mhurhangee/patent-ind-claim-en huggingface dataset:
A device comprising: a voltage reference supply , configured to provide a reference voltage (Vref(T)) that varies in response to a temperature variation according to a predefined relationship; a temperature sensor configured to provide a temperature signal indicating a temperature; a first controller configured to receive the temperature signal and to output a control signal; an LC-DCO configured to receive the reference voltage, to provide, based on the reference voltage, a supply voltage (Vdd_DCO(T)) to a DCO comprised in the LC-DCO and to provide an output signal with a frequency determined by an LC circuit comprised in the LC-DCO and by the supply voltage, the LC-DCO comprising a switched capacitor bank configured to provide temperature compensation by varying an effective capacitance in the LC circuit in response to the control signal, wherein: the voltage reference supply is configured such that the predefined relationship corrects a linear frequency error in the output signal in response to the temperature variation; and the switched capacitor bank and the first controller are configured to correct a non-linear frequency error in the output signal in response to the temperature variation, the non-linear frequency error being quadratic. a voltage reference supply , configured to provide a reference voltage (Vref(T)) that varies in response to a temperature variation according to a predefined relationship; a temperature sensor configured to provide a temperature signal indicating a temperature; a first controller configured to receive the temperature signal and to output a control signal; an LC-DCO configured to receive the reference voltage, to provide, based on the reference voltage, a supply voltage (Vdd_DCO(T)) to a DCO comprised in the LC-DCO and to provide an output signal with a frequency determined by an LC circuit comprised in the LC-DCO and by the supply voltage, the LC-DCO comprising a switched capacitor bank configured to provide temperature compensation by varying an effective capacitance in the LC circuit in response to the control signal, wherein: the voltage reference supply is configured such that the predefined relationship corrects a linear frequency error in the output signal in response to the temperature variation; and the switched capacitor bank and the first controller are configured to correct a non-linear frequency error in the output signal in response to the temperature variation, the non-linear frequency error being quadratic. the voltage reference supply is configured such that the predefined relationship corrects a linear frequency error in the output signal in response to the temperature variation; and the switched capacitor bank and the first controller are configured to correct a non-linear frequency error in the output signal in response to the temperature variation, the non-linear frequency error being quadratic.
A connection device comprising: a specimen carrier transport unit configured to transport a specimen carrier configured to house a specimen; and a carousel configured to rotate to transport a plurality of specimen carriers carried in from the specimen carrier transport unit , at a predetermined interval, to a specimen collection position (293a-c) where a specimen collection mechanism from an external automatic analysis device is received, wherein the carousel includes a plurality of specimen carrier holding units that hold the specimen carrier , a specimen clamp mechanism cam , and a specimen clamp that is disposed in each of the plurality of specimen carrier holding units and opens and closes in accordance with rotation of the carousel according to a shape of the specimen clamp mechanism cam , the specimen clamp is in an open state at a carry-in position where the specimen carrier is carried in the carousel and clamps the specimen carrier at the specimen collection position (293a-c), characterised by a specimen carrier lifting-lowering ramp installed in a lower portion of a transport path of the specimen carrier of the carousel for changing the height of the specimen carrier at the specimen collection position (293a-c). a specimen carrier transport unit configured to transport a specimen carrier configured to house a specimen; and a carousel configured to rotate to transport a plurality of specimen carriers carried in from the specimen carrier transport unit , at a predetermined interval, to a specimen collection position (293a-c) where a specimen collection mechanism from an external automatic analysis device is received, wherein the carousel includes a plurality of specimen carrier holding units that hold the specimen carrier , a specimen clamp mechanism cam , and a specimen clamp that is disposed in each of the plurality of specimen carrier holding units and opens and closes in accordance with rotation of the carousel according to a shape of the specimen clamp mechanism cam , the specimen clamp is in an open state at a carry-in position where the specimen carrier is carried in the carousel and clamps the specimen carrier at the specimen collection position (293a-c), characterised by a specimen carrier lifting-lowering ramp installed in a lower portion of a transport path of the specimen carrier of the carousel for changing the height of the specimen carrier at the specimen collection position (293a-c).
Pressure roll for pressing a tire layer on a tire building drum in a pressing direction (P), wherein the pressure roll comprises a shaft that defines a roll axis (S) extending in an axial direction (A) and a plurality of discs juxtaposed in the axial direction (A) on said shaft , wherein each disc comprises an interior part that is non-rotatably supported on the shaft and an exterior part that is rotatable with respect to the interior part about the roll axis (S), wherein each interior part is provided with a recess for receiving the shaft in the axial direction (A) through the respective disc , wherein the recess is larger than the shaft in the pressing direction (P) for allowing movement of the respective disc with respect to said shaft in the pressing direction (P), wherein the pressure roll comprises for each disc one or more actuators for individually moving the respective disc with respect to the other discs, wherein one of the one or more actuators is arranged for moving the respective disc with respect to the shaft in the pressing direction (P) and wherein the same or another one of the one or more actuators is arranged for moving the respective disc with respect to the shaft in a retraction direction (R) opposite to the pressing direction (P), characterized in that at least one of the one or more actuators is provided with a coupling element for coupling said at least one actuator to the interior part of the respective disc in the pressing direction (P).
Apparatus for forming a linear channel in soft tissue, in particular nervous tissue, for implantation of an aggregate of living cells or a soft tissue fragment, in particular a fragment of embryonic tissue, comprising or consisting of an oblong rigid pin having a front end and a rear end and a layer comprising or consisting of dry gel forming agent disposed on a pin section extending from the front end in a distal direction and enclosing said section, wherein said layer contains less than 20 % by weight of water, preferably less than 10 % by weight, most preferred less than 5 % by weight, wherein the pin is sufficiently rigid to allow it to be inserted into nervous tissue in absence of its layer comprising or consisting of dry gel forming agent; wherein the pin comprises a passage extending between its front end and its rear end, wherein the passage is rectangular, rhomboid or trapezoid or about rectangular, rhomboid or trapezoid in a radial section.
Linked bracelet element, comprising at least first and second links connected to one another, each of which having a rigid base portion, said rigid base portions being connected to one another by means of at least one flexible connecting portion , characterized in that said rigid base portions and said flexible connecting portion together define an integral monolithic part.
A build box system for a 3D printer , comprising: a build box having a sidewall structure and a build platform received within the sidewall structure , wherein the sidewall structure defines an upwardly open build box interior for building a component in 3D printing, the build box interior being downwardly defined by the build platform ; and a support structure , comprising its own drive , integrated into the support structure , and to which the build box can be detachably attached, so that the build box can be repeatedly removed from the support structure after the construction of the component in the build box interior and subsequently reattached to the support structure , wherein the drive that is integrated into the support structure comprises a lifting drive for adjusting the height of the build platform , which is configured to change the height of the build platform of the build box when the build box is attached to the support structure , characterized in that , when the build box is attached to the support structure , the lifting drive is arranged outside the sidewall structure of the build box , in a top view of the build box system next to the build box , adjacent to the sidewall structure of the build box and/or adjacent to at least one sidewall of the support structure . a build box having a sidewall structure and a build platform received within the sidewall structure , wherein the sidewall structure defines an upwardly open build box interior for building a component in 3D printing, the build box interior being downwardly defined by the build platform ; and a support structure , comprising its own drive , integrated into the support structure , and to which the build box can be detachably attached, so that the build box can be repeatedly removed from the support structure after the construction of the component in the build box interior and subsequently reattached to the support structure , wherein the drive that is integrated into the support structure comprises a lifting drive for adjusting the height of the build platform , which is configured to change the height of the build platform of the build box when the build box is attached to the support structure , characterized in that , when the build box is attached to the support structure , the lifting drive is arranged outside the sidewall structure of the build box , in a top view of the build box system next to the build box , adjacent to the sidewall structure of the build box and/or adjacent to at least one sidewall of the support structure .
A method of preparing a sulfide scavenging nanoparticle, comprising: adding a metallic salt selected from Fe 2+ and Zn 2+ salts to an aqueous solution; cationically deionizing colloidal nanoparticles consisting of silica or alumina; adding the deionized colloidal nanoparticles to the aqueous solution; agitating the aqueous mixture containing metallic salt and colloidal nanoparticles, increasing the pH of the aqueous solution to between 10 and 12 over a time interval of less than 1 hour using potassium hydroxide, removing sulfide scavenging nanoparticles from the solution. adding a metallic salt selected from Fe 2+ and Zn 2+ salts to an aqueous solution; cationically deionizing colloidal nanoparticles consisting of silica or alumina; adding the deionized colloidal nanoparticles to the aqueous solution; agitating the aqueous mixture containing metallic salt and colloidal nanoparticles, increasing the pH of the aqueous solution to between 10 and 12 over a time interval of less than 1 hour using potassium hydroxide, removing sulfide scavenging nanoparticles from the solution.
A non-therapeutic use of at least one compound 6-O-(C8-C20 alkyl ester) of 1-O-(C1-C6 alkyl)-β-D-glucoside as an agent for regeneration of the epidermis and/or cellular repair of the epidermis.
A recordable, readable storage medium comprising instructions which, when executed by a programmable circuit device cause the programmable circuit device to carry out the steps of: a) auto-monitoring an electrical wiring device configured to selectively deliver an AC power signal to a load; b) controlling, in the programmable circuit device , a stimulus signal , wherein the stimulus signal is configured to control a switch ; c) monitoring, in the programmable circuit device , a test signal output from a fault detection circuit to determine an operational state of the electrical wiring device, wherein the test signal is output in response to the stimulus signal being output; d) determining, in the programmable circuit device , a frequency associated with the AC power signal; characterised in that the instructions cause the programmable circuit device to carry out the further steps of e) incrementing a fail tally if the frequency associated with the AC power signal does not stabilize to within a predetermined range of frequencies within a predetermined period of time; f) determining an end-of-life state if at least one selected from the group consisting of the following occurs: the test signal from the fault detection circuit is less than a threshold value, and the fail tally crosses a predetermined limit greater than one; and code for generating an alarm signal when the end-of-life state is determined. a) auto-monitoring an electrical wiring device configured to selectively deliver an AC power signal to a load; b) controlling, in the programmable circuit device , a stimulus signal , wherein the stimulus signal is configured to control a switch ; c) monitoring, in the programmable circuit device , a test signal output from a fault detection circuit to determine an operational state of the electrical wiring device, wherein the test signal is output in response to the stimulus signal being output; d) determining, in the programmable circuit device , a frequency associated with the AC power signal; characterised in that the instructions cause the programmable circuit device to carry out the further steps of e) incrementing a fail tally if the frequency associated with the AC power signal does not stabilize to within a predetermined range of frequencies within a predetermined period of time; f) determining an end-of-life state if at least one selected from the group consisting of the following occurs: the test signal from the fault detection circuit is less than a threshold value, and the fail tally crosses a predetermined limit greater than one; and code for generating an alarm signal when the end-of-life state is determined. the test signal from the fault detection circuit is less than a threshold value, and the fail tally crosses a predetermined limit greater than one; and code for generating an alarm signal when the end-of-life state is determined.
A battery module comprising: a cell stack in which a plurality of battery cells are vertically stacked; a module housing comprising a base plate supporting the cell stack and a pair of side plates covering both side portions of the cell stack; and a bus bar frame assembly covering an opening portion formed on a side of the module housing in a longitudinal direction of the module housing , characterised in that each of the pair of side plates comprises: a plurality of spark delay protrusions protruding from an inner surface of the side plate ; and a plurality of spark delay concave portions recessed from the inner surface of the side plate ; and a spark direction changing portion formed by bending an end portion of the side plate in a longitudinal direction toward the cell stack. a cell stack in which a plurality of battery cells are vertically stacked; a module housing comprising a base plate supporting the cell stack and a pair of side plates covering both side portions of the cell stack; and a bus bar frame assembly covering an opening portion formed on a side of the module housing in a longitudinal direction of the module housing , characterised in that each of the pair of side plates comprises: a plurality of spark delay protrusions protruding from an inner surface of the side plate ; and a plurality of spark delay concave portions recessed from the inner surface of the side plate ; and a spark direction changing portion formed by bending an end portion of the side plate in a longitudinal direction toward the cell stack. a plurality of spark delay protrusions protruding from an inner surface of the side plate ; and a plurality of spark delay concave portions recessed from the inner surface of the side plate ; and a spark direction changing portion formed by bending an end portion of the side plate in a longitudinal direction toward the cell stack.
A multilayer composite comprising: a) a perforated, colored outer fibrous material layer having perforations, wherein said perforations comprise a pattern of shaped openings cut into and completely through the thickness of the outer fibrous material layer, wherein said opening provide attachment points for accessories or pouches that hold accessories, said outer fibrous material layer comprising one or more fibrous plies, said outer fibrous material layer comprises fibers having a tenacity of 10 g/denier or less; said outer fibrous material layer having at least one color; b) a fibrous base layer adjoined with the outer fibrous material layer, said fibrous base layer comprising one or more fibrous plies, each of said fibrous plies comprising fibers having a tenacity of greater than 10 g/denier; wherein the outer fibrous material layer has a different colored appearance than the fibrous base layer; and c) a colored polymeric material between said outer fibrous material layer and said base layer; said colored polymeric material having at least one color; wherein the colored polymeric material is on said fibrous base layer, and wherein each of said colored polymeric material and said fibrous base layer are positioned directly behind the perforations of the outer fibrous material layer, wherein said colored polymeric material is partially exposed through said perforations and wherein visual exposure of the fibrous base layer through said perforations is at least partially obscured by the colored polymeric material; and wherein the portions of the colored polymeric material exposed through said perforations are camouflaged by the outer fibrous material layer. a) a perforated, colored outer fibrous material layer having perforations, wherein said perforations comprise a pattern of shaped openings cut into and completely through the thickness of the outer fibrous material layer, wherein said opening provide attachment points for accessories or pouches that hold accessories, said outer fibrous material layer comprising one or more fibrous plies, said outer fibrous material layer comprises fibers having a tenacity of 10 g/denier or less; said outer fibrous material layer having at least one color; b) a fibrous base layer adjoined with the outer fibrous material layer, said fibrous base layer comprising one or more fibrous plies, each of said fibrous plies comprising fibers having a tenacity of greater than 10 g/denier; wherein the outer fibrous material layer has a different colored appearance than the fibrous base layer; and c) a colored polymeric material between said outer fibrous material layer and said base layer; said colored polymeric material having at least one color;
A light guide device comprising: a first light guide part that reflects and guides light emitted from a light source ; a polygon mirror that is configured to be rotatable and includes a plurality of reflective parts , the reflective parts being arranged to form a regular polygonal reflective surface when viewed in a rotation axis direction, the polygon mirror reflecting the light guided by the first light guide part by the regular part while rotating; and a second light guide part that reflects the light reflected by the reflective part of the polygon mirror and guides the light so that the light is irradiated to an irradiation target at each of the reflective parts , characterized in that the reflective part of the polygon mirror is configured to reflect the incident light so that the optical axis of the incident light is offset in the rotation axis direction, and at least two reflective parts differ from each other in position in the rotation axis direction. a first light guide part that reflects and guides light emitted from a light source ; a polygon mirror that is configured to be rotatable and includes a plurality of reflective parts , the reflective parts being arranged to form a regular polygonal reflective surface when viewed in a rotation axis direction, the polygon mirror reflecting the light guided by the first light guide part by the regular part while rotating; and a second light guide part that reflects the light reflected by the reflective part of the polygon mirror and guides the light so that the light is irradiated to an irradiation target at each of the reflective parts , the reflective part of the polygon mirror is configured to reflect the incident light so that the optical axis of the incident light is offset in the rotation axis direction, and at least two reflective parts differ from each other in position in the rotation axis direction.
Nozzle body for a fuel injector for injecting fuel into the combustion chamber of an internal combustion engine, wherein the nozzle body is formed as a single piece, wherein, in the nozzle body , there is formed a pressure chamber which can be supplied with highly pressurized fuel via a feed bore , wherein a nozzle needle which opens or closes at least one injection opening is arranged in longitudinally movable fashion in the pressure chamber , wherein the at least one injection opening is formed in a nozzle tip of the nozzle body , wherein cooling channels which can be flowed through by cooling medium are formed in the nozzle body , and the cooling channels comprise an elongate inflow channel and an elongate outflow channel for the feed and discharge of cooling medium into the cooling matrix and out of the cooling matrix , characterized in that the cooling channels comprise a cooling matrix which is formed in the nozzle tip , and the cooling channels have a kidney-shaped inlet port and a kidney-shaped outlet port , wherein the kidney-shaped inlet port and the kidney-shaped outlet port are formed on an end side of the nozzle body which is situated opposite the nozzle tip , and the kidney-shaped inlet port transitions into the inflow channel and the kidney-shaped outlet port transitions into the outflow channel .
A core with a tag , such as a paper roll core , wherein said tag is a radio-readable tag comprising a flexible element, and that the core has its end face provided with a recess , which comprises a bottom and a wall and in which said tag is fitted in an at least partially coiled configuration, characterized in that said recess is a groove provided in an end face of the core , extending over an entire peripheral distance of the core between an entirety of inner and outer peripheries of the core and having a diameter smaller than that of the core's outer periphery but larger than that of the core's inner periphery, and a center axis of which is substantially common with a longitudinal axis of the core.