mhurhangee/ep-ind-claims huggingface dataset:
A communication device, comprising: circuitry configured to communicate with an access point according to a plurality of communication modes including at least a first mode being a centralized communication mode in which uplink multiuser multiplex transmission is performed such that the communication device transmits information at a timing controlled by the access point, and a second mode being an autonomous distributed communication mode in which media is randomly accessed using a collision avoidance mechanism; transmit data according to the first mode of the plurality of modes and retransmit the data if reception does not succeed; maintain a counter that indicates a number of times retransmission of the data has been performed according to the first mode; switch from performing communication according to the first mode to performing communication according to the second mode if the number of times retransmission of the data has been performed reaches a predetermined upper limit value; initialize the counter in response to the switching; and retransmit the data according to the second mode upon initialization of the counter. communicate with an access point according to a plurality of communication modes including at least a first mode being a centralized communication mode in which uplink multiuser multiplex transmission is performed such that the communication device transmits information at a timing controlled by the access point, and a second mode being an autonomous distributed communication mode in which media is randomly accessed using a collision avoidance mechanism; transmit data according to the first mode of the plurality of modes and retransmit the data if reception does not succeed; maintain a counter that indicates a number of times retransmission of the data has been performed according to the first mode; switch from performing communication according to the first mode to performing communication according to the second mode if the number of times retransmission of the data has been performed reaches a predetermined upper limit value; initialize the counter in response to the switching; and retransmit the data according to the second mode upon initialization of the counter.
Header tank for a mechanically assembled heat exchanger, notably for a motor vehicle, said exchanger comprising a mechanically assembled heat-exchange core bundle and comprising at least one row of tubes with two end tubes one at each end of said at least one row, the tubes respectively comprising an end intended to open into an interior volume of the header tank, the header tank comprising at least one end stop configured to: • be positioned facing an internal surface of the end of one of the associated end tubes, and • collaborate with said internal surface in such a way as to prevent said tube from moving in the direction of the interior volume of the header tank, the header tank being configured to accept ends of flat tubes having two opposite long edges, the header tank being characterized in that said at least one end stop is configured to collaborate with at least one long edge of the end of the associated end tube. • be positioned facing an internal surface of the end of one of the associated end tubes, and • collaborate with said internal surface in such a way as to prevent said tube from moving in the direction of the interior volume of the header tank, the header tank being configured to accept ends of flat tubes having two opposite long edges, the header tank being characterized in that said at least one end stop is configured to collaborate with at least one long edge of the end of the associated end tube.
A bicomponent extruded mesh for use on a papermaking machine, comprising: a first layer of relatively inelastic parallel strands running in the machine direction; a second layer of parallel strands on one side of the first layer, the second layer's strands running in the cross machine direction and comprising elastomeric strands; and a third layer of relatively inelastic parallel strands on the opposite of the second layer as the first layer and running in the same direction as those of the first layer, wherein the first, second, and third layers are co-extruded such that the strands in the first layer are positioned or aligned within the space between strands in the third layer, wherein the first, second and third layers form a structure having a desired thickness, wherein under a compressive load the second layer stretches to enable the strands of the first and third layers to nest between each other in substantially the same plane, and wherein upon release of the compressive load elasticity of the second layer causes the first and third layers to spring back returning the structure to substantially the desired thickness. a first layer of relatively inelastic parallel strands running in the machine direction; a second layer of parallel strands on one side of the first layer, the second layer's strands running in the cross machine direction and comprising elastomeric strands; and a third layer of relatively inelastic parallel strands on the opposite of the second layer as the first layer and running in the same direction as those of the first layer, wherein the first, second, and third layers are co-extruded such that the strands in the first layer are positioned or aligned within the space between strands in the third layer, wherein the first, second and third layers form a structure having a desired thickness, wherein under a compressive load the second layer stretches to enable the strands of the first and third layers to nest between each other in substantially the same plane, and wherein upon release of the compressive load elasticity of the second layer causes the first and third layers to spring back returning the structure to substantially the desired thickness.
Drivetrain test bench for testing an electric vehicle drive, comprising a drive module and an adjustable test object holder for a drivetrain test bench, wherein the test object holder and the drive module are connected to one another via a joint base, wherein the drive module encloses an electric motor, wherein the test object holder has a first surface and a second surface parallel to the first surface, wherein the test object holder can be arranged on a base via the first surface, wherein a test object can be arranged on the second surface, and wherein the test object holder is formed such that the second surface is adjustable relative to the first surface along a longitudinal axis, a vertical axis, and a transverse axis, and wherein the test object holder is further formed such that the second surface is tiltable relative to the first surface at least about the vertical axis and the transverse axis, wherein the drive module comprises a flange, wherein the electric motor can drive the test object via the flange and the axes to be coupled of the test object and of the electric drive can be aligned in an offset-free manner. wherein the drive module encloses an electric motor, wherein the test object holder has a first surface and a second surface parallel to the first surface, wherein the test object holder can be arranged on a base via the first surface, wherein a test object can be arranged on the second surface, and wherein the test object holder is formed such that the second surface is adjustable relative to the first surface along a longitudinal axis, a vertical axis, and a transverse axis, and wherein the test object holder is further formed such that the second surface is tiltable relative to the first surface at least about the vertical axis and the transverse axis, wherein the drive module comprises a flange, wherein the electric motor can drive the test object via the flange and the axes to be coupled of the test object and of the electric drive can be aligned in an offset-free manner.
A surgical drape comprising a tacky layer to be incised or punctured with a surgical tool, the tacky layer having a tacky surface to be brought into contact with a region including a surgery site of a living body, characterized in that the surgical drape has a Young's modulus in the range of 0.1 to 5.0 MPa or less, and in that the surgical drape has a piercing strength in a thickness direction of 4.0 N or less.
A metal cored electrode to provide an alloy system having improved yield strength and tensile strength, said electrode comprising a metal sheath consisting of an iron alloy, like carbon steel, low carbon steel, stainless steel, low alloy steel, and a fill composition, said fill composition constituting 12 to 30 weight percent of the total electrode, said electrode comprising by weight percent: Al 0.0.5% B 0.0025-0.01 % C 0.01-0.15% Cr 0-0.5 % Cu 0-0.5 % Mo 0.2-1.5 % Mn 0.1-3 Ni 0-3 % Si 0-1.5 % Ti 0.015-0.1 % Flux agents (e. g. metal oxides, metal fluorides, metal carbonates, metal silicates, polymers, etc.) 0-5 Incidental impurities Fe rest, said fill composition comprises by weight percent of the electrode: Al 0-0.04 % B 0.0025-0.008 % C 0.01-0.12 % Fe 93-98 % Mo 0.15-0.8 % Mn 0.1-3 % Ni 0-3 % Si 0.05-1.6 % Ti 0.015-0.1 %; wherein the weight percent ratio of titanium to boron in said metal alloy system being about 3-15;1, and preferably about 4-10:1, and said weight percent ratio of molybdenum to titanium in said metal alloy system being at least about 7-24:1, and preferably about 8-18:1. Al 0.0.5% B 0.0025-0.01 % C 0.01-0.15% Cr 0-0.5 % Cu 0-0.5 % Mo 0.2-1.5 % Mn 0.1-3 Ni 0-3 % Si 0-1.5 % Ti 0.015-0.1 % Al 0-0.04 % B 0.0025-0.008 % C 0.01-0.12 % Fe 93-98 % Mo 0.15-0.8 % Mn 0.1-3 % Ni 0-3 % Si 0.05-1.6 % Ti 0.015-0.1 %;
A genetically modified plant or isolated plant cell comprising an exogenous polynucleotide sequence encoding human prolyl-4-hydroxylase (P4H) and human lysyl hydroxylase, wherein said P4H and said lysyl hydroxylase are each attached to a vacuole transit peptide.
A dosing device for dispensing a flowable substance comprising: - a cap having a longitudinal axis and having a supply chamber fluidly connectable to a container or a supply, - a control chamber with a first exchange opening as well as a control chamber inlet opening, - a closing part, - and a discharge opening, wherein the first exchange opening, the control chamber inlet opening and the discharge opening are arranged successively in the direction of the longitudinal axis, wherein the control chamber forms an inner space within which the closing part is arranged, wherein the closing part is rotatably mounted about a pivot axis, wherein the closing part divides the interior space of the control chamber into a flow chamber and a partial control chamber, wherein the flow chamber is conductively connected to the discharge opening, the feed chamber being conductively connected to the partial control chamber via the first exchange opening, and the feed chamber being connected either to the flow chamber or to the partial control chamber via the control chamber inlet opening, depending on the position of the closing part, either to the flow chamber or to the partial control chamber, depending on the position of the closing part, and wherein the closing part is rotatable up to a position in which the discharge opening is closed by the closing part, which prevents further leakage of the flowable substance. - a cap having a longitudinal axis and having a supply chamber fluidly connectable to a container or a supply, - a control chamber with a first exchange opening as well as a control chamber inlet opening, - a closing part, - and a discharge opening, wherein the first exchange opening, the control chamber inlet opening and the discharge opening are arranged successively in the direction of the longitudinal axis, wherein the control chamber forms an inner space within which the closing part is arranged, wherein the closing part is rotatably mounted about a pivot axis, wherein the closing part divides the interior space of the control chamber into a flow chamber and a partial control chamber, wherein the flow chamber is conductively connected to the discharge opening, the feed chamber being conductively connected to the partial control chamber via the first exchange opening, and the feed chamber being connected either to the flow chamber or to the partial control chamber via the control chamber inlet opening, depending on the position of the closing part, either to the flow chamber or to the partial control chamber, depending on the position of the closing part, and wherein the closing part is rotatable up to a position in which the discharge opening is closed by the closing part, which prevents further leakage of the flowable substance.
Stator arrangement for a rotary claw pole motor, comprising a first claw element and a second claw element, wherein the first claw element and the second claw element each have an annular section which defines lateral boundaries, lying opposite one another, of a toroidal stator body in the axial direction, wherein the claw elements (8, 9) are connected to one another by their outer edge in the radial direction, via a cylindrical return ring, and form an electrically conductive stator arrangement with a winding duct which runs in the circumferential direction, wherein a stator winding runs in the winding duct, and an electrically conductive contact element is provided which electrically connects a feedline, for making electrical contact with the stator winding, to the stator arrangement.
A closed system for low pressure harvesting of aspirate from a patient comprising a multi-port liposuction cannula, a constant low pressure suction device, a repository for receiving the aspirate, and a multi-port valve having a separate port for connection to a separate one of each of the foregoing whereby activation of the suction device harvests aspirate from the patient and through the cannula, through the valve and into the repository.
An apparatus for testing a component by means of ultrasound comprising a plurality of identical devices, wherein each device comprises a housing, a plurality of identical, bidirectional ultrasonic transducers arranged in or on said housing, driver electronics arranged in said housing for operating said transducers, a peer device interface for establishing communication with at least one other device of said devices, and a master controller adapted and structured to control said at least one other device through said peer device interface, wherein each device comprises several channels, each channel including at least one of said transducers and having a send mode for sending ultrasonic signals as well as a receive mode for receiving ultrasonic signals, wherein the master controller of each device is adapted and structured to locally and individually control the mode of the channels on the same device as well as to remotely and individually control the mode of the channels on said at least one other device. a housing, a plurality of identical, bidirectional ultrasonic transducers arranged in or on said housing, driver electronics arranged in said housing for operating said transducers, a peer device interface for establishing communication with at least one other device of said devices, and a master controller adapted and structured to control said at least one other device through said peer device interface, wherein each device comprises several channels, each channel including at least one of said transducers and having a send mode for sending ultrasonic signals as well as a receive mode for receiving ultrasonic signals, wherein the master controller of each device is adapted and structured to locally and individually control the mode of the channels on the same device as well as to remotely and individually control the mode of the channels on said at least one other device.
Magnetizable aqueous filler composition for the production of magnetizable coatings, containing a) 50 to 90.89% by weight of particulate magnetizable materials, b) 0.5 to 12.5% by weight of at least one polymeric organic binder (solids fraction), in particular in the form of an aqueous polymer dispersion, c) 0.05 to 2.0% by weight of at least one thickener, d) 0.05 to 3.0% by weight of at least one additive, e) 0.01 to 1.5% by weight of at least one wetting and/or dispersing agent, f) 8.0 to 30.0% by weight of water and g) 0.5 to 10% by weight of at least one lightweight extender and h) 0 to 2.5% by weight of at least one fibre material and/or j) 0 to 30% by weight of at least one extender and/or at least one pigment, wherein the components forming the aqueous filler composition add up to 100.0% by weight. a) 50 to 90.89% by weight of particulate magnetizable materials, b) 0.5 to 12.5% by weight of at least one polymeric organic binder (solids fraction), in particular in the form of an aqueous polymer dispersion, c) 0.05 to 2.0% by weight of at least one thickener, d) 0.05 to 3.0% by weight of at least one additive, e) 0.01 to 1.5% by weight of at least one wetting and/or dispersing agent, f) 8.0 to 30.0% by weight of water and g) 0.5 to 10% by weight of at least one lightweight extender and h) 0 to 2.5% by weight of at least one fibre material and/or j) 0 to 30% by weight of at least one extender and/or at least one pigment,
Heat exchanger particularly suited to be used in condensing boilers, comprising a single-piece structure which comprises: - a tubular jacket which internally delimits a first duct extending between an inlet portion and an outlet portion which define a downflow direction for a first heat exchange fluid; - a second duct arranged in thermal contact with at least one external wall of said tubular jacket and extending between an inlet mouth and an outlet mouth for the passage of a second heat exchange fluid; - a plurality of heat exchange elements projecting from said tubular jacket towards the inside of said first duct; wherein, at least in a first portion of said first duct adjacent to said inlet portion, said plurality of heat exchange elements comprises a first plurality of pins, each one of said pins being defined on said tubular jacket so that it is aligned with the pins adjacent to it according to axes (X 1, X 2...X n-1, X n) which are parallel to said downflow direction and according to axes (Y 1, Y 2...Y n-1, Y n) which are orthogonal to said downflow direction, characterized in that between each pair of said pins aligned according to an axis (X 1, X 2...X n-1, X n) parallel to said downflow direction there is an interconnection rib for interconnecting said pair of said pins, said interconnection rib projecting from said tubular jacket towards the inside of said first duct over a height which is shorter than the heights of said pins. - a tubular jacket which internally delimits a first duct extending between an inlet portion and an outlet portion which define a downflow direction for a first heat exchange fluid; - a second duct arranged in thermal contact with at least one external wall of said tubular jacket and extending between an inlet mouth and an outlet mouth for the passage of a second heat exchange fluid; - a plurality of heat exchange elements projecting from said tubular jacket towards the inside of said first duct; wherein, at least in a first portion of said first duct adjacent to said inlet portion, said plurality of heat exchange elements comprises a first plurality of pins, each one of said pins being defined on said tubular jacket so that it is aligned with the pins adjacent to it according to axes (X 1, X 2...X n-1, X n) which are parallel to said downflow direction and according to axes (Y 1, Y 2...Y n-1, Y n) which are orthogonal to said downflow direction, characterized in that between each pair of said pins aligned according to an axis (X 1, X 2...X n-1, X n) parallel to said downflow direction there is an interconnection rib for interconnecting said pair of said pins, said interconnection rib projecting from said tubular jacket towards the inside of said first duct over a height which is shorter than the heights of said pins.
A method for preparing 5-amino-2,3-dihydrophthalazine-1,4-dione salts with alkali metals of the formula II where M represents a cation of Li, Na, K, characterized by that 5-nitro-2,3-dihydrophthalazine-1,4-dione is solved in water solution of MOH, where M stands as above, with formation of solution of 5-nitro-2,3-dihydrophthalazine-1,4-dione alkali salt which is catalytically transformed into 5-amino-2,3-dihydrophthalazine-1,4-dione salt at the temperature of 40-90°C by means of hydrogen under the pressure 1-4 MPa, at the presence of a catalyst of a transition metal (Pt, Pd) on activated carbon, and separation of crystalline 5-amino-2,3-dihydrophthalazine-1,4-dione salt is performed by diluting the water solution with C 1 -C 6 alcohol or cyclic C 3 -C 6 ether after cooling to the temperature of -5°C to -15°C, providing that there is used 5-nitro-2,3-dihydrophthalazine-1,4-dione formed in the reaction of 3-nitrophthalic acid anhydride with hydrazine hydrate in anhydrous acetic acid at the temperature 100-110°C with distilling the mixture of acetic acid and water off.
Method for drying a material to be dried that is located in a drying container, by causing a drying medium to flow through the material to be dried, which has the following repeating method steps: - determining a consumption of the material to be dried by means of an MES system and a filling quantity and/or a mass of the material to be dried in the drying container; - calculating an actual residence time of the material to be dried in the drying container while taking account of the consumption of the material to be dried and by taking account of the filling quantity of the material to be dried and/or the mass of the material to be dried in the drying container; and - outputting a control signal to fill the drying container with material to be dried in the event that the actual residence time is lower than the intended residence time, the method also having a method step for outputting a second control signal to stop the filling of the drying container with material to be dried in the event that the actual residence time is equal to or greater than the intended residence time. - determining a consumption of the material to be dried by means of an MES system and a filling quantity and/or a mass of the material to be dried in the drying container; - calculating an actual residence time of the material to be dried in the drying container while taking account of the consumption of the material to be dried and by taking account of the filling quantity of the material to be dried and/or the mass of the material to be dried in the drying container; and - outputting a control signal to fill the drying container with material to be dried in the event that the actual residence time is lower than the intended residence time,
A controller device for controlling channel switching in a multi-channel mesh-type network with a plurality of network nodes, said controller device being adapted to transmit a main channel switching command on a first channel to said network nodes to switch to a second channel, said controller device is characterized by being adapted to list as orphan nodes one or more network nodes from which no response to said main channel switching response has been received based on received responses to said main channel switching command, to select one or more delegate nodes in the neighborhood of at least one of the orphan nodes based on knowledge of neighbor nodes of the at least one orphan node at the controller device, and to control said one or more delegate nodes so as to transmit on the first channel or a default channel a local channel switching command to switch to the second channel from said one or more delegate nodes to at least one of said orphan nodes.