of the keyhole, wherein the cam is rotatable to flex the keyhole between the un-flexed position and the flexed position, so that when the support beam is located within the beam-receiving portion and the cam rotates from the flexed position to the un-flexed position, the beam clamp clamps the support beam. a seat back; and a seat base connected to the seat back, the seat base comprising a beam clamp comprising a keyhole configured to flex outwardly from an un-flexed position to a flexed position, wherein a diameter of the keyhole in the un-flexed position is less than the diameter of the keyhole in the flexed position, a support beam defining a support beam diameter, characterized in that the keyhole comprises a beam-receiving portion and a cam-receiving portion, the beam-receiving portion having a first diameter which is less than a minimum diameter of the support beam in the un-flexed position, the beam-receiving portion having a second diameter which is greater than the first diameter in the flexed position, and in that a cam is positioned within the cam-receiving portion of the keyhole, wherein the cam is rotatable to flex the keyhole between the un-flexed position and the flexed position, so that when the support beam is located within the beam-receiving portion and the cam rotates from the flexed position to the un-flexed position, the beam clamp clamps the support beam.
A method for improving the yield of the production of crystalline alpha-lactose, wherein an aqueous lactose solution is gradually cooled down to about 10 °C, a first amount of precipitated alpha-lactose crystals is separated from the mother liquor, an amount of a carbohydrate compound selected from the group consisting of monosaccharides, cellobiose, gentiobiose, isomaltose, isomaltulose, lactulose, laminaribiose, maltose, maltulose, melibiose, neohesperidose, neotrehalose, nigerose, rutinose, sophorose, saccharose and trehalose is added to the mother liquor such that the solubility product of the residual amount of lactose still held in solution is exceeded, a second amount of precipitated alpha-lactose crystals is separated from the mother liquor and both amounts of alpha-lactose crystals are combined. an aqueous lactose solution is gradually cooled down to about 10 °C, a first amount of precipitated alpha-lactose crystals is separated from the mother liquor, an amount of a carbohydrate compound selected from the group consisting of monosaccharides, cellobiose, gentiobiose, isomaltose, isomaltulose, lactulose, laminaribiose, maltose, maltulose, melibiose, neohesperidose, neotrehalose, nigerose, rutinose, sophorose, saccharose and trehalose is added to the mother liquor such that the solubility product of the residual amount of lactose still held in solution is exceeded, a second amount of precipitated alpha-lactose crystals is separated from the mother liquor and both amounts of alpha-lactose crystals are combined.
A building automation system control apparatus comprising: building automation system control logic configured to receive signaling from entities connected to a building automation system and to cause transmission of control signaling to the entities connected to the building automation system, wherein the building automation system control logic comprises elevator control logic as an integral part to directly control an elevator system comprising one or more elevators; the building automation system control logic being configured to take into account signaling received from the entities connected to the building automation system when controlling the elevator system with the elevator control logic; and the building automation system control logic being configured to take into account signaling received from the elevator system when controlling the entities connected to the building automation system. building automation system control logic configured to receive signaling from entities connected to a building automation system and to cause transmission of control signaling to the entities connected to the building automation system, wherein the building automation system control logic comprises elevator control logic as an integral part to directly control an elevator system comprising one or more elevators; the building automation system control logic being configured to take into account signaling received from the entities connected to the building automation system when controlling the elevator system with the elevator control logic; and the building automation system control logic being configured to take into account signaling received from the elevator system when controlling the entities connected to the building automation system.
Method for controlling a load flow in a DC voltage system having a first and a second bus (4, 6) and a first and a second outgoing line (12, 14), wherein the first and the second outgoing line (12, 14) of the DC voltage system are respectively connected to the first and to the second bus (4, 6) of the DC voltage system so as to form a mesh, characterized in that a longitudinal voltage is generated along the first outgoing line by means of a first multilevel converter, a longitudinal voltage is generated along the second outgoing line by means of a second multilevel converter and, as a result of this, an electrical power is transmitted between the two outgoing lines (12, 14), wherein an alternating current flows from one of the two outgoing lines (12, 14) to the other of the two outgoing lines (12, 14) through a connecting line, by way of which the two outgoing lines (12, 14) are connected to one another, wherein the connecting line has a third multilevel converter and/or an energy store and wherein the second multilevel converter takes up a DC voltage power from the second outgoing line and outputs an AC voltage power into the second outgoing line, which AC voltage power is transmitted to the first outgoing line, and the first multilevel converter takes up the AC voltage power from the first outgoing line and outputs a DC voltage power into the first outgoing line.
A knee pad configured to restrict all or part of the movements of a knee joint when the knee pad is positioned on a lower limb which comprises a thigh, a knee joint, a leg, an ankle joint and a foot, the ankle joint having two malleoli and an Achilles tendon, the foot having an instep, the knee pad comprising a support portion configured to cooperate with the malleoli and/or the instep so as to limit a translational movement of the knee pad along the lower limb towards the ankle, wherein the knee pad extends along a longitudinal direction and comprises a knee portion adjacent to the support portion along the longitudinal direction, the knee pad comprises a first pair of reinforcements extending longitudinally over all or part of the knee pad portion, and wherein the support portion is fixed to the knee pad portion by a second pair of longitudinal reinforcements, characterized in that at least one portion of the first pair of reinforcements extends longitudinally between the reinforcements of the second pair of reinforcements. wherein the knee pad extends along a longitudinal direction and comprises a knee portion adjacent to the support portion along the longitudinal direction, the knee pad comprises a first pair of reinforcements extending longitudinally over all or part of the knee pad portion, and wherein the support portion is fixed to the knee pad portion by a second pair of longitudinal reinforcements, characterized in that at least one portion of the first pair of reinforcements extends longitudinally between the reinforcements of the second pair of reinforcements.
A process to form an ethylene-based polymer, in the presence of at least one free-radical, said process comprises at least the following: polymerizing a mixture comprising ethylene, in a reactor configuration comprising at least three reaction zones, and comprising two ethylene feed streams, and wherein the ratio (R LCBf 40%), in percent, of the "LCB content of the first 40 wt% of the total polymer formed" to "the total LCB content in the final polymer" is ≤ 22.5%; and wherein the amount of ethylene, and optionally one or more comonomers, and optionally one or more CTAs, fed to the first reaction zone, is from 40 mole% to 80 mole%, based on the total moles of ethylene, and optionally one or more comonomers, and optionally one or more CTAs, fed to the polymerization; wherein the term "ethylene-based polymer" refers to a polymer that comprises a majority amount of polymerized ethylene, based on the weight of the polymer, and, optionally, at least one comonomer. polymerizing a mixture comprising ethylene, in a reactor configuration comprising at least three reaction zones, and comprising two ethylene feed streams, and wherein the ratio (R LCBf 40%), in percent, of the "LCB content of the first 40 wt% of the total polymer formed" to "the total LCB content in the final polymer" is ≤ 22.5%; and wherein the amount of ethylene, and optionally one or more comonomers, and optionally one or more CTAs, fed to the first reaction zone, is from 40 mole% to 80 mole%, based on the total moles of ethylene, and optionally one or more comonomers, and optionally one or more CTAs, fed to the polymerization; wherein the term "ethylene-based polymer" refers to a polymer that comprises a majority amount of polymerized ethylene, based on the weight of the polymer, and, optionally, at least one comonomer.
An isolated antibody that binds to human FcRn, the isolated antibody comprising a polypeptide having the amino acid sequence of SEQ ID NO: 19 and a polypeptide having the amino acid sequence of SEQ ID NO: 24.
An electrolytic cell for processing aluminum from alumina, comprising a dense and dimensionally stable cathode having improved wettability with molten aluminum, the cathode comprising the reaction product of a composition comprising: 3 molar equivalents of boron oxide, 3 molar equivalents of titanium dioxide, 7-21 molar equivalents of titanium diboride; and 20-40 molar equivalents of aluminum, wherein the composition reacts to fully convert the boron oxide and titanium dioxide to titanium diboride in situ in molten aluminum. 3 molar equivalents of boron oxide, 3 molar equivalents of titanium dioxide, 7-21 molar equivalents of titanium diboride; and 20-40 molar equivalents of aluminum,
A device comprising: a body, wherein the body is arranged so as to include a first interior that is at least partially hollow; a top portion and a bottom portion attached to the body, wherein the top portion and the bottom portion are effective to hold a mobile electronic device between the top portion and the bottom portion; a removable cap, wherein the removable cap includes an inlet vent effective to allow air to flow into the device, and wherein the removable cap is removable to allow scented material to be installed within the first interior or within a second interior of the removable cap; and wherein the body is further arranged so as to allow air that has entered the device through the inlet vent to become scented and flow out of the device through an outlet vent included in the device, spaced apart from the inlet vent and included in the top portion or the bottom portion of the device. a body, wherein the body is arranged so as to include a first interior that is at least partially hollow; a top portion and a bottom portion attached to the body, wherein the top portion and the bottom portion are effective to hold a mobile electronic device between the top portion and the bottom portion; a removable cap, wherein the removable cap includes an inlet vent effective to allow air to flow into the device, and wherein the removable cap is removable to allow scented material to be installed within the first interior or within a second interior of the removable cap; and wherein the body is further arranged so as to allow air that has entered the device through the inlet vent to become scented and flow out of the device through an outlet vent included in the device, spaced apart from the inlet vent and included in the top portion or the bottom portion of the device.
A control device for an internal combustion engine comprising a plurality of cylinders (#1, #2, #3, #4), a first supercharger that is driven by exhaust gas, a second supercharger that is disposed downstream relative to the first supercharger in an intake passage and that is driven by a motive power other than exhaust gas, a bypass passage that bypasses the second supercharger, and a bypass valve that opens and closes the bypass passage, the control device characterized by comprising: determination means for determining whether or not the internal combustion engine is in a specific operating state where a local minimum point of a pulsation of an intake air pressure exists within an opening period of an intake valve; and operation means configured so that, in a case where it is determined by the determination means that the internal combustion engine is in the specific operating state, the operation means actuates the second supercharger at a previously set rotational speed for pulsation suppression and also opens the bypass valve to a previously set opening degree for pulsation suppression. determination means for determining whether or not the internal combustion engine is in a specific operating state where a local minimum point of a pulsation of an intake air pressure exists within an opening period of an intake valve; and operation means configured so that, in a case where it is determined by the determination means that the internal combustion engine is in the specific operating state, the operation means actuates the second supercharger at a previously set rotational speed for pulsation suppression and also opens the bypass valve to a previously set opening degree for pulsation suppression.
A method comprising: receiving telemetry information for a computer network, the telemetry information comprising network device state information for internetworking devices in the computer network and network traffic flow information for data packet flows through the computer network; transforming the telemetry information into a temporal graph that is digitally stored in computer memory, the temporal graph comprising a plurality of versions of a plurality of graph elements, the graph elements including a plurality of vertices representing the internetworking devices and a plurality of edges representing the data packet flows, wherein each version of each graph element corresponds to a state of the graph element at a particular time, and wherein the temporal graph comprises a temporal link from a first version of each graph element to a previous or subsequent version of the graph element; receiving, from a client computing device, a request for network analytics information for the computer network; in response to receiving the request for network analytics information, traversing the temporal link to retrieve the previous or subsequent version of the graph element, retrieving temporal graph data based on the traversing, and generating network analytics information for the computer network based on the retrieved temporal graph data; and sending the network analytics information to the client computing device. receiving telemetry information for a computer network, the telemetry information comprising network device state information for internetworking devices in the computer network and network traffic flow information for data packet flows through the computer network; transforming the telemetry information into a temporal graph that is digitally stored in computer memory, the temporal graph comprising a plurality of versions of a plurality of graph elements, the graph elements including a plurality of vertices representing the internetworking devices and a plurality of edges representing the data packet flows, wherein each version of each graph element corresponds to a state of the graph element at a particular time, and wherein the temporal graph comprises a temporal link from a first version of each graph element to a previous or subsequent version of the graph element; receiving, from a client computing device, a request for network analytics information for the computer network; in response to receiving the request for network analytics information, traversing the temporal link to retrieve the previous or subsequent version of the graph element, retrieving temporal graph data based on the traversing, and generating network analytics information for the computer network based on the retrieved temporal graph data; and sending the network analytics information to the client computing device.
A gas cylinder and pressure regulator assembly comprising a pressure regulator (100; 118) connected to the gas cylinder and arranged to regulate the flow rate of a gas from the gas cylinder, the pressure regulator comprising: a housing having an inlet connectable to the gas cylinder, an outlet, and a conduit extending between the inlet and the outlet; a restriction device (132; 232) located in the conduit and positionable to restrict the flow of gas therethrough; a biasing arrangement (136; 236) to apply a predetermined bias to the restriction device; a selection device operable to select a configuration of the biasing arrangement and restriction device to provide a selected gas pressure at said outlet; and a rotatable handle rotatable about an axis of rotation and comprising a central boss and a graspable arm; wherein the selection device comprises a control member arranged such that rotational movement of said rotatable handle about said axis of rotation between maximum and minimum positions is operable to move a control device between corresponding maximum and minimum linear positions in a direction substantially parallel to the axis of rotation, the bias from said biasing arrangement being dependent upon the linear position of the control device, and wherein the angular difference in position of the rotatable handle between said maximum and minimum positions is 180 degrees or less and, when said gas cylinder is in a substantially upright position, the rotatable handle is rotatable about a substantially horizontal axis such that said graspable arm moves in a substantially vertical plane. a housing having an inlet connectable to the gas cylinder, an outlet, and a conduit extending between the inlet and the outlet; a restriction device (132; 232) located in the conduit and positionable to restrict the flow of gas therethrough; a biasing arrangement (136; 236) to apply a predetermined bias to the restriction device; a selection device operable to select a configuration of the biasing arrangement and restriction device to provide a selected gas pressure at said outlet; and a rotatable handle rotatable about an axis of rotation and comprising a central boss and a graspable arm; wherein the selection device comprises a control member arranged such that rotational movement of said rotatable handle about said axis of rotation between maximum and minimum positions is operable to move a control device between corresponding maximum and minimum linear positions in a direction substantially parallel to the axis of rotation, the bias from said biasing arrangement being dependent upon the linear position of the control device, and wherein the angular difference in position of the rotatable handle between said maximum and minimum positions is 180 degrees or less and, when said gas cylinder is in a substantially upright position, the rotatable handle is rotatable about a substantially horizontal axis such that said graspable arm moves in a substantially vertical plane.
A heat transfer plate having a central extension plane (c-c) and comprising a first end area, a heat transfer area and a second end area arranged in succession along a longitudinal center axis (y) of the heat transfer plate, which longitudinal center axis divides the heat transfer plate into a first and a second half (20, 22) delimited by a first and second long side (24, 26), respectively, the first end area comprising an inlet port hole arranged within the first half of the heat transfer plate, a distribution area and a transition area, the transition area adjoining the distribution area along a first borderline and the heat transfer area along a second borderline, the distribution area having a distribution pattern of distribution projections and distribution depressions in relation to the central extension plane, the transition area having a transition pattern of transition projections and transition depressions in relation to the central extension plane and the heat transfer area having a heat transfer pattern of heat transfer projections and heat transfer depressions in relation to the central extension plane, the transition pattern differing from the distribution pattern and the heat transfer pattern, the transition projections comprising transition contact areas arranged for contact with another heat transfer plate, and an imaginary straight line extending between two end points (94, 96) of each transition projection with an angle (α) in relation to the longitudinal center axis, measured in a first direction, which is clockwise or anti-clockwise, from the longitudinal center axis, characterized in that the angle is less than 90 degrees measured in said first direction from the longitudinal center axis and in that the angle is varying between the transition projections and increasing in a direction from the first long side to the second long side.
A method for manufacturing a hearing device (100, 200), the hearing device (100, 200) comprising a speaker, a first chamber, and a sound channel arranged between the first chamber and the surroundings of the hearing device (100, 200) or a second chamber, the method comprising: - arranging an element of a thermoplastic material in the sound channel, the element being in a solid state; - applying a laser light to the element to thereby activate the element to change from the solid state to a liquid state; - sealing the sound channel by means of the element changing from the solid state to the liquid state thereby filling out a cross-section of the sound channel; - allowing cooling of the element thereby a change of the element from the liquid state to solid state while filling out the cross-section of the sound channel. - arranging an element of a thermoplastic material in the sound channel, the element being in a solid state; - applying a laser light to the element to thereby activate the element to change from the solid state to a liquid state; - sealing the sound channel by means of the element changing from the solid state to the liquid state thereby filling out a cross-section of the sound channel; - allowing cooling of the element thereby a change of the element from the liquid state to solid state while filling out the cross-section of the sound channel.