mhurhangee/patent-ind-claim-en huggingface dataset:
A method for supporting the ends of a composite pressurized storage vessel , the method comprising: supporting two ends of a cylindrical composite pressurized storage vessel with an axial rod/tube fixed axially inside the storage vessel at each end, the supporting step comprising connecting the axial rod/tube to a rod adapter having a threaded interface that engages with a rod anchor disposed on the storage vessel ; and, providing a fluid pathway into the vessel from at least one of the two ends which is not obstructed by the axial rod/tube . supporting two ends of a cylindrical composite pressurized storage vessel with an axial rod/tube fixed axially inside the storage vessel at each end, the supporting step comprising connecting the axial rod/tube to a rod adapter having a threaded interface that engages with a rod anchor disposed on the storage vessel ; and, providing a fluid pathway into the vessel from at least one of the two ends which is not obstructed by the axial rod/tube .
A system for pivoting a coupling component , in particular an outrigger, for a coupling between a tractor unit and a semitrailer , comprising - a rotation device by means of which the coupling component can be pivoted between a primary position and a secondary position and - at least one line , which is guided via the rotation device into the coupling component , wherein the line is guided through an opening in the rotation device , wherein the rotation device comprises a cable guide for guiding the line , wherein a collar element projecting from the rotation device forms part of the cable guide , characterized in that the collar element is interrupted on a side facing the opening or has an indentation, wherein the system is configured such that the line forms a loop in the primary position in a defined area, and the loop is reduced in size when pivoted to the secondary position. - a rotation device by means of which the coupling component can be pivoted between a primary position and a secondary position and - at least one line , which is guided via the rotation device into the coupling component ,
A wound treatment apparatus for use in negative pressure wound therapy comprising: a wound dressing configured to be conformable to a nonplanar wound comprising: a lobular oval-shaped absorbent layer, the absorbent layer comprising more than two lobes, a backing layer above the absorbent layer and further comprising a fluidic connector attached to the wound dressing wherein the fluidic connector is configured to transmit negative pressure from a negative pressure source to the wound dressing for the application of topical negative pressure at a wound site and characterized in that the absorbent layer further comprises gaps between the lobes to enhance conformability of the wound dressing around joints such as knees and elbows. a lobular oval-shaped absorbent layer, the absorbent layer comprising more than two lobes, a backing layer above the absorbent layer and further comprising a fluidic connector attached to the wound dressing wherein the fluidic connector is configured to transmit negative pressure from a negative pressure source to the wound dressing for the application of topical negative pressure at a wound site and characterized in that the absorbent layer further comprises gaps between the lobes to enhance conformability of the wound dressing around joints such as knees and elbows.
A non-PVC film comprising: a. a strengthening layer; and b. an ink receptive layer; wherein the ink receptive layer includes an emulsion polymer selected from the group consisting of a vinyl acetate homopolymer or copolymer or the mixture thereof, an acrylic copolymer or its mixture with a VAE copolymer, and a VAE and acrylic hybrid; and the strengthening layer includes a material that is selected from the group consisting of a cross linkable vinyl acetate copolymer, a VAE emulsion, and a polyurethane emulsion or the blend thereof. a. a strengthening layer; and b. an ink receptive layer;
Process for tempering plastic melt inside a pipe extrusion device , wherein the plastic melt flows via one or several flow channels from at least one melt inlet to at least one melt outlet , the plastic melt flowing around at least one tempering element inside the flow channel between the melt inlet and the melt outlet , the plastic melt which flows around the tempering element being tempered by means of said tempering element , the degree of tempering being varied by means of the tempering element , whereby the degree of tempering can be equal or different at all parts of the tempering element , characterized in that the tempering element features one or several openings which are flown through by a fluid, and that the flow of the fluid is adjusted in one or several of the openings through adjustment of the cross section with the help of means , said means , which are designed as blocking elements in the form of small sliders, being driven into or out of the cross section of the openings .
A processing method of sliding parts , comprising: a step of preparing at least one sliding part of a pair of sliding parts ; and a processing step of forming a shallow groove within a range of depth from 0.05 μm to 5 μm on a sealing face of the sliding part by irradiating an ultrashort pulse laser to a part of the sealing face where a positive pressure generation groove , a negative pressure generation groove , or a fluid communication passage/positive pressure generation groove is formed and removing part of a surface of the sealing face, wherein an energy fluence of the ultrashort pulse laser used in the processing step is 0.5 J/(cm 2 .pulse) to 7 J/ (cm 2 .pulse), characterized in that a wavelength of the ultrashort pulse laser is 515nm or more, and the pulse width of the ultrashort pulse laser is less than 10 picoseconds. a step of preparing at least one sliding part of a pair of sliding parts ; and a processing step of forming a shallow groove within a range of depth from 0.05 μm to 5 μm on a sealing face of the sliding part by irradiating an ultrashort pulse laser to a part of the sealing face where a positive pressure generation groove , a negative pressure generation groove , or a fluid communication passage/positive pressure generation groove is formed and removing part of a surface of the sealing face, wherein an energy fluence of the ultrashort pulse laser used in the processing step is 0.5 J/(cm 2 .pulse) to 7 J/ (cm 2 .pulse), characterized in that a wavelength of the ultrashort pulse laser is 515nm or more, and the pulse width of the ultrashort pulse laser is less than 10 picoseconds.
A method of preserving relative timing and ordering of data packets transmitted in a packet network, the packet network comprising packet engines (12, 22, 32; 50) that perform packet handling, wherein cipher engines (14, 24, 34; 60) are provided separately from the packet engines (12, 22, 32; 50) for encryption and/or authentication operations, the method comprising: pre-shaping data traffic by a packet engine (12, 22, 32; 50), wherein the packet engine (12, 22, 32; 50) inserts dummy packets into a data flow, wherein pre-shaping the data traffic further comprises enlarging an inter-packet gap at an egress port of the packet engine (12, 22, 32; 50); and providing, by the packet engine (12, 22, 32; 50), the pre-shaped data traffic to a cipher engine (14, 24, 34; 60). pre-shaping data traffic by a packet engine (12, 22, 32; 50), wherein the packet engine (12, 22, 32; 50) inserts dummy packets into a data flow, wherein pre-shaping the data traffic further comprises enlarging an inter-packet gap at an egress port of the packet engine (12, 22, 32; 50); and providing, by the packet engine (12, 22, 32; 50), the pre-shaped data traffic to a cipher engine (14, 24, 34; 60).
A method for encoding video data, the method comprising: encoding weighted prediction parameters for a first list, wherein the first list includes reference pictures used for inter-predicting one or more blocks within a current picture; encoding a syntax element indicating whether the first list is longer than a second list and a first N entries of the first list are identical to a first N entries of the second list; determining weighted prediction parameters for the second list based on the weighted prediction parameters for the first list when the syntax element indicates that the first list is longer than the second list and the first N entries of the first list are identical to the first N entries of the second list, wherein the second list includes reference pictures used for inter-predicting one or more blocks within the current picture; and inter-prediction encoding a block in the current picture based at least on one or more of the weighted prediction parameters that are encoded and the determined weighted prediction parameters. encoding weighted prediction parameters for a first list, wherein the first list includes reference pictures used for inter-predicting one or more blocks within a current picture; encoding a syntax element indicating whether the first list is longer than a second list and a first N entries of the first list are identical to a first N entries of the second list; determining weighted prediction parameters for the second list based on the weighted prediction parameters for the first list when the syntax element indicates that the first list is longer than the second list and the first N entries of the first list are identical to the first N entries of the second list, wherein the second list includes reference pictures used for inter-predicting one or more blocks within the current picture; and inter-prediction encoding a block in the current picture based at least on one or more of the weighted prediction parameters that are encoded and the determined weighted prediction parameters.
An in-hole current-measurement system with uninterrupted short-circuit/overcurrent detection, system comprising: three or more magnetic-field sensors configured to be inserted into a hole in an electrical conductor , each sensor operative to generate a signal at an output in response to a magnetic-field strength at the sensor's location; a selection module coupled to each of the sensors' outputs configured to receive each of the sensors' respective signals representative of the magnetic-field strength at the sensor's location; a continuous-measurement module coupled to the selection module and configured to process the signals associated with the selected subset of the magnetic-field sensors to generate a continuous output signal representative of an electrical current in the electrical conductor ; and a control module operative to control the selection module, characterised in that : the control module is configured to select a subset of the magnetic-field sensors at a scheduled time of a predetermined disturbance event, and to cause a set of the non-selected magnetic-field sensors, which are scheduled to receive a disturbance associated with the predetermined disturbance event, to be deselected at the scheduled time of the predetermined disturbance event, wherein the scheduled time of the predetermined disturbance event is a predetermined time window when a transient disturbance signal is expected at the set of the non-selected magnetic-field sensors. three or more magnetic-field sensors configured to be inserted into a hole in an electrical conductor , each sensor operative to generate a signal at an output in response to a magnetic-field strength at the sensor's location; a selection module coupled to each of the sensors' outputs configured to receive each of the sensors' respective signals representative of the magnetic-field strength at the sensor's location; a continuous-measurement module coupled to the selection module and configured to process the signals associated with the selected subset of the magnetic-field sensors to generate a continuous output signal representative of an electrical current in the electrical conductor ; and a control module operative to control the selection module, characterised in that : the control module is configured to select a subset of the magnetic-field sensors at a scheduled time of a predetermined disturbance event, and to cause a set of the non-selected magnetic-field sensors, which are scheduled to receive a disturbance associated with the predetermined disturbance event, to be deselected at the scheduled time of the predetermined disturbance event, wherein the scheduled time of the predetermined disturbance event is a predetermined time window when a transient disturbance signal is expected at the set of the non-selected magnetic-field sensors.
Flashlight with a light source arranged in a housing and an optical attachment which can be displaced relative to one another by means of an actuator for focusing or defocusing the emitted light cone, characterized in that an adjusting wheel (14 ') protruding from the housing or an adjusting lever serves as an actuator, on whose axis of rotation a radially protruding driver is attached, which extends into the interior of the housing and which protrudes into a recess of a rotary ring part , which is connected to the first carrier of the light source or the optical attachment and rotatably arranged in the housing , or, instead of the driver a toothed gear is arranged between the actuator and the rotary ring part, wherein by rotation of the rotary ring part an end face lying obliquely to the longitudinal axis of the housing along a second end face inclined at the same angle of a body which is connected to the second carrier of the optical attachment or the light source is stationary connected, is slidably guided so that the relative distance between the first and second carrier changes.
A produce washing method for increasing the shelf life of produce comprising the following steps: providing a plurality of produce; providing a produce preparation device; loading said plurality of produce into said produce preparation device; wherein said produce preparation device is comprised of a first washing portion, a second washing portion, a third washing portion, and a drying portion; washing said produce in a first wash by said first washing portion of said produce preparation device wherein when said first wash comprises an oxidizer sanitizer wash; washing said produce in a second wash by said second washing portion of said produce preparation device wherein said second wash comprises a surfactant sanitizer wash; washing said produce in a third wash by said third washing portion of said produce preparation device; drying said produce by said drying portion of said preparation device; packaging said produce; and wherein said washed, dried, and packaged produce is ready to eat. providing a produce preparation device; loading said plurality of produce into said produce preparation device; wherein said produce preparation device is comprised of a first washing portion, a second washing portion, a third washing portion, and a drying portion; washing said produce in a first wash by said first washing portion of said produce preparation device wherein when said first wash comprises an oxidizer sanitizer wash; washing said produce in a second wash by said second washing portion of said produce preparation device wherein said second wash comprises a surfactant sanitizer wash; washing said produce in a third wash by said third washing portion of said produce preparation device; drying said produce by said drying portion of said preparation device; packaging said produce; and wherein said washed, dried, and packaged produce is ready to eat.
A method comprising: detecting , via a browser extension application (106;314), a payment field in a webpage received at a computing device (102;300) associated with a user ; requesting, in response to detecting the payment field ,an authentication response from the user ; receiving, from a browser extension server and in response to the user being authenticated based on the authentication response, generated one or more secure tokens mapped to a determined financial service account associated with the user; and populating, by the browser extension application (106;314) and in response to requesting and receiving the token, the payment field in the webpage with a respective one or more secure tokens , wherein the one or more secure tokens are configured to enable a purchase transaction with a merchant via the webpage ; wherein: the browser extension server is a system associated with the financial service account; and a provider of the financial service account is configured to send a communication authorizing the purchase transaction. detecting , via a browser extension application (106;314), a payment field in a webpage received at a computing device (102;300) associated with a user ; requesting, in response to detecting the payment field ,an authentication response from the user ; receiving, from a browser extension server and in response to the user being authenticated based on the authentication response, generated one or more secure tokens mapped to a determined financial service account associated with the user; and populating, by the browser extension application (106;314) and in response to requesting and receiving the token, the payment field in the webpage with a respective one or more secure tokens , wherein the one or more secure tokens are configured to enable a purchase transaction with a merchant via the webpage ; wherein: the browser extension server is a system associated with the financial service account; and a provider of the financial service account is configured to send a communication authorizing the purchase transaction. the browser extension server is a system associated with the financial service account; and a provider of the financial service account is configured to send a communication authorizing the purchase transaction.
Use of a composition containing essentially from 10 to 90 % by weight of the 2,3,3,3-tetrafluoropropene, from 5 to 80 % by weight of the HFC-134a and from 5 to 10 % by weight of the HFC-32 as a heat transfer fluid, as a replacement for the HFC-134a, in compression refrigeration systems with exchangers operating in counter-current mode.
An effective amount of an agent that inhibits or reduces the expression or activity of CD33 protein for use in a method of treating Alzheimer's disease in a subject, wherein the agent is an anti-CD33 antibody that binds to a cell-surface receptor encoded by CD33.
Use of a Lindlar type catalyst for the partial hydrogenation of 6-hydroxy-3-(5-hydroxy-3-methyl-pent-3-in-1-ynyl)-2,4,4-trimethylcyclohex-2-enone, wherein the catalyst has the following composition (i) 85 weight-% (wt-%) - 99.85 wt-%, based on the total weight of the catalyst, of CaCO 3 , and (ii) 0.1 wt-% -10 wt-%, based on the total weight of the catalyst, of Pd, and (iii) 0.05 wt-% - 5 wt-%, based on the total weight of the catalyst, of Pb, characterized in that the average particle size (d50) of the CaCO 3 particles is between 10 μm and 120 μm, measured by the laser diffraction method. (i) 85 weight-% (wt-%) - 99.85 wt-%, based on the total weight of the catalyst, of CaCO 3 , and (ii) 0.1 wt-% -10 wt-%, based on the total weight of the catalyst, of Pd, and (iii) 0.05 wt-% - 5 wt-%, based on the total weight of the catalyst, of Pb, characterized in that the average particle size (d50) of the CaCO 3 particles is between 10 μm and 120 μm, measured by the laser diffraction method.
Pre-cultivated planting box having a vegetation cover with roots in a substrate , for roof greening, which box comprises structuring means consisting of a peripheral edge , a bottom consisting of support means formed by a set of arms which are connected to the peripheral edge of the box, constituting a lattice , the number of arms being limited and creating large empty spaces (E), and a retention mat arranged inside said box on said support means , the structuring means and the support means being made of a biodegradable material, characterized in that the box comprises a peripheral edge having a clearance angle and having sides (102-1-102-4), each of said sides bearing at least two concave/convex deformations , these concavities and convexities being considered in relation to the rectilinear belt constituting the edges of said wedged planting box.
A liquid storage device for humidifier, comprising: a casing assembly with an liquid storage cavity formed internally, the liquid storage cavity has a gas inlet and a gas outlet; and a gas guide tube assembly comprising a gas outlet guiding tube and a guide tube , characterized in that the gas outlet guiding tube has a gas inlet port and a gas outlet port , and the guide tube is configured to guide gas to flow into the gas inlet port of the gas outlet guiding tube and has a communication port that communicates with the gas inlet port of the gas outlet guiding tube and a plurality of gas reflux ports that communicate with the communication port and wherein the gas guide tube assembly further comprises a gas inlet guide tube having a gas inlet port and a gas outlet port , and the gas inlet guide tube is configured to guide the direction of gas entering into the liquid storage cavity and wherein the gas guide tube assembly is disposed in the liquid storage cavity and connected to the casing assembly , the gas outlet port of the gas outlet guiding tube of the gas guide tube assembly communicates with the gas outlet, and the gas reflux ports of the gas guide tube assembly are higher than the maximum fillable level in the liquid storage cavity . a casing assembly with an liquid storage cavity formed internally, the liquid storage cavity has a gas inlet and a gas outlet; and a gas guide tube assembly comprising a gas outlet guiding tube and a guide tube , characterized in that the gas outlet guiding tube has a gas inlet port and a gas outlet port , and the guide tube is configured to guide gas to flow into the gas inlet port of the gas outlet guiding tube and has a communication port that communicates with the gas inlet port of the gas outlet guiding tube and a plurality of gas reflux ports that communicate with the communication port and wherein the gas guide tube assembly further comprises a gas inlet guide tube having a gas inlet port and a gas outlet port , and the gas inlet guide tube is configured to guide the direction of gas entering into the liquid storage cavity and wherein the gas guide tube assembly is disposed in the liquid storage cavity and connected to the casing assembly , the gas outlet port of the gas outlet guiding tube of the gas guide tube assembly communicates with the gas outlet, and the gas reflux ports of the gas guide tube assembly are higher than the maximum fillable level in the liquid storage cavity .
An airfoil for a gas turbine engine , comprising: a cooling passage ; an outer wall (202; 302) separating a core flow path (C) from the cooling passage ; a diffuser in fluid communication with the cooling passage and opening into the core flow path (C), the diffuser being characterized by a linear ridge (262; 362) on a downstream end of the diffuser; and a thermal barrier coating (260; 360) covering the outer wall (202; 302) and the linear ridge (262; 363), characterised in that : the linear ridge (262; 363) includes an upstream facing side that is characterized by a height , the height having a value within a range of between five one-hundredths and seventy-five one-hundredths of a depth of the cooling passage . a cooling passage ; an outer wall (202; 302) separating a core flow path (C) from the cooling passage ; a diffuser in fluid communication with the cooling passage and opening into the core flow path (C), the diffuser being characterized by a linear ridge (262; 362) on a downstream end of the diffuser; and a thermal barrier coating (260; 360) covering the outer wall (202; 302) and the linear ridge (262; 363), characterised in that : the linear ridge (262; 363) includes an upstream facing side that is characterized by a height , the height having a value within a range of between five one-hundredths and seventy-five one-hundredths of a depth of the cooling passage .