mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a quantity of available resources of a production computing infrastructure, said quantity of available resources guaranteeing a predetermined level of user experience associated with a computer application, the application being intended to enter production on said production infrastructure, the method comprising the following steps: - determining an initial quantity of resources (3,4), greater than or equal to an average quantity of resources consumed on the production infrastructure - A: consuming the initial quantity of resources (3, 4) of a testing infrastructure on which the application is installed by running at least one program installed on the testing infrastructure, triggering operations that consume the resources (3, 4) of the infrastructure - B: running a load testing scenario, during which a plurality of queries (R1,...Rq) are sent to the application installed on the testing infrastructure - C: measuring a parameter quantifying user experience, based on a scenario report comprising data related to responses (R'1,...R'q) to said queries (R1,...Rq) - D: if the measured parameter is less than the predetermined level of user experience: decreasing the consumption of the resources (3, 4) of the testing infrastructure, then repeat steps B, C, and D - E: calculating the quantity of available resources that guarantee the predetermined level of user experience, based on a quantity of consumed resources for which the measured parameter is greater than or equal to the predetermined level of user experience, and on a total quantity of production infrastructure resources. - determining an initial quantity of resources (3,4), greater than or equal to an average quantity of resources consumed on the production infrastructure - A: consuming the initial quantity of resources (3, 4) of a testing infrastructure on which the application is installed by running at least one program installed on the testing infrastructure, triggering operations that consume the resources (3, 4) of the infrastructure - B: running a load testing scenario, during which a plurality of queries (R1,...Rq) are sent to the application installed on the testing infrastructure - C: measuring a parameter quantifying user experience, based on a scenario report comprising data related to responses (R'1,...R'q) to said queries (R1,...Rq) - D: if the measured parameter is less than the predetermined level of user experience: decreasing the consumption of the resources (3, 4) of the testing infrastructure, then repeat steps B, C, and D - E: calculating the quantity of available resources that guarantee the predetermined level of user experience, based on a quantity of consumed resources for which the measured parameter is greater than or equal to the predetermined level of user experience, and on a total quantity of production infrastructure resources.
A transmitter device for a multicarrier modulation scheme, the transmitter device being configured to: obtain a plurality of signature roots ( ρ k) based on receiving a feedback message from a receiver device, wherein each signature root is a nonzero complex point, wherein the feedback message indicates a radius (a) of a circle, wherein the transmitter device is configured to obtain the plurality of signature roots ( ρ k) based on ρ k = ae j 2 πk K where ρ k corresponds to a signature root related to the k th subcarrier, where a corresponds to the radius of the circle, and where K is the number of the subcarriers of a user, and wherein the feedback message further indicates at least one vector for the plurality of signature roots ( ρ k) that indicates a plurality of individually modified signature roots; allocate a determined transmit power to each subcarrier of the multicarrier modulated signal (102-L, 102-V) according to a tuning factor (κ k) estimated based on the radius (a) of the circle, wherein the tuning factor is defined by κ k = κ = K 1 − a 2 1 − a 2 K; construct a Lagrange matrix (101-L) or a Vandermonde matrix (101-V) from the plurality of individually modified signature roots ( ρ k); and generate a multicarrier modulated signal (102-L, 102-V) based on the Lagrange matrix (101-L) or the Vandermonde matrix (101-V). obtain a plurality of signature roots ( ρ k) based on receiving a feedback message from a receiver device, wherein each signature root is a nonzero complex point, wherein the feedback message indicates a radius (a) of a circle, wherein the transmitter device is configured to obtain the plurality of signature roots ( ρ k) based on ρ k = ae j 2 πk K where ρ k corresponds to a signature root related to the k th subcarrier, where a corresponds to the radius of the circle, and where K is the number of the subcarriers of a user, and wherein the feedback message further indicates at least one vector for the plurality of signature roots ( ρ k) that indicates a plurality of individually modified signature roots; allocate a determined transmit power to each subcarrier of the multicarrier modulated signal (102-L, 102-V) according to a tuning factor (κ k) estimated based on the radius (a) of the circle, wherein the tuning factor is defined by κ k = κ = K 1 − a 2 1 − a 2 K; construct a Lagrange matrix (101-L) or a Vandermonde matrix (101-V) from the plurality of individually modified signature roots ( ρ k); and generate a multicarrier modulated signal (102-L, 102-V) based on the Lagrange matrix (101-L) or the Vandermonde matrix (101-V).
A key actuating device for turning a key in a lock, comprising an actuator, a slewing ring for engaging with a key, and a transmission for mechanically coupling the actuator to the slewing ring, wherein a coupling device cooperating with the transmission is provided for the controlled coupling of the actuator into the slewing ring in the activated state and for decoupling from the slewing ring in the deactivated state, wherein a control unit is designed for deactivating the coupling device when the actuator is deactivated and for activating the coupling device when the actuator is activated, and wherein the coupling device has a longitudinally displaceable gripping arm which detects a web extending transversely from the gripping arm for coupling to a coupling element of the coupling device, said coupling element being displaceably mounted parallel to the axis of displacement of the gripping arm, wherein a second actuator is coupled to the gripping arm for decoupling the coupling element by displacing the gripping arm, characterised in that two toothed gearwheels (19, 21) are arranged next to one another in the axial direction and coaxially to one another, which are freely rotatable relative to one another in the deactivated state of the coupling device and which are connected in a force-fitting manner in the activated state of the coupling device by the action of the displaceably mounted coupling element.
A device for raising and lowering an elongate object (M; M1) wherein the device comprises a spindle (11; 111), means (1; 101) for supporting the spindle (11; 111) relative to a substrate, a lever element (12; 112) which is rotatably connected to the spindle (11; 111) and has a certain extent in a direction transverse to the spindle (11; 111), and a first flexible force-transmitting means (15; 115) fastened to the end of the lever element (12; 112) which points away from the spindle (11; 111), characterised in a bearing element (20; 120) which is rotatably connected to the spindle (11; 111) and has a certain extent in a direction transverse to the spindle (11; 111), a second flexible force-transmitting means (22; 122) extending between the end of the lever element (12; 112) which points away from the spindle (11; 111) and the end of the bearing element (20; 120) which points away from the spindle (11; 111), and abutting means (21; 121) at the end of the bearing element (20; 120) which points away from the spindle (11; 111), said abutting means (21; 121) configured for cooperating with an intermediate portion of the elongated object (M; M1), which abuts against the abutting means during raising and lowering.
An ablation layer for a photosensitive resin for a relief printing plate, the ablation layer comprising at least an acid-modified polymer and an infrared-absorbing agent and having a layer acid value as defined below of 6 mg KOH/g or more and 400 mg KOH/g or less, and a neutralized salt ratio as defined below of 0.9 or less wherein the layer acid value and neutralized salt ratio are defined as: Layer acid value = Acid value of the acid-modified polymer × Mass ratio of the acid-modified polymer to an entire ablation layer; and Neutralized salt ratio = Number of moles of polymer wherein acid in the acid-modified polymer exists in neutralized salt state / Total number of moles of the acid-modified polymer.
3D printer disposable cartridge for inserting into an exposure device for producing an object built-up in additive layers, which cartridge contains at least one polymerizable liquid (21a, 21b, 21c) or cartridge in which a polymerizable liquid can be filled, the cartridge comprising - a first lower casing part, - a second upper casing part which closes the first casing part, - a carrier platform that forms the lower side of the second casing part, wherein the object produced in additive layers can be placed during the building up thereof on the outer side of the carrier platform and - a structural element that corresponds to the bottom of the first casing part, wherein the layers of the object are polymerizable on the inner side of the structural element and the inner side of the structural element has a non-stick coating, characterized in that the upper casing part can be separated from the lower casing part for opening the cartridge for producing the object and that the first casing part is a container that is open at the top in which the second casing part is received. - a first lower casing part, - a second upper casing part which closes the first casing part, - a carrier platform that forms the lower side of the second casing part, wherein the object produced in additive layers can be placed during the building up thereof on the outer side of the carrier platform and - a structural element that corresponds to the bottom of the first casing part, wherein the layers of the object are polymerizable on the inner side of the structural element and the inner side of the structural element has a non-stick coating,
Integral sound suppressor for a gun barrel, wherein the integral sound suppressor comprises a tubular housing designed for almost complete or complete encasing of the gun barrel in its longitudinal direction, having an internal thread arranged within the housing for mounting the integral sound suppressor on an external thread provided at the muzzle of the gun barrel, wherein a deflector device (12, 13) for deflecting the gas being produced when firing a shot and an inner tube designed to receive the gun barrel are arranged within the housing and wherein a guide surface spaced from the internal thread in the longitudinal direction of the housing for guiding the integral sound suppressor in a region of a barrel front end of the gun barrel is arranged on the housing, characterised in that the inner tube with the housing defines an expansion chamber for receiving the gas being produced when firing a shot.
A method of performing handshaking between fax machines on the basis of T.30 protocol, wherein a sending-side fax (209a, 209b, 211a, 220b, 610, 710, 910) machine: transmits information on a first data rate selected to transmit a fax document, to a receiving-side fax machine; transmits a plurality of frames including one or more bit strings to the receiving-side fax machine, which are predefined to test data transmission/reception at the first data rate prior to transmitting the fax document; and receives a message informing success or failure of the test, and characterized in that: the fax document is transmitted over a voice over Internet protocol (VoIP) network; and the transmitting of the frames comprises determining a time duration of the transmitting the frames based on at least one of a TCF flag value set to the sending-side fax machine and the first data rate, wherein the determining the time duration based on the TCF flag comprises checking whether the TCF flag value is set, and increasing the time duration of the transmitting the frames when the TCF flag value is set; and wherein the determining the time duration based on the first data rate comprises comparing the first data rate with a threshold value preset to the sending-side fax machine, and increasing the time duration when the first data rate is lower than or equals to the threshold value. transmits information on a first data rate selected to transmit a fax document, to a receiving-side fax machine; transmits a plurality of frames including one or more bit strings to the receiving-side fax machine, which are predefined to test data transmission/reception at the first data rate prior to transmitting the fax document; and receives a message informing success or failure of the test, and the fax document is transmitted over a voice over Internet protocol (VoIP) network; and the transmitting of the frames comprises determining a time duration of the transmitting the frames based on at least one of a TCF flag value set to the sending-side fax machine and the first data rate, wherein the determining the time duration based on the TCF flag comprises checking whether the TCF flag value is set, and increasing the time duration of the transmitting the frames when the TCF flag value is set; and wherein the determining the time duration based on the first data rate comprises comparing the first data rate with a threshold value preset to the sending-side fax machine, and increasing the time duration when the first data rate is lower than or equals to the threshold value.
A tooth model for dental treatment practice, which is made of a transparent material, comprising: a root canal including an empty hollow neural tube formed therein; and a crown formed on top of the root canal, characterized in that a paint based on an opaque material is applied to an inner surface of the neural tube to form a coating layer so as to show the neural tube formed inside the root canal to the outside. a root canal including an empty hollow neural tube formed therein; and a crown formed on top of the root canal, characterized in that a paint based on an opaque material is applied to an inner surface of the neural tube to form a coating layer so as to show the neural tube formed inside the root canal to the outside.
An oligonucleotide which targets a Hepatocyte Growth Factor natural antisense transcript for use as a therapeutic compound, wherein the oligonucleotide modulates the expression of Hepatocyte Growth Factor, and wherein the natural antisense transcript has the nucleic acid sequence as set forth in any one of SEQ ID NOs: 4, 2 or 3, or a variant thereof which retains the function of the natural antisense transcript of any one of SEQ ID NOs: 4, 2 or 3; wherein the oligonucleotide which targets the Hepatocyte Growth Factor natural antisense transcript of SEQ ID NO: 3, or a variant thereof which retains the function of the natural antisense transcript of SEQ ID NO: 3 is an antisense oligonucleotide which modulates the expression of HGF or an siRNA which increases HGF expression.
A pull rod, comprising a link assembly, a handle assembly, and a supporting member, wherein the handle assembly is disposed on the link assembly, and the handle assembly comprises a first handle and a second handle arranged at intervals along a first preset direction, and the supporting member is disposed on the handle assembly, a side of the supporting member facing the link assembly is concave, and a storage space is defined between the supporting member, the first handle and the second handle, wherein the handle assembly further comprises at least two connecting members, two ends of each of the at least two connecting members are connected to the first handle and the second handle, respectively, and the at least two connecting members are arranged at intervals along a second preset direction, characterized in that the supporting member comprises a U-shaped supporting portion and two connecting portions, the two connecting portions are connected to the supporting portion, and ends of the two connecting portions away from the supporting portion are connected to the two connecting members, respectively. the handle assembly is disposed on the link assembly, and the handle assembly comprises a first handle and a second handle arranged at intervals along a first preset direction, and the supporting member is disposed on the handle assembly, a side of the supporting member facing the link assembly is concave, and a storage space is defined between the supporting member, the first handle and the second handle, wherein the handle assembly further comprises at least two connecting members, two ends of each of the at least two connecting members are connected to the first handle and the second handle, respectively, and the at least two connecting members are arranged at intervals along a second preset direction, characterized in that the supporting member comprises a U-shaped supporting portion and two connecting portions, the two connecting portions are connected to the supporting portion, and ends of the two connecting portions away from the supporting portion are connected to the two connecting members, respectively.
A method for fluid regulation, the method comprising: receiving a representation of an input signal to an electric-to-pressure converter operable to facilitate positioning of a fluid regulator component, the electric-to-pressure converter adapted to be part of a fluid regulation system comprising a fluid regulator and a fluid regulator controller; determining at least one fluid regulation system condition based on the converter input signal, wherein determining at least one fluid regulation system condition comprises determining whether the converter input signal is outside an acceptable range and determining the amount of time that the converter input signal is outside of the acceptable range; and diagnosing a mechanical condition based on the fluid regulation system condition. receiving a representation of an input signal to an electric-to-pressure converter operable to facilitate positioning of a fluid regulator component, the electric-to-pressure converter adapted to be part of a fluid regulation system comprising a fluid regulator and a fluid regulator controller; determining at least one fluid regulation system condition based on the converter input signal, wherein determining at least one fluid regulation system condition comprises determining whether the converter input signal is outside an acceptable range and determining the amount of time that the converter input signal is outside of the acceptable range; and diagnosing a mechanical condition based on the fluid regulation system condition.
An anisotropic optical film having a diffusing property which varies in accordance with the incident angle of light, the film having a plurality of rectangularly shaped columnar regions, and a matrix region, wherein the refractive index of the matrix region is different from that of the rectangularly columnar regions, wherein the aspect ratio between the short diameter in a surface plane and the long diameter in a surface plane of the rectangularly shaped columnar regions ranges from 2 to 40; wherein at a value of the incident angle at which a maximum linear transmittance is exhibited, the maximum linear transmittance is 30% or more and less than 95%, wherein at a value of the incident angle at which a minimum linear transmittance is exhibited, the minimum linear transmittance is 20% or less, the linear transmittance being defined as a ratio of transmitted light quantity in a direction of a straight line of light that is incident on the anisotropic optical film, and an incident light quantity, with the transmitted light quantity being measured for wavelengths in the visible ray range, and wherein the range of angles of an incident light diffusion field that corresponds to linear transmittances that are 1/2 or less of the difference between the maximum linear transmittance and the minimum linear transmittance is from 50° to 80°.
A forming apparatus for forming a formable material or materials between opposing surfaces, said apparatus comprising or including: a first forming tool set of a first set of dies or forming tools, a second forming tool set of a second set of dies or forming tools, each die or tool of said second forming tool set being adapted to co-act with one or more die or tool of said first forming tool set, or vice versa, to form a co-acting forming tool in a pressure forming zone, a first forming tool set guide or guides as a first guide or guides, about which said first forming tool set is moved about a first circuit, a second forming tool set guide or guides as a second guide or guides, about which said second forming tool set is moved about a second circuit, at least one primary drive to move, in serial progression, said forming tools of said forming tool sets (3, 4) about said guide (5, 6), in a machine direction, the forming apparatus being characterized in that at a lead zone (26, 30), being immediately before or after said pressure forming zone, adjacent forming tools of a said forming tool set (3, 4) are movably supported such that the only relative movement of said adjacent forming tools is a motion that is towards or away from the forming tools of the other said forming tool set (3, 4) with which they co-act, and wherein adjacent forming tools of said forming tool sets (3, 4) are locked to each other by a first locking means at least over said pressure forming zone. a first forming tool set of a first set of dies or forming tools, a second forming tool set of a second set of dies or forming tools, each die or tool of said second forming tool set being adapted to co-act with one or more die or tool of said first forming tool set, or vice versa, to form a co-acting forming tool in a pressure forming zone, a first forming tool set guide or guides as a first guide or guides, about which said first forming tool set is moved about a first circuit, a second forming tool set guide or guides as a second guide or guides, about which said second forming tool set is moved about a second circuit, at least one primary drive to move, in serial progression, said forming tools of said forming tool sets (3, 4) about said guide (5, 6), in a machine direction, the forming apparatus being characterized in that at a lead zone (26, 30), being immediately before or after said pressure forming zone, adjacent forming tools of a said forming tool set (3, 4) are movably supported such that the only relative movement of said adjacent forming tools is a motion that is towards or away from the forming tools of the other said forming tool set (3, 4) with which they co-act, and wherein adjacent forming tools of said forming tool sets (3, 4) are locked to each other by a first locking means at least over said pressure forming zone.