mhurhangee/ep-ind-claims huggingface dataset:
A method of retrofitting an injection molding machine, the method comprising: retrofitting an injection molding machine that molds production versions of plastic objects, wherein the injection molding machine includes an injection unit, a nozzle in fluid communication with the injection unit, a mold in fluid communication with the nozzle, and a native controller that is programmed with at least a portion of an original mold cycle for the mold, wherein the original mold cycle has a maximum original injection pressure (400-m), and wherein the native controller at least partially controls injection pressures of the machine according to the original mold cycle, characterized in that the retrofitting includes: providing a retrofit controller that is programmed with at least a portion of a retrofit mold cycle for the mold, wherein the retrofit mold cycle has a maximum retrofit injection pressure (800-m; 900-m; 1000-m; 1100-m) that is 10-60% less than the maximum original injection pressure; and establishing signal communication between an output of the retrofit controller and the injection molding machine, such that the retrofit controller at least partially controls injection pressures of the machine according to the retrofit mold cycle. providing a retrofit controller that is programmed with at least a portion of a retrofit mold cycle for the mold, wherein the retrofit mold cycle has a maximum retrofit injection pressure (800-m; 900-m; 1000-m; 1100-m) that is 10-60% less than the maximum original injection pressure; and establishing signal communication between an output of the retrofit controller and the injection molding machine, such that the retrofit controller at least partially controls injection pressures of the machine according to the retrofit mold cycle.
A vehicle wheel comprising: two annular rim members (11a,11b) disposed on a same axis; at least one annular flange member disposed between the two rim members (11a,11b) so as to have a same rotation axis as the two rim members (11a,11b); a securing member that secures a relative positional relationship between adjacent members among the two rim members (11a,11b) and the at least one flange member; a plurality of body springs that each connects adjacent members among the two rim members (11a,11b) and the at least one flange member; and a plurality of linking springs that is linked to the plurality of body springs so as to restrict relative displacement between the plurality of body springs, wherein at least part of each body spring in the plurality of body springs in a width direction of the vehicle wheel protrudes further to an outer side in a radial direction of the vehicle wheel than the rim members (11a,11b) and the flange member, and the plurality of body springs is provided at intervals over an entire circumferential direction of the vehicle wheel. two annular rim members (11a,11b) disposed on a same axis; at least one annular flange member disposed between the two rim members (11a,11b) so as to have a same rotation axis as the two rim members (11a,11b); a securing member that secures a relative positional relationship between adjacent members among the two rim members (11a,11b) and the at least one flange member; a plurality of body springs that each connects adjacent members among the two rim members (11a,11b) and the at least one flange member; and a plurality of linking springs that is linked to the plurality of body springs so as to restrict relative displacement between the plurality of body springs, wherein at least part of each body spring in the plurality of body springs in a width direction of the vehicle wheel protrudes further to an outer side in a radial direction of the vehicle wheel than the rim members (11a,11b) and the flange member, and the plurality of body springs is provided at intervals over an entire circumferential direction of the vehicle wheel.
A method of delivering data associated with end-user devices to a remote location, the method comprising: establishing a first local network, which is not operatively connected to the Internet; associating a first end-user device with the first local network; generating first data by a first content transfer application that is executing on the first end-user device; receiving the first data from the first end-user device by an agent residing in a networked device; and uploading all received first data by the agent residing in the networked device to a remote server that is operatively coupled to the Internet, associating a second end-user device with the first local network; generating second data by a second content transfer application that is executing on the second end-user device; and receiving the second data from the second end-user device by the agent residing in the networked device, wherein the first end-user device and the second end-user device are independently coupled with the agent residing in the networked device, establishing a content transfer session in the first local network, wherein said first data and said second data are generated during the content transfer session, and wherein said first data and said second data are different from the content being transferred, wherein the content transfer session is between the first end-user device and the second end-user device and enabled by the first content transfer application and the second content transfer application; and transferring content from the first end-user device to the second end-user device. establishing a first local network, which is not operatively connected to the Internet; associating a first end-user device with the first local network; generating first data by a first content transfer application that is executing on the first end-user device; receiving the first data from the first end-user device by an agent residing in a networked device; and uploading all received first data by the agent residing in the networked device to a remote server that is operatively coupled to the Internet, associating a second end-user device with the first local network; generating second data by a second content transfer application that is executing on the second end-user device; and receiving the second data from the second end-user device by the agent residing in the networked device, wherein the first end-user device and the second end-user device are independently coupled with the agent residing in the networked device, establishing a content transfer session in the first local network, wherein said first data and said second data are generated during the content transfer session, and wherein said first data and said second data are different from the content being transferred, wherein the content transfer session is between the first end-user device and the second end-user device and enabled by the first content transfer application and the second content transfer application; and transferring content from the first end-user device to the second end-user device.
A time-based power boost control system, comprising: a fluid source configured to supply fluid; a relief device configured to relieve pressure of the fluid supplied by the fluid source when a level of the pressure of the fluid exceeds a relief pressure level; and a control device configured to set a time period and control the relief device such that, when a boost mode is active, at least a first level of pressure and a second level of pressure, higher than the first level of pressure, are allowed to be selectively used as the relief pressure level, characterized in that a cumulative length of at least one boost-on time over the time period in which the second level of pressure is used as the relief pressure level is shorter than a maximum boost-on time limit. a fluid source configured to supply fluid; a relief device configured to relieve pressure of the fluid supplied by the fluid source when a level of the pressure of the fluid exceeds a relief pressure level; and a control device configured to set a time period and control the relief device such that, when a boost mode is active, at least a first level of pressure and a second level of pressure, higher than the first level of pressure, are allowed to be selectively used as the relief pressure level, characterized in that a cumulative length of at least one boost-on time over the time period in which the second level of pressure is used as the relief pressure level is shorter than a maximum boost-on time limit.
A rapeseed protein isolate comprising 40 to 65% cruciferins and 35 to 60% napins and having a solubility of at least 88% when measured over a pH range from 3 to 10 at a temperature of 23±2°C, wherein at least one of the amino acids in the cruciferins and/or napins is citrulline and wherein the rapeseed protein isolate comprises from 0.5-10% of citrulline of the rapeseed protein.
A loading device, in particular a changing device, for loading a bending press with bending tools and/or for changing one or multiple bending tools inserted in a bending press, comprising a tool storage with at least two, preferably a plurality of guide rails (4, 5) for holding and guiding bending tools (1, 2) and at least one first transfer device for displacing the bending tools (1, 2) along a guide rail (4, 5, 7, 8, 21), characterized by an intermediate store with at least one guide rail (7, 8) for holding and guiding bending tools (1, 2), wherein the tool storage and the intermediate store can be moved relative to one another and wherein at least one guide rail (7, 8) of the intermediate store can be in aligning orientation with another guide rail (4, 5) of the tool storage in different relative positions of the tool storage and the intermediate storage, further characterized in that, to realize a relative movement between the tool storage and the intermediate store, the intermediate store, preferably also the tool storage, is/are configured so as to be movable, and/or that the guide rails (4, 5) of the tool storage and/or guide rails (7, 8) of the intermediate store run in parallel. that, to realize a relative movement between the tool storage and the intermediate store, the intermediate store, preferably also the tool storage, is/are configured so as to be movable, and/or that the guide rails (4, 5) of the tool storage and/or guide rails (7, 8) of the intermediate store run in parallel.
An isolated nucleic acid comprising a polynucleotide encoding a mutated PYR/PYL receptor polypeptide comprising one or more amino acid substitutions in a ligand-binding pocket as compared to a wild-type PYR/PYL receptor polypeptide, wherein the mutated PYR/PYL receptor polypeptide comprises an amino acid substitution, relative to the wild-type PYR/PYL receptor polypeptide, corresponding to the amino acid substitution V83F in PYR1 as set forth in SEQ ID NO:1, and wherein the mutated PYR/PYL receptor binds to PP2C in the absence of abscisic acid.
Boat with an electrical drive, the electrical drive comprising electrical components, among them an electric motor and an electrical accumulator, wherein the components (2, 102) being connected to one another via an electrical wiring system and wherein at least one of the components (2, 102) being connected to the wiring system via a first connecting device (7, 107), wherein the first connecting device (7, 107) having main contacts (3, 4, 5, 6, 103, 104, 105, 106) for connecting at least one of the components to the wiring system, and wherein a second connecting device (10, 11) is provided for connecting the electrical accumulator to the wiring system or for disconnecting the electrical accumulator from the wiring system, characterized in that the first connecting device (7, 107) includes at least one pair of auxiliary contacts (15, 16, 17, 18, 115, 116, 117, 118) for connecting the at least one component (2, 102) to a monitoring line and that the monitoring line is operatively connected to the second connecting device (10, 11).
Reservoir, for a nebulizer, having a preferably deformable fluid chamber containing a fluid, wherein the fluid chamber on being filled with the fluid is at least partially compressed and pre-collapsed, and wherein the maximum volume of the fluid chamber is greater than the initial fill quantity of fluid, characterised in that the reservoir accommodates a releasable or separable device for pre-collapsing the fluid chamber during filling with fluid.
A cooling apparatus for a drawing process of an optical fiber, comprising: a cooling body having a left cooling body part and a right cooling body part that are separable from each other, extending along a longitudinal direction of a drawn optical fiber; and at least one turbulence generator mounted within one of the left cooling body part and the right cooling body part next to the drawn optical fiber for activating a molecular flow of the cooling gas supplied into the cooling body, wherein the turbulence generator comprises at least one cooling fan mounted within the turbulence generator for producing turbulence, the cooling body is closed by a sealing cap (120, 130) through which cooling gas can be supplied into the cooling body, characterized in that the turbulence generator is provided with at least one slot provided through an internal wall of the cooling body 110 and extending vertically to the drawn optical fiber for enabling the cooling fan to communicate with the inside of the cooling body through which the drawn optical fiber passes, such that a flow of the cooling gas supplied through the at least one slot out of the turbulence generator is directed towards the surface of the optical fiber. a cooling body having a left cooling body part and a right cooling body part that are separable from each other, extending along a longitudinal direction of a drawn optical fiber; and at least one turbulence generator mounted within one of the left cooling body part and the right cooling body part next to the drawn optical fiber for activating a molecular flow of the cooling gas supplied into the cooling body, wherein the turbulence generator comprises at least one cooling fan mounted within the turbulence generator for producing turbulence,
A method of adapting a signal gain, the method comprising: - receiving an audio input signal containing consecutive signal blocks (61, 62,63,64), - establishing a current input signal level of the audio input signal, - determining a perceived loudness of a current signal block (61, 62, 63, 64) of the audio input signal based on a psycho-acoustic model of a human hearing using a signal level range of the current signal block (61, 62, 63, 64) of the audio input signal, - determining a time constant (26a, 26b, 26c) based on the perceived loudness of the current signal block (61, 62, 63, 64) and the perceived loudness of a preceding signal block (61, 62, 63, 64), the time constant (26a, 26b, 26c) describing a change of the signal gain from a signal block (61, 62, 63, 64) to another signal block (61, 62, 63, 64), - predicting the output signal level based on the current input signal level and the time constant, - determining the signal gain for the current signal block (61, 62, 63, 64) based on the time constant (26a, 26b, 26c) and the predicted output signal level, - amplifying the audio input signal with the determined signal gain to obtain an audio output signal. - receiving an audio input signal containing consecutive signal blocks (61, 62,63,64), - establishing a current input signal level of the audio input signal, - determining a perceived loudness of a current signal block (61, 62, 63, 64) of the audio input signal based on a psycho-acoustic model of a human hearing using a signal level range of the current signal block (61, 62, 63, 64) of the audio input signal, - determining a time constant (26a, 26b, 26c) based on the perceived loudness of the current signal block (61, 62, 63, 64) and the perceived loudness of a preceding signal block (61, 62, 63, 64), the time constant (26a, 26b, 26c) describing a change of the signal gain from a signal block (61, 62, 63, 64) to another signal block (61, 62, 63, 64), - predicting the output signal level based on the current input signal level and the time constant, - determining the signal gain for the current signal block (61, 62, 63, 64) based on the time constant (26a, 26b, 26c) and the predicted output signal level, - amplifying the audio input signal with the determined signal gain to obtain an audio output signal.
A bassinet characterized by the bassinet comprising: a rail structure; a first support member in an inverted U-shape connected to the rail structure and having a handle above the rail structure; a second support member telescopically connected to the first support member; a latch mechanism; a sleeping surface; and a base, wherein the first support member and the second support member are able to slide with respect to each other to adjust a height of the bassinet, wherein the rail structure further comprises two U-shaped rails and two rail sockets, wherein the U-shaped rails are inserted into the rail sockets and attached with snap buttons of the rail sockets, and wherein both ends of the first support member are attached to the rail sockets. a rail structure; a first support member in an inverted U-shape connected to the rail structure and having a handle above the rail structure; a second support member telescopically connected to the first support member; a latch mechanism; a sleeping surface; and a base, wherein the first support member and the second support member are able to slide with respect to each other to adjust a height of the bassinet, wherein the rail structure further comprises two U-shaped rails and two rail sockets, wherein the U-shaped rails are inserted into the rail sockets and attached with snap buttons of the rail sockets, and wherein both ends of the first support member are attached to the rail sockets.
Instrument for inserting a joint implant, wherein the instrument has an instrument head (100, 300A, 300B), which comprises at least one movable post, and a shaft (301, 701A, 701B), wherein the movable post is able to be tilted, characterized in that the instrument head (300A, 300B) has a bearing face for the joint implant, and in that the instrument head in the bearing face thereof has a plurality of stationary posts, the longitudinal axes of the latter being parallel to the longitudinal axis (211, 711) of the shaft (301, 701A, 701B).
A method for coating, especially impregnating, a wooden carrier material (2, 2') with a silicon dioxide layer (3, 3'), with the following sequence: - coating of the carrier material (2, 2') with a silicon dioxide precursor solution prepared by dissolving a, in particular oligomeric, silicate, preferably a silicic acid tetramethyl ester homopolymer, in a solvent, said silicon dioxide precursor solution having a water content < 25 vol.%, and - hardening of the silicon dioxide precursor solution and thus forming the silicon dioxide layer (3, 3') on the carrier material (2, 2') in an at least partially vaporous ammonia atmosphere at: a) a temperature between 5 °C and 100 °C and b) a pressure between 10 -3 mbar and 10 bar. - coating of the carrier material (2, 2') with a silicon dioxide precursor solution prepared by dissolving a, in particular oligomeric, silicate, preferably a silicic acid tetramethyl ester homopolymer, in a solvent, said silicon dioxide precursor solution having a water content < 25 vol.%, and - hardening of the silicon dioxide precursor solution and thus forming the silicon dioxide layer (3, 3') on the carrier material (2, 2') in an at least partially vaporous ammonia atmosphere at: a) a temperature between 5 °C and 100 °C and b) a pressure between 10 -3 mbar and 10 bar. a) a temperature between 5 °C and 100 °C and b) a pressure between 10 -3 mbar and 10 bar.
A shaft for a flexible endoscopic instrument, the shaft having a longitudinal axis defining a proximal and a distal direction, and including a) at least one flexible section along the length of the shaft, the flexible section having a greater flexibility than at least one other section of the shaft, b) a distal section located distally of the flexible section, the distal section including a connection to a shaft electrode, c) a proximal section located proximally of the flexible section, the proximal section including at least one connection for connecting the shaft to an electrosurgical generator, and d) a bypass lead including a first connection forming an electrical connection with the distal section and a second connection forming an electrical connection with the proximal section, such that the distal and proximal sections are always at the same electric potential, wherein the shaft is provided with a tissue-treatment electrode, the shaft electrode constituting a return electrode for the tissue-treatment electrode; wherein the shaft provides an electrical connection between the shaft electrode and the electrosurgical generator. a) at least one flexible section along the length of the shaft, the flexible section having a greater flexibility than at least one other section of the shaft, b) a distal section located distally of the flexible section, the distal section including a connection to a shaft electrode, c) a proximal section located proximally of the flexible section, the proximal section including at least one connection for connecting the shaft to an electrosurgical generator, and d) a bypass lead including a first connection forming an electrical connection with the distal section and a second connection forming an electrical connection with the proximal section,
Method for measuring a power component, comprising the following steps: - holding the power component using a chuck, - holding at least one electrical probe using a probe holder, - selectively positioning the power component or the said probe relative to the respectively other element by means of a positioning device, so that the probe makes contact with a contact area of the power component, which contact area serves for making electrical contact with the power component, - wherein an electrical connection between the said probe and a signal unit, with which a power signal is emitted or received as a measurement signal, is blocked, - ascertaining whether the condition for contact between the probe and the contact area has been satisfied, - enabling the electrical connection between the signal unit and the probe after establishing that secure mechanical and electrical contact between the probe and the contact area is established, and - measuring the power component. - holding the power component using a chuck, - holding at least one electrical probe using a probe holder, - selectively positioning the power component or the said probe relative to the respectively other element by means of a positioning device, so that the probe makes contact with a contact area of the power component, which contact area serves for making electrical contact with the power component, - wherein an electrical connection between the said probe and a signal unit, with which a power signal is emitted or received as a measurement signal, is blocked, - ascertaining whether the condition for contact between the probe and the contact area has been satisfied, - enabling the electrical connection between the signal unit and the probe after establishing that secure mechanical and electrical contact between the probe and the contact area is established, and - measuring the power component.