mhurhangee/patent-ind-claim-en huggingface dataset:
A method for determining a resource block group, RBG, size, comprising: determining an RBG size (S101) for a bandwidth part, BP, wherein the RBG size satisfies a relationship among one or more BP size ranges and a first configuration and a second configuration, a size of the BP is located in one of the one or more BP size ranges, each of the first configuration and the second configuration indicating one or more RBG sizes, each of the one or more BP size ranges being associated with two RBG sizes respectively corresponding to the first configuration and the second configuration; wherein the one or more BP size ranges comprises the following four BP size ranges: from 1 resource block, RB, to 36 RBs; from 37 RBs to 72 RBs; from 73RBs to 144 RBs; and from 145 RBs to X max RBs, wherein the X max RBs is a maximum BP bandwidth. determining an RBG size (S101) for a bandwidth part, BP, wherein the RBG size satisfies a relationship among one or more BP size ranges and a first configuration and a second configuration, a size of the BP is located in one of the one or more BP size ranges, each of the first configuration and the second configuration indicating one or more RBG sizes, each of the one or more BP size ranges being associated with two RBG sizes respectively corresponding to the first configuration and the second configuration; wherein the one or more BP size ranges comprises the following four BP size ranges: from 1 resource block, RB, to 36 RBs; from 37 RBs to 72 RBs; from 73RBs to 144 RBs; and from 145 RBs to X max RBs, wherein the X max RBs is a maximum BP bandwidth. from 1 resource block, RB, to 36 RBs; from 37 RBs to 72 RBs; from 73RBs to 144 RBs; and from 145 RBs to X max RBs, wherein the X max RBs is a maximum BP bandwidth.
A method for operating an agricultural sprayer, having a tank and pipe system configured for receiving and distributing a liquid material, the method comprising cleaning an inner surface of the tank and pipe system, the cleaning comprising - applying a cleaning material to the tank and pipe system ; the method being characterized in that it comprises the step - rinsing the tank and pipe system with a rinsing material containing an non-ionic tenside, the rinsing being applied subsequently to the cleaning with the cleaning material. - applying a cleaning material to the tank and pipe system ; the method being characterized in that it comprises the step - rinsing the tank and pipe system with a rinsing material containing an non-ionic tenside, the rinsing being applied subsequently to the cleaning with the cleaning material.
A surgical tool comprising: an elongate shaft having a proximal end and a distal end; a tool body disposed at the distal end of the shaft ; a jaw movable relative to the tool body between a clamped configuration and an open configuration; a first actuation mechanism coupled with the jaw and operable to vary the position of the jaw relative to the tool body between the clamped configuration and the open configuration; and a second actuation mechanism coupled with the jaw , the second actuation mechanism having a first configuration in which the jaw is held in the clamped configuration and a second configuration in which the position of the jaw relative to the tool body is unconstrained by the second actuation mechanism; wherein the jaw opens and closes on a distal side of a jaw pivot , wherein the first actuation mechanism applies force to the jaw at a proximal side of the jaw pivot to vary the position of the jaw relative to the tool body , and wherein the second actuation mechanism applies force to the jaw at the proximal side of the jaw pivot to hold the jaw in the clamped configuration. an elongate shaft having a proximal end and a distal end; a tool body disposed at the distal end of the shaft ; a jaw movable relative to the tool body between a clamped configuration and an open configuration; a first actuation mechanism coupled with the jaw and operable to vary the position of the jaw relative to the tool body between the clamped configuration and the open configuration; and a second actuation mechanism coupled with the jaw , the second actuation mechanism having a first configuration in which the jaw is held in the clamped configuration and a second configuration in which the position of the jaw relative to the tool body is unconstrained by the second actuation mechanism; wherein the jaw opens and closes on a distal side of a jaw pivot , wherein the first actuation mechanism applies force to the jaw at a proximal side of the jaw pivot to vary the position of the jaw relative to the tool body , and wherein the second actuation mechanism applies force to the jaw at the proximal side of the jaw pivot to hold the jaw in the clamped configuration.
A windscreen wiper device , comprising: a wiper blade made of an elastomeric material and extending in a longitudinal direction; a joint part with a U-shaped cross-section including a top wall and a pair of side walls ; the windscreen wiper device being characterised in that each of said side walls has a pair of spring loaded interference fingers projecting outwardly for engaging an inner surface of a wiper arm to reduce side to side play between said joint part and the wiper arm and which extend in opposite longitudinal directions. a wiper blade made of an elastomeric material and extending in a longitudinal direction; a joint part with a U-shaped cross-section including a top wall and a pair of side walls ; the windscreen wiper device being characterised in that each of said side walls has a pair of spring loaded interference fingers projecting outwardly for engaging an inner surface of a wiper arm to reduce side to side play between said joint part and the wiper arm and which extend in opposite longitudinal directions.
Metal composite cylinder contains a cylindrical metal liner with profiled bottoms and neck flange with a choke fixed in a pole hole of the pressure overwrap , made of composite material formed by a group of layers of reinforcing filaments orientated in the spiral and circumferential directions, with different reinforcing capacity; characterised in that the neck flange of the liner is equipped with a collar on the side of the open end of the choke, with an outer diameter greater than the sum of the pole hole diameter of the composite overwrap and two widths of wound filaments of reinforcing material, wherein concentric annular cavity is formed between the outer surface of the composite overwrap and the flange , where an annular band is located filling the entire volume of the cavity; the band is made of the material of the composite overwrap , and the choke of neck flange is fixed in the annular band with grooves of non-circular shape, in which a combination of reinforcing capacity and thickness-wise distribution of groups of reinforcing material layers of the pressure overwrap provides the deformation intensity in each point of the liner material meeting the following condition: 1 2 ε a = 1 2 ln 1 1 − ψ 0.6 N − 0.6 + 1.75 σ b E N − 0.12 , where N is a required number of trouble-free operation cycles of the cylinder loaded at working pressure; ε a is a deformations amplitude, σ b is a temporary resistance; ψ is a limit of contraction in area; and E is a modulus of elasticity of the liner material.
A terminal base of a magnetic component comprising: a conductive terminal unit which is connected to a coil wound around a bobbin and which carries out electrical connection with respect to a user-side terminal unit; and a terminal base main body arranged at a flange unit of the bobbin for holding a shaft portion of the conductive terminal unit , the conductive terminal unit is formed in an L-shape as a whole and a connector portion thereof having a connection structure with respect to the user-side terminal unit protrudes toward the orthogonal direction of the shaft portion , the conductive terminal unit and the terminal base main body are formed integrally using molding such that; a step portion is formed on the terminal base main body near the protruding side of the connector portion so that said step portion becomes one step lower than a top surface of the terminal base main body ; and a planar portion of the shaft portion near the protruding side of the connector portion is exposed over a predetermined range in the up and down direction from the step portion toward the top surface of the terminal base main body , and the shaft portion protrudes from said top surface of the terminal base main body. a conductive terminal unit which is connected to a coil wound around a bobbin and which carries out electrical connection with respect to a user-side terminal unit; and a terminal base main body arranged at a flange unit of the bobbin for holding a shaft portion of the conductive terminal unit , the conductive terminal unit is formed in an L-shape as a whole and a connector portion thereof having a connection structure with respect to the user-side terminal unit protrudes toward the orthogonal direction of the shaft portion , the conductive terminal unit and the terminal base main body are formed integrally using molding such that; a step portion is formed on the terminal base main body near the protruding side of the connector portion so that said step portion becomes one step lower than a top surface of the terminal base main body ; and a planar portion of the shaft portion near the protruding side of the connector portion is exposed over a predetermined range in the up and down direction from the step portion toward the top surface of the terminal base main body , and the shaft portion protrudes from said top surface of the terminal base main body. a step portion is formed on the terminal base main body near the protruding side of the connector portion so that said step portion becomes one step lower than a top surface of the terminal base main body ; and a planar portion of the shaft portion near the protruding side of the connector portion is exposed over a predetermined range in the up and down direction from the step portion toward the top surface of the terminal base main body , and the shaft portion protrudes from said top surface of the terminal base main body.
A device for water purification, wherein the device is a treatment plant in accordance with the method of sequencing batch reactor, wherein the treatment plant has at least two chambers, wherein xylitol fibers are accommodated in at least one chamber and means are formed which prevent the xylitol fibers from being removed from the chamber as a result of the flow-through of liquid, like water, in the chambers and the xylitol fibers are surrounded by a structure which retains the xylitol fibers within the structure and the predominant portion of the xylitol fiber used, i.e., more than 50% has a fineness which is within the range of 100 to 1000 tex, measured in accordance with ISO 1144 or DIN 60905.
An aerosol delivery device comprising a second casing separably connectable to a first casing that contains a reservoir for holding an aerosol precursor and supports a wick arranged to receive aerosol precursor from the reservoir; characterised in that the second casing supports a heater that is configured to make abutting unbonded contact with an activation surface of the wick so as to interact thermally with the activation surface; and said heater is supported by said second casing via a resilient sealing body , said resilient sealing body sealing to said second casing to be held thereby, and said resilient sealing body being releasably sealable to said first casing such that the seal of said resilient sealing body is releasable when said first casing is separated from said second casing . the second casing supports a heater that is configured to make abutting unbonded contact with an activation surface of the wick so as to interact thermally with the activation surface; and said heater is supported by said second casing via a resilient sealing body , said resilient sealing body sealing to said second casing to be held thereby, and said resilient sealing body being releasably sealable to said first casing such that the seal of said resilient sealing body is releasable when said first casing is separated from said second casing .
A bullet type storage tank having a full integrity classification, such that the tank provides for retention of any liquid spill and allows only controlled release of vapour to the atmosphere; the storage tank comprising: - an inner tank of cryogenic steel; - an outer tank of cryogenic steel; - feet for supporting the storage tank on a support structure ; and - an outlet pipe communicating with the interior of the inner tank , wherein further includes an emergency shut down valve , wherein the emergency shut down valve is connected to the outlet pipe characterised in that the emergency shut down valve is located inside the inner tank . - an inner tank of cryogenic steel; - an outer tank of cryogenic steel; - feet for supporting the storage tank on a support structure ; and - an outlet pipe communicating with the interior of the inner tank ,
A method for producing a package comprising: a layered double hydroxide having HS - and/or S k 2- (wherein k represents a positive integer) intercalated among layers; and a packaging material hermetically housing the layered double hydroxide, the method comprising: preparing a layered double hydroxide having an anion other than HS - or S k 2- (wherein k represents a positive integer) intercalated among layers, and a solvent; making the solvent to contain HS - and/or S k 2- under a nitrogen gas or rare gas atmosphere to provide a solution; bringing the layered double hydroxide having an anion other than HS - or S k 2- (wherein k represents a positive integer) intercalated among layers into contact with the solution under a nitrogen gas or rare gas atmosphere; separating a solid matter after the contact from the solution, and washing and drying the solid matter, under a nitrogen gas or rare gas atmosphere; and sealing the solid matter after drying in a packaging material. a layered double hydroxide having HS - and/or S k 2- (wherein k represents a positive integer) intercalated among layers; and a packaging material hermetically housing the layered double hydroxide, the method comprising: preparing a layered double hydroxide having an anion other than HS - or S k 2- (wherein k represents a positive integer) intercalated among layers, and a solvent; making the solvent to contain HS - and/or S k 2- under a nitrogen gas or rare gas atmosphere to provide a solution; bringing the layered double hydroxide having an anion other than HS - or S k 2- (wherein k represents a positive integer) intercalated among layers into contact with the solution under a nitrogen gas or rare gas atmosphere; separating a solid matter after the contact from the solution, and washing and drying the solid matter, under a nitrogen gas or rare gas atmosphere; and sealing the solid matter after drying in a packaging material. preparing a layered double hydroxide having an anion other than HS - or S k 2- (wherein k represents a positive integer) intercalated among layers, and a solvent; making the solvent to contain HS - and/or S k 2- under a nitrogen gas or rare gas atmosphere to provide a solution; bringing the layered double hydroxide having an anion other than HS - or S k 2- (wherein k represents a positive integer) intercalated among layers into contact with the solution under a nitrogen gas or rare gas atmosphere; separating a solid matter after the contact from the solution, and washing and drying the solid matter, under a nitrogen gas or rare gas atmosphere; and sealing the solid matter after drying in a packaging material.
A method of filling a pressure sensor module of a process pressure transmitter with isolator fluid, comprising: providing a pressure sensor module body with interior passages that extend to a process pressure sensor , to an isolator diaphragm assembly that is couplable to a process fluid, and to a fill tube ; filling the interior passages through the fill tube with the isolator fluid; and applying a radial compressive force to a crimp portion of the fill tube , the radial compressive force compressing the crimp portion into a substantially solid cylinder with a radially symmetric cross section such that the isolator fluid is sealed in the interior passages by the crimp portion ; the method further comprising cutting off a portion of the fill tube to expose a crimp end of the crimp portion ; and welding the crimp end to form a secondary seal of the fill tube . providing a pressure sensor module body with interior passages that extend to a process pressure sensor , to an isolator diaphragm assembly that is couplable to a process fluid, and to a fill tube ; filling the interior passages through the fill tube with the isolator fluid; and applying a radial compressive force to a crimp portion of the fill tube , the radial compressive force compressing the crimp portion into a substantially solid cylinder with a radially symmetric cross section such that the isolator fluid is sealed in the interior passages by the crimp portion ; the method further comprising cutting off a portion of the fill tube to expose a crimp end of the crimp portion ; and welding the crimp end to form a secondary seal of the fill tube .
A system for producing three-dimensional objects by means of successive setting of layers of a construction material, which can be set by means of radiation, at the locations which correspond to the respective cross-section of the object , wherein the system comprises at least one process station which is arranged in a housing in order to carry out the layered generative construction process and a displaceable construction container , characterized in that the process station and at least one handling station or one or more additional process stations are arranged in separate housing units which can be erected separately or individually, and those housing units are provided with supply openings in particular in the side wall regions thereof and are constructed to form in a configuration which is partially separate at least one continuous tunnel or a tunnel chain which forms a travel path which is integrated in the housing units for construction containers and additional containers which can be displaced in the system or displaceable modules; wherein containers or modules which contain functional elements are displaced in the upper region in the tunnel or the tunnel chain, whereas construction containers, overflow containers and metering containers are supported on a rail-like travel path in the lower region of the tunnel.
An RNA interference-inducing nucleic acid molecule comprising at least one nucleic acid strand of double strands, the at least one nucleic acid strand comprising a modification at the sixth position from the 5' end of the nucleic acid strand, and modifications at each of the first and second position from the 3' end of the nucleic acid strand, wherein each modification is a replacement of a nucleotide residue at the positions with a spacer, wherein the spacer at the sixth position from the 5' end of the nucleic acid strand is selected from the group consisting of an abasic deoxyribonucleotide and a C3 alkyl group.
An optoelectronic sensor comprising a light receiver , receiving optics arranged in front of the light receiver and a focus adjustment unit having an actuator configured to move the light receiver , the focus adjustment unit comprising a parallel guide having at least one flexible holding element , that moves the light receiver on the optical axis of the receiving optics in a constant orientation, and wherein the at least one flexible holding element comprises an additional heat-conducting layer , characterized in that the at least one flexible holding element comprises two metal layers with the heat-conducting layer between them and/or in that the heat-conducting layer is configured as a graphite foil.
A sterilizing system for sterilizing medical devices, the system comprising: a first vacuum chamber sized to receive a medical device; a conductive thermal assembly configured to at least partially surround the medical device when the medical device is disposed within the first vacuum chamber; a first heater configured to provide thermal energy to the conductive thermal assembly, wherein the thermal conduction assembly conducts at least a portion of the thermal energy to the medical device; a sterilizing subassembly including: a solid-form sterilant having a liquid sterilant encapsulated within a matrix material; and a second heater configured to provide thermal energy to the solid-form sterilant; and a first depressurization subsystem configured, when the medical device is in the vacuum chamber, to produce a negative pressure environment within the first vacuum chamber, wherein the liquid sterilant within the solid-form sterilant off-gasses to generate gasified sterilant in response to the negative pressure environment, wherein the gasified sterilant expands into the first vacuum chamber; a monitoring subsystem having a temperature sensor within the chamber configured to monitor an internal temperature of the chamber and modify heat delivered to the conductive thermal assembly such that the delivered thermal energy is at least sufficient to replenish latent heat of vaporization lost from producing the negative pressure environment. a first vacuum chamber sized to receive a medical device; a conductive thermal assembly configured to at least partially surround the medical device when the medical device is disposed within the first vacuum chamber; a first heater configured to provide thermal energy to the conductive thermal assembly, wherein the thermal conduction assembly conducts at least a portion of the thermal energy to the medical device; a sterilizing subassembly including: a solid-form sterilant having a liquid sterilant encapsulated within a matrix material; and a second heater configured to provide thermal energy to the solid-form sterilant; and a solid-form sterilant having a liquid sterilant encapsulated within a matrix material; and a second heater configured to provide thermal energy to the solid-form sterilant; and a first depressurization subsystem configured, when the medical device is in the vacuum chamber, to produce a negative pressure environment within the first vacuum chamber, wherein the liquid sterilant within the solid-form sterilant off-gasses to generate gasified sterilant in response to the negative pressure environment, wherein the gasified sterilant expands into the first vacuum chamber; a monitoring subsystem having a temperature sensor within the chamber configured to monitor an internal temperature of the chamber and modify heat delivered to the conductive thermal assembly such that the delivered thermal energy is at least sufficient to replenish latent heat of vaporization lost from producing the negative pressure environment.