mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a current sensor, which has a first measurement resistor, a second measurement resistor and also a reference resistor, wherein the first measurement resistor and the second measurement resistor are arranged in series between a first connection and a second connection of the current sensor, and wherein the reference resistor is electrically disconnected from the first measurement resistor and from the second measurement resistor in a first measurement state and the reference resistor is electrically connected in parallel with the first measurement resistor in a second measurement state, comprising the following steps: a) in the first measurement state, identifying the voltage drop at the first measurement resistor and the voltage drop at the second measurement resistor and determining the ratio of the voltage drop at the first measurement resistor and the voltage drop at the second measurement resistor, b) in the second measurement state, identifying the voltage drop at the first measurement resistor, the voltage drop at the second measurement resistor and also the voltage drop at the reference resistor and determining the electrical resistance of the first measurement resistor and determining the electrical resistance of the second measurement resistor from the identified voltage drops, the electrical resistance of the reference resistor and the ratio of the voltage drops of the first measurement resistor and the second measurement resistor determined in the first measurement state. a) in the first measurement state, identifying the voltage drop at the first measurement resistor and the voltage drop at the second measurement resistor and determining the ratio of the voltage drop at the first measurement resistor and the voltage drop at the second measurement resistor, b) in the second measurement state, identifying the voltage drop at the first measurement resistor, the voltage drop at the second measurement resistor and also the voltage drop at the reference resistor and determining the electrical resistance of the first measurement resistor and determining the electrical resistance of the second measurement resistor from the identified voltage drops, the electrical resistance of the reference resistor and the ratio of the voltage drops of the first measurement resistor and the second measurement resistor determined in the first measurement state.
A data storage system, comprising an enclosure having a solid front door and a solid rear door; an inlet for cooling air located at the bottom of the enclosure; plural drawer structures vertically stacked in sets of at least two drawers, each containing plural storage media; an air passage between the solid front door and the drawer structures for receiving cooling air from the inlet; and a cooling tray above each set of drawers, wherein the storage media are arranged such that air can pass vertically within the enclosure through and between the plural drawer structures thereby to cool the storage media in the system by a vertical flow of air within the enclosure and the cooling trays comprise a plurality of fans distributed across each tray from front to back to direct warm air drawn vertically through a respective set of drawers horizontally to the rear of the enclosure.
A space deployable antenna apparatus comprising: an inflatable antenna configurable between a deflated storage position and an inflated deployed position and comprising a plurality of collapsible tubular elements coupled together and formed out of two dielectric films joined together to form a network of dielectric tubes corresponding to said tubular elements coupled together, the network of dielectric tubes having only one open end adapted to receive a solidifiable silicon foam, said plurality of collapsible tubular elements in the deployed position comprising a longitudinally extending boom tubular element, at least one driven tubular conductive element transverse to said boom tubular element, at least one reflector tubular conductive element transverse to said boom tubular element, and at least one director tubular conductive element transverse to said boom tubular element; the space deployable antenna apparatus further comprising a foam dispenser configured to inject a the solidifiable foam into said inflatable antenna to configure to the inflated deployed position; and wherein said at least one reflector tubular conductive element further comprises a conductive layer on the respective dielectric tube, and wherein said at least one director tubular conductive element comprises a conductive layer on the respective dielectric tube. an inflatable antenna configurable between a deflated storage position and an inflated deployed position and comprising a plurality of collapsible tubular elements coupled together and formed out of two dielectric films joined together to form a network of dielectric tubes corresponding to said tubular elements coupled together, the network of dielectric tubes having only one open end adapted to receive a solidifiable silicon foam, said plurality of collapsible tubular elements in the deployed position comprising a longitudinally extending boom tubular element, at least one driven tubular conductive element transverse to said boom tubular element, at least one reflector tubular conductive element transverse to said boom tubular element, and at least one director tubular conductive element transverse to said boom tubular element; the space deployable antenna apparatus further comprising a foam dispenser configured to inject a the solidifiable foam into said inflatable antenna to configure to the inflated deployed position; and wherein said at least one reflector tubular conductive element further comprises a conductive layer on the respective dielectric tube, and wherein said at least one director tubular conductive element comprises a conductive layer on the respective dielectric tube.
A laminate for use in forming an overmolded part, the laminate having a plurality of plies arranged in layers, characterized by: a first ply of the plurality of plies including a first selective perforation feature of a first selective perforation pattern, wherein the first selective perforation feature is related to a geometry of the part for overmolding; and a second ply of the plurality of the plurality of plies arranged adjacent the first ply, wherein the second ply includes one of an unperforated construction and a second selective perforation feature, and wherein the second selective perforation feature does not match the first selective perforation feature. a first ply of the plurality of plies including a first selective perforation feature of a first selective perforation pattern, wherein the first selective perforation feature is related to a geometry of the part for overmolding; and a second ply of the plurality of the plurality of plies arranged adjacent the first ply, wherein the second ply includes one of an unperforated construction and a second selective perforation feature, and wherein the second selective perforation feature does not match the first selective perforation feature.
A method in a wireless device, the method comprising: receiving, in a timeslot of a first downlink radio block period, a poll for a radio link control, 'RLC', data block with a piggy backed acknowledgement or negative acknowledgement, 'PAN'; receiving, in a first timeslot of a second downlink radio block period, an uplink state flag, 'USF', allocating a first timeslot of an uplink radio block period, the first timeslot of the uplink radio block period corresponding to the first timeslot of the second downlink radio block period; receiving, in a second timeslot of the second downlink radio block period, an unassigned USF, the second timeslot of the second downlink radio block period corresponding to the timeslot of the first downlink radio block period on which the poll was received; transmitting the PAN, with a first data block, on the first timeslot of the uplink radio block period; and transmitting a second data block on a second timeslot of the uplink radio block period corresponding to the second timeslot of the second downlink radio block period. receiving, in a timeslot of a first downlink radio block period, a poll for a radio link control, 'RLC', data block with a piggy backed acknowledgement or negative acknowledgement, 'PAN'; receiving, in a first timeslot of a second downlink radio block period, an uplink state flag, 'USF', allocating a first timeslot of an uplink radio block period, the first timeslot of the uplink radio block period corresponding to the first timeslot of the second downlink radio block period; receiving, in a second timeslot of the second downlink radio block period, an unassigned USF, the second timeslot of the second downlink radio block period corresponding to the timeslot of the first downlink radio block period on which the poll was received; transmitting the PAN, with a first data block, on the first timeslot of the uplink radio block period; and transmitting a second data block on a second timeslot of the uplink radio block period corresponding to the second timeslot of the second downlink radio block period.
Energy-absorbing structure for arresting an aircraft travelling along a surface of a runway, said energy-absorbing structure configured to extend above the surface of the runway, comprising: a. loose aggregate structured to deform so as to absorb energy; and b. means for stabilizing location of the loose aggregate so as to form a bed (10, 100, 200, 300); characterised in that the loose aggregate is covered by said stabilising means comprising a net whose mesh is smaller than the majority of any loose particles forming the loose aggregate and in that one or more anchors serve to secure the net in position relative to the loose aggregate. a. loose aggregate structured to deform so as to absorb energy; and b. means for stabilizing location of the loose aggregate so as to form a bed (10, 100, 200, 300);
An information processing apparatus comprising: a moving body detection section configured to detect a moving body (151, 152, 153, 154) near a mobile object on a basis of information input from sensors; and a sound output control section configured to shift a position of a sound image of a notification sound giving notification of the position of the moving body (151, 152, 153, 154) in keeping with the detected position of the moving body (151, 152, 153, 154) in motion, wherein the sound output control section is configured to change a type of the notification sound depending on the type of the moving body (151, 152, 153, 154), wherein the sound output control section is configured to change the type of the notification sound for each of the moving bodies in a case where there are a plurality of moving bodies of the same type near the mobile object, wherein the type of the notification sound comprises any of pattern, tone and tempo of the notification sound. a moving body detection section configured to detect a moving body (151, 152, 153, 154) near a mobile object on a basis of information input from sensors; and a sound output control section configured to shift a position of a sound image of a notification sound giving notification of the position of the moving body (151, 152, 153, 154) in keeping with the detected position of the moving body (151, 152, 153, 154) in motion, wherein the sound output control section is configured to change a type of the notification sound depending on the type of the moving body (151, 152, 153, 154), wherein the sound output control section is configured to change the type of the notification sound for each of the moving bodies in a case where there are a plurality of moving bodies of the same type near the mobile object, wherein the type of the notification sound comprises any of pattern, tone and tempo of the notification sound.
An embroidery machine comprising a device for monitoring the presence and the tension of the shuttle thread at each embroidery location, comprising a needle plate, characterized in that an intermediate plate is arranged on the rear side of the needle plate, wherein a multiplicity of shuttle races are attached resting on the intermediate plate, a contact element which is configured to be resilient, and a recess is arranged in a traversing manner in the intermediate plate, wherein the contact element in the recess extends in a crossing manner in order to run the shuttle thread between the needle hole in the needle plate and a thread eye in the shuttle, and can be deflected in said recess by the shuttle thread.
Shower device for mounting on a bowl, in particular a WC, which shower device has a mounting portion comprising a mounting device for mounting on the bowl, and a shower arm having a shower nozzle provided therein for jetting shower water onto the abdomen of a user of the shower device, wherein the shower arm comprises a telescopic mechanism having a first telescopic member and a second telescopic member for extending the shower arm and for moving the shower nozzle away from the mounting portion, wherein the shower device is adapted to actuate the telescopic mechanism by a water pressure of the shower water for extending the shower arm, and to retract the telescopic mechanism by a return spring without water pressure or when the water pressure of the shower water is too low, and wherein the shower arm has a shower water guide in the shower arm, via which shower water guide shower water is discharged when the shower arm is not extended, characterised in that the shower device is adapted to operate initially at a water pressure at which the shower arm does not yet extend, so that a gap between the first and the second telescopic element of the telescopic mechanism can be flushed and/or the contents of the water conduit from a water heater to the shower nozzle can be expelled, and in that the water pressure is increased only after this cleaning and/or cold water discharge operation. a mounting portion comprising a mounting device for mounting on the bowl, and a shower arm having a shower nozzle provided therein for jetting shower water onto the abdomen of a user of the shower device, wherein the shower arm comprises a telescopic mechanism having a first telescopic member and a second telescopic member for extending the shower arm and for moving the shower nozzle away from the mounting portion, wherein the shower device is adapted to actuate the telescopic mechanism by a water pressure of the shower water for extending the shower arm, and to retract the telescopic mechanism by a return spring without water pressure or when the water pressure of the shower water is too low, and wherein the shower arm has a shower water guide in the shower arm, via which shower water guide shower water is discharged when the shower arm is not extended, characterised in that the shower device is adapted to operate initially at a water pressure at which the shower arm does not yet extend, so that a gap between the first and the second telescopic element of the telescopic mechanism can be flushed and/or the contents of the water conduit from a water heater to the shower nozzle can be expelled, and in that the water pressure is increased only after this cleaning and/or cold water discharge operation.
A wind power plant connected to an electric grid with a nominal voltage, comprising a central plant controller and wind turbines, wherein the central plant controller is configured to carry out a method of controlling an electric output of the wind power plant in the event of a grid fault, being a transient low-voltage fault of the electric grid, wherein the wind turbines are configured to operate in a nominal-grid operation mode during which the grid voltage is within a nominal grid operation range and the wind turbines are controlled according to at least one reference value of an electric-production parameter provided by the central plant controller, wherein the wind turbines operate during a fault stage, during which the grid voltage falls below the nominal grid operation range, so as to ride through the grid fault, and wherein during a post-fault-support stage which is entered when the grid fault has cleared such that the grid voltage returns to within the nominal grid operating range, the central plant controller is configured to control the wind power plant to provide only active power, or to perform voltage control, wherein the central plant controller is configured to enter the post-fault-support stage in response to the grid voltage having recovered a predetermined value indicative of clearance of the low-voltage fault, and wherein the central plant controller is configured to resume, after the post-fault support stage, control of the wind power plant according to the nominal-grid operation mode, which prevailed before the low-voltage fault, in a nominal-grid operation stage.
A multi-configuration bay, comprising: a common bay that includes a top wall, a bottom wall, a first side wall and a second side wall, and first rails on the top and bottom walls (101T, 101B), the first rails are configured to hold resource modules in vertically oriented installed-positions within the common bay; and an adaptor that is installable within the common bay, the adaptor including first and second side walls (205L, 205R) and second rails on the first and second side walls (205L, 205R), the second rails are configured to, when the adaptor is installed in the common bay, hold resource modules in horizontally oriented installed-positions within the common bay, the adaptor further including latches that are configured to reversibly secure the adaptor within the common bay, the adaptor being removable from the common bay when the latches are disengaged, characterized in that the latches include first and second tabs, wherein the first tabs are slidable horizontally through the first side wall of the adaptor and slots in the first side wall of the common bay, and the second tabs are slidable horizontally through the second side wall of the adaptor and slots in the second side wall of the common bay, such that when the tabs are extended they mate with corresponding ones of the slots to secure the adaptor within the common bay. a common bay that includes a top wall, a bottom wall, a first side wall and a second side wall, and first rails on the top and bottom walls (101T, 101B), the first rails are configured to hold resource modules in vertically oriented installed-positions within the common bay; and an adaptor that is installable within the common bay, the adaptor including first and second side walls (205L, 205R) and second rails on the first and second side walls (205L, 205R), the second rails are configured to, when the adaptor is installed in the common bay, hold resource modules in horizontally oriented installed-positions within the common bay, the adaptor further including latches that are configured to reversibly secure the adaptor within the common bay, the adaptor being removable from the common bay when the latches are disengaged, characterized in that the latches include first and second tabs, wherein the first tabs are slidable horizontally through the first side wall of the adaptor and slots in the first side wall of the common bay, and the second tabs are slidable horizontally through the second side wall of the adaptor and slots in the second side wall of the common bay, such that when the tabs are extended they mate with corresponding ones of the slots to secure the adaptor within the common bay.
Surgical clip, comprising a first clamping arm, a second clamping arm, and a biasing element, which first clamping arm defines a first clamping surface, which second clamping arm defines a second clamping surface, and which biasing element holds the first clamping surface and the second clamping surface against each other in a basic position, in particular under bias, wherein the first and the second clamping arm (12, 16) are pivotable against each other counter to the action of the biasing element, wherein the biasing element is configured in the form of a coil spring which defines a coil spring longitudinal axis and has a first coil spring end and a second coil spring end, wherein the coil spring comprises between the first coil spring end and the second coil spring end at least one winding extending over a circumferential angle of more than 360°, wherein the first coil spring end is connected to the first clamping arm by way of a first connecting portion, wherein the second coil spring end is connected to the second clamping arm by way of a second connecting portion, wherein the clamping surfaces (14, 18) held against each other in the basic position define a clamping plane, and wherein the coil spring longitudinal axis runs parallel to the clamping plane, characterized in that the first connecting portion is cranked in the transition region to the first coil spring end thereby forming a crank, and in that the second connecting portion is cranked in the transition region to the second coil spring end thereby forming a crank in order to orient the coil spring longitudinal axis in parallel to the clamping surface, and in that the two cranks (40, 42) are formed as double anglings of the respective connecting portions (32, 34) in relation to the respective coil spring end (26, 28).
A multipurpose professional kitchen machine, in particular for gastronomy/catering processes, but also for confectionary, ice-cream and chocolate making processes, comprising an upper inlet opening for the ingredients to be processed and for the extraction of processed packaged or solid products, at least one removable lid (11, 11') for the closure of said one upper inlet opening for the ingredients, and a front opening for the delivery of the processed ingredients, if of the creamy type, underneath said inlet opening, being envisaged a single vertical vessel for receiving and processing in heating and cooling of said ingredients, said front delivery opening being directly connected to the bottom of said vessel by means of an inclined delivery channel for the processed products, if of the creamy type, wherein it envisages two independent circuits, one for heating and one for cooling associated to said vessel., characterised in that said cooling circuit comprises cooling channels for the passage of a refrigerant gas arranged only at the sides of the vessel, said heating circuit comprises heating channels for the passage of a heat conductor liquid arranged both at said bottom and at said sides of said vessel, said circulation of the refrigerant gas is selectively achievable both in a continuous manner and in an intermittent manner.
A method of preparing a plurality of platelet units each comprising a therapeutic dose of platelets suitable for infusion into a human subject, said method comprising: a) collecting a first platelet donation by apheresis from a first donor, b) collecting a second platelet donation by apheresis from a second donor, c) combining the first platelet donation and the second platelet donation to yield a pooled platelet preparation, and d) separating the pooled platelet preparation into a plurality of platelet units each in an individual container, wherein the plurality of platelet units comprises a greater number of platelet units than the total number of platelet units that can be prepared from the first platelet donation and second platelet donation without combining the first and second platelet donations; wherein each platelet unit comprises a therapeutic dose of platelets. a) collecting a first platelet donation by apheresis from a first donor, b) collecting a second platelet donation by apheresis from a second donor, c) combining the first platelet donation and the second platelet donation to yield a pooled platelet preparation, and d) separating the pooled platelet preparation into a plurality of platelet units each in an individual container, wherein the plurality of platelet units comprises a greater number of platelet units than the total number of platelet units that can be prepared from the first platelet donation and second platelet donation without combining the first and second platelet donations; wherein each platelet unit comprises a therapeutic dose of platelets.