mhurhangee/ep-ind-claims huggingface dataset:
An adjustable gate characterised in that it is connectable between a conveyor first portion and a conveyor second portion of a conveyor run, the adjustable gate comprising: a cage having a first end flange connectable to the first conveyor portion of a conveyor run, and having a second end flange, opposite the first end flange, connectable to the second conveyor portion of the conveyor run; a rotatable sleeve having a circumference and an opening along a portion of its circumference, a first end movably coupled to the first end flange of the cage, a second end movably coupled to the second end flange of the cage to provide for rotation of the rotatable sleeve within the cage, and a gear having a plurality of teeth provided along an outer surface of the rotatable sleeve adjacent to the opening; a first spring-biased plunger assembly disposed intermediate the rotatable sleeve and the conveyor first portion; a second spring-biased plunger assembly disposed intermediate the rotatable sleeve and the conveyor second portion; and a motor connected to at least one of the cage, the conveyor first portion and the conveyor second portion and operable to rotate a drive gear engaged with the gear of the rotatable sleeve. a cage having a first end flange connectable to the first conveyor portion of a conveyor run, and having a second end flange, opposite the first end flange, connectable to the second conveyor portion of the conveyor run; a rotatable sleeve having a circumference and an opening along a portion of its circumference, a first end movably coupled to the first end flange of the cage, a second end movably coupled to the second end flange of the cage to provide for rotation of the rotatable sleeve within the cage, and a gear having a plurality of teeth provided along an outer surface of the rotatable sleeve adjacent to the opening; a first spring-biased plunger assembly disposed intermediate the rotatable sleeve and the conveyor first portion; a second spring-biased plunger assembly disposed intermediate the rotatable sleeve and the conveyor second portion; and a motor connected to at least one of the cage, the conveyor first portion and the conveyor second portion and operable to rotate a drive gear engaged with the gear of the rotatable sleeve.
An endoscope system comprising: an image acquiring unit that acquires a first image and a second image, the first image being obtained by imaging an observation target by using first illumination light, the second image being obtained by imaging the observation target by using second illumination light that is different from the first illumination light at a different timing from the first image; an alignment unit that aligns the first image and the second image; a console for setting a structure of interest to be observed; and an accuracy changing unit that changes an accuracy of the alignment in accordance with at least the structure of interest. an image acquiring unit that acquires a first image and a second image, the first image being obtained by imaging an observation target by using first illumination light, the second image being obtained by imaging the observation target by using second illumination light that is different from the first illumination light at a different timing from the first image; an alignment unit that aligns the first image and the second image; a console for setting a structure of interest to be observed; and an accuracy changing unit that changes an accuracy of the alignment in accordance with at least the structure of interest.
An electronic component supply body comprising: an embossed carrier tape which is formed in a long shape and has a plurality of accommodating recesses on the surface thereof respectively accommodating one electronic component; and a cover film which is formed in a long shape and is laminated on the surface of the embossed carrier tape to seal the accommodating recess, characterized in that a pasting surface of the cover film to be pasted to the embossed carrier tape is formed with a concave-convex portion on which a plurality of protrusions are formed such that variations in the peeling force generated when the cover film is peeled are suppressed, wherein the protrusions are formed by piercing the cover film with a needle to form a through hole so that the periphery of the through hole through which the needle tip penetrates protrudes in a convex shape, and wherein a plurality of the through holes are formed uniformly over the entire surface of the cover film. an embossed carrier tape which is formed in a long shape and has a plurality of accommodating recesses on the surface thereof respectively accommodating one electronic component; and a cover film which is formed in a long shape and is laminated on the surface of the embossed carrier tape to seal the accommodating recess, characterized in that a pasting surface of the cover film to be pasted to the embossed carrier tape is formed with a concave-convex portion on which a plurality of protrusions are formed such that variations in the peeling force generated when the cover film is peeled are suppressed, wherein the protrusions are formed by piercing the cover film with a needle to form a through hole so that the periphery of the through hole through which the needle tip penetrates protrudes in a convex shape, and wherein a plurality of the through holes are formed uniformly over the entire surface of the cover film.
A method of wireless communication, comprising: contending for access to a first channel of a radio frequency spectrum, the contending performed by a first node operating according to a first radio access technology; and transmitting, by the first node, upon winning contention for access to the first channel: a channel usage beacon signal, CUBS, or a fractional CUBS, F-CUBS, or both to reserve the first channel for a transmission on the first channel; and further transmitting a first channel reservation indication on at least a second channel of the radio frequency spectrum to at least one second node operating according to a second radio access technology, the first channel reservation indication being decodable by the second node operating according to the second radio access technology and informing the second node that the first node intends to occupy the second channel, wherein transmitting the first channel reservation indication occurs: if CUBS is transmitted, then before transmitting the CUBS or after transmitting the CUBS; if F-CUBS is transmitted before the CUBS, then before transmitting the F-CUBS and the CUBS, or after transmitting the F-CUBS and before transmitting the CUBS, or after transmitting the F-CUBS and the CUBS. contending for access to a first channel of a radio frequency spectrum, the contending performed by a first node operating according to a first radio access technology; and transmitting, by the first node, upon winning contention for access to the first channel: a channel usage beacon signal, CUBS, or a fractional CUBS, F-CUBS, or both to reserve the first channel for a transmission on the first channel; a channel usage beacon signal, CUBS, or a fractional CUBS, F-CUBS, or both to reserve the first channel for a transmission on the first channel; and further transmitting a first channel reservation indication on at least a second channel of the radio frequency spectrum to at least one second node operating according to a second radio access technology, the first channel reservation indication being decodable by the second node operating according to the second radio access technology and informing the second node that the first node intends to occupy the second channel, wherein transmitting the first channel reservation indication occurs: if CUBS is transmitted, then before transmitting the CUBS or after transmitting the CUBS; if F-CUBS is transmitted before the CUBS, then before transmitting the F-CUBS and the CUBS, or after transmitting the F-CUBS and before transmitting the CUBS, or after transmitting the F-CUBS and the CUBS. if CUBS is transmitted, then before transmitting the CUBS or after transmitting the CUBS; if F-CUBS is transmitted before the CUBS, then before transmitting the F-CUBS and the CUBS, or after transmitting the F-CUBS and before transmitting the CUBS, or after transmitting the F-CUBS and the CUBS.
An information processing apparatus capable of communicating with a game controller, the information processing apparatus comprising: a connection unit performing processing for establishing connection with the game controller in accordance with a received connection signal in accordance with at least any of an operation onto a first operation portion of the game controller and an operation onto a second operation portion of the game controller; a transmission unit transmitting, when the processing for establishing connection is completed, a request signal requesting for information on an operation time at which the operation onto the first operation portion has been performed and an operation time at which the operation onto the second operation portion has been performed, the information being stored in a storage unit of the game controller; a determination unit determining whether the operation onto the first operation portion and the operation onto the second operation portion satisfy a predetermined condition based on the information on the operation time transmitted from the game controller; a registration unit registering a first operation scheme as an operation scheme of the game controller when a result of determination by the determination unit is affirmative, the first operation scheme being a vertical holding scheme or a lateral holding scheme; and a game processing execution unit performing game processing based on at least any of a first operation signal in accordance with the operation onto the first operation portion and a second operation signal in accordance with the operation onto the second operation portion. a connection unit performing processing for establishing connection with the game controller in accordance with a received connection signal in accordance with at least any of an operation onto a first operation portion of the game controller and an operation onto a second operation portion of the game controller; a transmission unit transmitting, when the processing for establishing connection is completed, a request signal requesting for information on an operation time at which the operation onto the first operation portion has been performed and an operation time at which the operation onto the second operation portion has been performed, the information being stored in a storage unit of the game controller; a determination unit determining whether the operation onto the first operation portion and the operation onto the second operation portion satisfy a predetermined condition based on the information on the operation time transmitted from the game controller; a registration unit registering a first operation scheme as an operation scheme of the game controller when a result of determination by the determination unit is affirmative, the first operation scheme being a vertical holding scheme or a lateral holding scheme; and a game processing execution unit performing game processing based on at least any of a first operation signal in accordance with the operation onto the first operation portion and a second operation signal in accordance with the operation onto the second operation portion.
An insulation detecting circuit, including: a first switching unit; a second switching unit electrically coupled to the first switching unit; a detecting resistor (Rd); a processing unit configured to control the first switching unit and the second switching unit; and a voltage detecting unit configured to obtain a first voltage value across the detecting resistor (Rd) when the processing unit controls the first switching unit to be on and the second switching unit to be off, wherein the voltage detecting unit is further configured to obtain a second voltage value across the detecting resistor (Rd) when the processing unit controls the first switching unit to be off and the second switching unit to be on, and wherein the processing unit is further configured to operate in a first mode and calculate an insulation impedance value of a power converting device according to the first voltage value and the second voltage value, wherein the insulation detecting circuit is characterized in that the first switching unit and the second switching unit are electrically coupled at a node, and wherein the insulation detecting circuit further includes: a second resistor electrically coupled between the detecting resistor (Rd) and the node. a first switching unit; a second switching unit electrically coupled to the first switching unit; a detecting resistor (Rd); a processing unit configured to control the first switching unit and the second switching unit; and a voltage detecting unit configured to obtain a first voltage value across the detecting resistor (Rd) when the processing unit controls the first switching unit to be on and the second switching unit to be off, wherein the voltage detecting unit is further configured to obtain a second voltage value across the detecting resistor (Rd) when the processing unit controls the first switching unit to be off and the second switching unit to be on, and wherein the processing unit is further configured to operate in a first mode and calculate an insulation impedance value of a power converting device according to the first voltage value and the second voltage value, wherein the insulation detecting circuit is characterized in that the first switching unit and the second switching unit are electrically coupled at a node, and wherein the insulation detecting circuit further includes: a second resistor electrically coupled between the detecting resistor (Rd) and the node.
A computer-implemented method for managing and controlling virtual machines, comprising: accessing a virtual machine for use in a managed system; prior to executing the VM, applying one or more compliance policies to the VM to determine if the VM is compliant with a VM compliance scheme associated with the managed system, wherein the one or more compliance policies includes checking for installed software; and in response to the VM being non-compliant, adapting the VM into compliance pre-execution by installing software; characterised in that the method further comprises: analyzing the adaptations made to the VM by getting a pre-execution state of the VM and a post-execution state of the VM, and deriving an optimized variant of the VM based on the analysis of the adaptations. accessing a virtual machine for use in a managed system; prior to executing the VM, applying one or more compliance policies to the VM to determine if the VM is compliant with a VM compliance scheme associated with the managed system, wherein the one or more compliance policies includes checking for installed software; and in response to the VM being non-compliant, adapting the VM into compliance pre-execution by installing software; characterised in that the method further comprises: analyzing the adaptations made to the VM by getting a pre-execution state of the VM and a post-execution state of the VM, and deriving an optimized variant of the VM based on the analysis of the adaptations. analyzing the adaptations made to the VM by getting a pre-execution state of the VM and a post-execution state of the VM, and deriving an optimized variant of the VM based on the analysis of the adaptations.
A device for measuring blood microcirculation, the device comprising a) an inner member (210,701) comprising a rigid rounded tip, the rounded tip configured to contact a skin region and to provide an external force to the skin region, wherein the external force is sufficient in pressure and duration to alter blood perfusion in the skin region; and b) a sensor comprising a photonic excitation source and a photonic detector, wherein the sensor is configured to measure one or more blood flow parameters dynamically prior to, during, and/or after application of the external force to the skin region, wherein the inner member (210,701) comprises the sensor. a) an inner member (210,701) comprising a rigid rounded tip, the rounded tip configured to contact a skin region and to provide an external force to the skin region, wherein the external force is sufficient in pressure and duration to alter blood perfusion in the skin region; and b) a sensor comprising a photonic excitation source and a photonic detector, wherein the sensor is configured to measure one or more blood flow parameters dynamically prior to, during, and/or after application of the external force to the skin region,
A process for producing a cyclic polyarylene sulfide comprising the heating of a reaction mixture containing at least (a) a linear polyarylene sulfide, (b) a sulfidizing agent selected from alkali metal sulfides and alkali metal hydrosulfides, (c) a dihalogenated aromatic compound, and (d) an organic polar solvent, to cause reaction to produce a cyclic polyarylene sulfide wherein the amount of the organic polar solvent is 1.25 liters or more per mole of the sulfur component in the reaction mixture. (a) a linear polyarylene sulfide, (b) a sulfidizing agent selected from alkali metal sulfides and alkali metal hydrosulfides, (c) a dihalogenated aromatic compound, and (d) an organic polar solvent,
A method for the thermomechanical analysis of a sample of a material, comprising the a) Arrangement of a sample in a thermomechanical analysis device and tempering of the sample by means of the analysis device according to a modulated temperature program, b) Recording of data obtained by means of the analysis device, which are representative for a change in length (dL) of the sample in the course of tempering, c) Evaluation of data to determine a reversible component (dL rev) for the change in length (dL) and/or a reversible component (α rev) for the thermal expansion coefficient (α) of the sample, d) Calculation of a corrected, reversible component (dL rev-corr; α rev-corr) for the change in length (dL) and/or the thermal expansion coefficient (α) by means of a correction parameter (k), which is calculated using a correlation derived from the data between a parameter (α total) characterizing a total change in length (dL total) and a parameter (α rev) characterizing the reversible component (dL rev) for the change in length (dL), characterized in that the temperature program has a first segment with a first base heating rate (β1) and the correction parameter (k) is calculated based on data from the first segment as a function of temperature from an estimation of a temperature-dependent function of the mentioned correlation in a range of the first segment in which the sample is not subject to any thermally induced conversion process, and that the temperature program has a second segment with a second base heating rate (β2) and the correction parameter (k) calculated based on data from the first segment is used to calculate the corrected, reversible component (dL rev-corr; α rev-corr) for the change in length (dL) and/or the thermal expansion coefficient (α) in the second segment, a) Arrangement of a sample in a thermomechanical analysis device and tempering of the sample by means of the analysis device according to a modulated temperature program, b) Recording of data obtained by means of the analysis device, which are representative for a change in length (dL) of the sample in the course of tempering, c) Evaluation of data to determine a reversible component (dL rev) for the change in length (dL) and/or a reversible component (α rev) for the thermal expansion coefficient (α) of the sample, d) Calculation of a corrected, reversible component (dL rev-corr; α rev-corr) for the change in length (dL) and/or the thermal expansion coefficient (α) by means of a correction parameter (k), which is calculated using a correlation derived from the data between a parameter (α total) characterizing a total change in length (dL total) and a parameter (α rev) characterizing the reversible component (dL rev) for the change in length (dL),
A syringe assembly, comprising: a syringe barrel having an inside surface defining a chamber, an open proximal end, and a distal end having an opening therethrough; and an elongated plunger rod extending between a first end and a second end, and a plunger head extending within the chamber of the syringe barrel, the second end of the plunger rod interconnected with the plunger head through a pivotable connection, wherein the plunger head is adapted for slidable movement within the syringe barrel between the proximal end and the distal end, the syringe assembly is characterized by a guard disposed on the first end of the plunger rod; and the plunger rod is adapted to pivot with respect to the plunger head between a first position in which the guard is adjacent the distal end of the syringe barrel and a second position in which the plunger rod is in general axial alignment with the syringe barrel, and is further adapted for axial movement so as to cause said slidable movement of the plunger head through the syringe barrel, wherein the guard is adapted to cover the opening in the distal end of the syringe barrel in the first position. a syringe barrel having an inside surface defining a chamber, an open proximal end, and a distal end having an opening therethrough; and an elongated plunger rod extending between a first end and a second end, and a plunger head extending within the chamber of the syringe barrel, the second end of the plunger rod interconnected with the plunger head through a pivotable connection, wherein the plunger head is adapted for slidable movement within the syringe barrel between the proximal end and the distal end, the syringe assembly is characterized by a guard disposed on the first end of the plunger rod; and the plunger rod is adapted to pivot with respect to the plunger head between a first position in which the guard is adjacent the distal end of the syringe barrel and a second position in which the plunger rod is in general axial alignment with the syringe barrel, and is further adapted for axial movement so as to cause said slidable movement of the plunger head through the syringe barrel, wherein the guard is adapted to cover the opening in the distal end of the syringe barrel in the first position.