mhurhangee/patent-ind-claim-en huggingface dataset:
A printer , comprising: a printer housing ; a photoconductor supported in the printer housing to apply toner to a print substrate; a developer supported in the printer housing to apply toner to the photoconductor ; a light source to expose parts of the photoconductor to light; and a toner container to supply toner to the developer, the toner container having a container housing enclosing a toner supply reservoir operatively connected to the developer, and an exterior of the container housing defining an opening through which the light may pass from the light source to the photoconductor ; characterized by an interior of the container housing defining the supply reservoir , the supply reservoir surrounding the opening and including a lower chamber extending laterally under the opening and an upper chamber extending laterally over the opening , the upper chamber connected to the lower chamber at least at both sides of the opening along a full length of the opening ; wherein the upper chamber comprises a floor that corresponds to the ceiling of the opening , the floor being shaped as a peak or a dome thereby allowing toner to flow passively into the lower chamber ; the container housing being integrated into the printer housing as a load bearing structure. a printer housing ; a photoconductor supported in the printer housing to apply toner to a print substrate; a developer supported in the printer housing to apply toner to the photoconductor ; a light source to expose parts of the photoconductor to light; and a toner container to supply toner to the developer, the toner container having a container housing enclosing a toner supply reservoir operatively connected to the developer, and an exterior of the container housing defining an opening through which the light may pass from the light source to the photoconductor ; characterized by an interior of the container housing defining the supply reservoir , the supply reservoir surrounding the opening and including a lower chamber extending laterally under the opening and an upper chamber extending laterally over the opening , the upper chamber connected to the lower chamber at least at both sides of the opening along a full length of the opening ; wherein the upper chamber comprises a floor that corresponds to the ceiling of the opening , the floor being shaped as a peak or a dome thereby allowing toner to flow passively into the lower chamber ; the container housing being integrated into the printer housing as a load bearing structure.
An article of footwear , comprising: a sole structure , comprising: a midsole body having a proximal surface and a distal surface ; wherein the midsole body has a first set of holes extending through the midsole body from the proximal surface to the distal surface , a second set of holes extending through the midsole body from the proximal surface to the distal surface , and a cleft extending partway through the midsole body between the first set of holes and the second set of holes ; wherein center axes (CA) of holes of the first set are parallel with center axes (CA) of holes of the second set with the cleft open, and are nonparallel with the center axes (CA) of the holes of the second set with the cleft closed; a plurality of proprioceptive elements , each proprioceptive element disposed in a different hole of the first set or of the second set, and translatable relative to the midsole body along a central axis (CA) of the respective hole in a direction toward the proximal surface under a force along the central axis (CA) at a distal end of the proprioceptive element ; a connecting web integral with the plurality of proprioceptive elements at either proximal ends or distal ends of the plurality of proprioceptive elements such that the connecting web and the plurality of proprioceptive elements are a single, unitary component; and in combination with a sock overlying the connecting web such that the proximal ends of the plurality of proprioceptive elements translate into a foot-receiving cavity of the sock. a midsole body having a proximal surface and a distal surface ; wherein the midsole body has a first set of holes extending through the midsole body from the proximal surface to the distal surface , a second set of holes extending through the midsole body from the proximal surface to the distal surface , and a cleft extending partway through the midsole body between the first set of holes and the second set of holes ; wherein center axes (CA) of holes of the first set are parallel with center axes (CA) of holes of the second set with the cleft open, and are nonparallel with the center axes (CA) of the holes of the second set with the cleft closed; a plurality of proprioceptive elements , each proprioceptive element disposed in a different hole of the first set or of the second set, and translatable relative to the midsole body along a central axis (CA) of the respective hole in a direction toward the proximal surface under a force along the central axis (CA) at a distal end of the proprioceptive element ; a connecting web integral with the plurality of proprioceptive elements at either proximal ends or distal ends of the plurality of proprioceptive elements such that the connecting web and the plurality of proprioceptive elements are a single, unitary component; and in combination with a sock overlying the connecting web such that the proximal ends of the plurality of proprioceptive elements translate into a foot-receiving cavity of the sock.
A manufacturing device for a dental restoration , comprising: - a tool for machining a blank ; - a detection device for detecting a spindle current of a turning spindle ; and - a calculating device for calculating wear of the tool based on the spindle current, characterized in that the calculating device is configured to calculate an interval for the average 50% of the values of the spindle current. - a tool for machining a blank ; - a detection device for detecting a spindle current of a turning spindle ; and - a calculating device for calculating wear of the tool based on the spindle current,
Media converter, comprising - an electrical bus port for connecting a first electrical bus and - an optical bus port for connecting an optical bus , the media converter being designed to convert an electrical signal (S1) of the first electrical bus into an optical signal (SO) of the optical bus in such a way that, for a first value (W1) of an internal control signal (SI1) of the media converter , the optical signal (SO) corresponds to the electrical signal (S1) and, for a second value (W2) of the internal control signal (SI1), the optical signal (SO) has an inverted shape corresponding to the electrical signal (S1), characterized in that in a transmission phase (PS1, PB1) during which the internal control signal (SI1) changes from the first value (W1) to the second value (W2), the media converter is designed to emit the optical signal (SO) in such a way that the optical signal (SO) corresponds to the electrical signal (S1) until the end of the transmission phase (PS1, PB1). - an electrical bus port for connecting a first electrical bus and - an optical bus port for connecting an optical bus , the media converter being designed to convert an electrical signal (S1) of the first electrical bus into an optical signal (SO) of the optical bus in such a way that, for a first value (W1) of an internal control signal (SI1) of the media converter , the optical signal (SO) corresponds to the electrical signal (S1) and, for a second value (W2) of the internal control signal (SI1), the optical signal (SO) has an inverted shape corresponding to the electrical signal (S1),
A method of providing treatment information for treatment of a tumor comprising: determining from sequencing data a copy number and an allele fraction for an allele within the sequencing data; ascertaining allelic state information for the allele in the tumor ex-vivo based on the determined copy number and the determined allele fraction; and using the allelic state information for identifying the presence or emergence of an evolutionary pattern of clones within the tumor that is indicative of susceptibility of the tumor to treatment with a drug. determining from sequencing data a copy number and an allele fraction for an allele within the sequencing data; ascertaining allelic state information for the allele in the tumor ex-vivo based on the determined copy number and the determined allele fraction; and using the allelic state information for identifying the presence or emergence of an evolutionary pattern of clones within the tumor that is indicative of susceptibility of the tumor to treatment with a drug.
A portable lighting device, comprising: - a shell ; - at least one luminous element disposed in the shell ; - a lens component , disposed in the shell and sleeved on a front side of the luminous element for collecting light emitted by the luminous element and guiding the light to an outside of the shell ; - a battery compartment , disposed in the shell and located at a rear side of the luminous element , comprising: - a base plate ; and - at least one side wall , extending from an edge of the base plate in a direction away from the luminous element ; and - at least one positive terminal and at least one negative terminal , disposed in the battery compartment , and configured to be electrically connected to the luminous element , respectively; wherein the battery compartment is made of transparent and fluorescent materials; wherein the lighting device further comprises: - at least one indicator mark , disposed on the base plate of the battery compartment , for indicating the positive terminal and / or the negative terminal ; and - a plurality of light-transmitting channels , configured to allow the light emitted by the luminous element to irradiate the base plate of the battery compartment to stimulate the base plate to emit light and exhibit an afterglow. - a shell ; - at least one luminous element disposed in the shell ; - a lens component , disposed in the shell and sleeved on a front side of the luminous element for collecting light emitted by the luminous element and guiding the light to an outside of the shell ; - a battery compartment , disposed in the shell and located at a rear side of the luminous element , comprising: - a base plate ; and - at least one side wall , extending from an edge of the base plate in a direction away from the luminous element ; and - a base plate ; and - at least one side wall , extending from an edge of the base plate in a direction away from the luminous element ; and - at least one positive terminal and at least one negative terminal , disposed in the battery compartment , and configured to be electrically connected to the luminous element , respectively; wherein the battery compartment is made of transparent and fluorescent materials; wherein the lighting device further comprises: - at least one indicator mark , disposed on the base plate of the battery compartment , for indicating the positive terminal and / or the negative terminal ; and - a plurality of light-transmitting channels , configured to allow the light emitted by the luminous element to irradiate the base plate of the battery compartment to stimulate the base plate to emit light and exhibit an afterglow. - at least one indicator mark , disposed on the base plate of the battery compartment , for indicating the positive terminal and / or the negative terminal ; and - a plurality of light-transmitting channels , configured to allow the light emitted by the luminous element to irradiate the base plate of the battery compartment to stimulate the base plate to emit light and exhibit an afterglow.
A position indicator comprising: a core body having conductivity, wherein the core body has a main body portion and a tip end portion ; a conductive elastic member including a through hole and a holding portion for holding and fixing the core body , the core body being detachably fitted into the conductive elastic member ; a core body holder having conductivity, wherein the core body holder has a housing fitting portion and a rod-shaped portion formed integrally with each other, wherein the housing fitting portion has a first recessed hole configured to house and fit with the conductive elastic member to retain the core body fitted in the conductive elastic member and a second recessed hole , wherein the second recessed hole is formed at a bottom portion of the first recessed hole so that a part of the main body portion of the core body being on an opposite side from the tip end portion, when fitted into the conductive elastic member , penetrates through and projects from the through hole into the second recessed hole ; a signal transmitting unit ; and an electric connecting member for establishing an electric connection between the core body holder and the signal transmitting unit ; wherein the signal transmitting unit is configured to supply a signal to the conductive core body through the electric connecting member , the core body holder , and the conductive elastic member . a core body having conductivity, wherein the core body has a main body portion and a tip end portion ; a conductive elastic member including a through hole and a holding portion for holding and fixing the core body , the core body being detachably fitted into the conductive elastic member ; a core body holder having conductivity, wherein the core body holder has a housing fitting portion and a rod-shaped portion formed integrally with each other, wherein the housing fitting portion has a first recessed hole configured to house and fit with the conductive elastic member to retain the core body fitted in the conductive elastic member and a second recessed hole , wherein the second recessed hole is formed at a bottom portion of the first recessed hole so that a part of the main body portion of the core body being on an opposite side from the tip end portion, when fitted into the conductive elastic member , penetrates through and projects from the through hole into the second recessed hole ; a signal transmitting unit ; and an electric connecting member for establishing an electric connection between the core body holder and the signal transmitting unit ; wherein the signal transmitting unit is configured to supply a signal to the conductive core body through the electric connecting member , the core body holder , and the conductive elastic member .
A lithium-ion secondary battery comprising a positive electrode plate, a negative electrode plate, a separator and an electrolyte, wherein the positive electrode plate comprises a positive electrode current collector and a positive electrode film disposed on at least one surface of the positive electrode current collector, wherein the positive electrode film comprises a positive active material which is a lithium manganese-based positive active material, and the electrolyte comprises an organic solvent and a lithium salt, characterized in that , the positive electrode plate satisfies formula , ρ sum ρ 97.5 − a ≤ 3 in which p sum is volume resistivity of the positive electrode plate, in kΩ·cm, measured according to the description; p is powder volume resistivity of the positive active material under a pressure of 20MPa, in kQ cm, measured according to Test section described in the description; a is mass percentage of the positive active material in the positive electrode film, in wt%; wherein the positive active material has a powder volume resistivity p under a pressure of 20 MPa between 0 to 450 kQ cm. characterized in that , the positive electrode plate satisfies formula , ρ sum ρ 97.5 − a ≤ 3 in which p sum is volume resistivity of the positive electrode plate, in kΩ·cm, measured according to the description; p is powder volume resistivity of the positive active material under a pressure of 20MPa, in kQ cm, measured according to Test section described in the description; a is mass percentage of the positive active material in the positive electrode film, in wt%; wherein the positive active material has a powder volume resistivity p under a pressure of 20 MPa between 0 to 450 kQ cm.
A container for fire containment and extinguishment comprising: a container body that defines an internal volume and an opening into said internal volume ; a cover positionable over said opening ; a first sealing member positioned between said container body and said cover when said cover is positioned over said opening , wherein said first sealing member is formed from a heat-resistant material; a locking mechanism connected to said container body and said cover to retain said cover over said opening ; a retaining skirt , wherein said retaining skirt and said cover define a compartment ; and a fire extinguishing agent received in said compartment ; wherein said cover defines an elongated opening , wherein said retaining skirt is sized and shaped to pass through said elongated opening and wherein said retaining skirt comprises a second sealing member , and wherein said second sealing member seals said elongated opening when said retaining skirt is withdrawn from said cover through said elongated opening . a container body that defines an internal volume and an opening into said internal volume ; a cover positionable over said opening ; a first sealing member positioned between said container body and said cover when said cover is positioned over said opening , wherein said first sealing member is formed from a heat-resistant material; a locking mechanism connected to said container body and said cover to retain said cover over said opening ; a retaining skirt , wherein said retaining skirt and said cover define a compartment ; and a fire extinguishing agent received in said compartment ; wherein said cover defines an elongated opening , wherein said retaining skirt is sized and shaped to pass through said elongated opening and wherein said retaining skirt comprises a second sealing member , and wherein said second sealing member seals said elongated opening when said retaining skirt is withdrawn from said cover through said elongated opening .
A photolithography system for microfeature workpieces, comprising: a support configured to carry a microfeature workpiece ; a radiation system positioned proximate to the support to direct radiation along a radiation path toward the support; and an immersion lens system that includes: a lens , wherein at least one of the lens and the support is movable relative to the other; a liquid supply device having at least one liquid supply port positioned to deliver a liquid proximate to the lens, the liquid supply device further including a liquid return port positioned proximate to the at least one liquid supply port to remove liquid; a gas bearing having at least one nozzle directed toward the support; a gas injection device having multiple inwardly directed injection ports ; and a controller operatively coupled to the gas injection device to control activation of the gas injection device, wherein the controller is configured to activate selected injection ports depending upon relative motion between the lens and the support. a support configured to carry a microfeature workpiece ; a radiation system positioned proximate to the support to direct radiation along a radiation path toward the support; and an immersion lens system that includes: a lens , wherein at least one of the lens and the support is movable relative to the other; a liquid supply device having at least one liquid supply port positioned to deliver a liquid proximate to the lens, the liquid supply device further including a liquid return port positioned proximate to the at least one liquid supply port to remove liquid; a gas bearing having at least one nozzle directed toward the support; a gas injection device having multiple inwardly directed injection ports ; and a controller operatively coupled to the gas injection device to control activation of the gas injection device, wherein the controller is configured to activate selected injection ports depending upon relative motion between the lens and the support. a lens , wherein at least one of the lens and the support is movable relative to the other; a liquid supply device having at least one liquid supply port positioned to deliver a liquid proximate to the lens, the liquid supply device further including a liquid return port positioned proximate to the at least one liquid supply port to remove liquid; a gas bearing having at least one nozzle directed toward the support; a gas injection device having multiple inwardly directed injection ports ; and a controller operatively coupled to the gas injection device to control activation of the gas injection device, wherein the controller is configured to activate selected injection ports depending upon relative motion between the lens and the support.
A dehumidification system for use in an aircraft assembly , said system comprising: a thermally conductive member configured to be coupled to an outer skin of the aircraft assembly; a duct at least partially circumscribing said thermally conductive member such that an air flow passage is defined between said duct and said thermally conductive member, said thermally conductive member configured to transmit a temperature of the outer skin to moisture-laden air channeled through said air flow passage; a suction system coupled in flow communication with said duct and configured to drain fluid from said duct; and a vacuum system coupled in flow communication with said duct and configured to create a negative pressure in said duct to draw the moisture-laden air through at least one air inlet opening defined in said duct. a thermally conductive member configured to be coupled to an outer skin of the aircraft assembly; a duct at least partially circumscribing said thermally conductive member such that an air flow passage is defined between said duct and said thermally conductive member, said thermally conductive member configured to transmit a temperature of the outer skin to moisture-laden air channeled through said air flow passage; a suction system coupled in flow communication with said duct and configured to drain fluid from said duct; and a vacuum system coupled in flow communication with said duct and configured to create a negative pressure in said duct to draw the moisture-laden air through at least one air inlet opening defined in said duct.
A device for synthesizing nanomaterials, the device comprising: a container configured to hold a first and a second immiscible dielectric liquids ; the first liquid is hexamethyldisilazane, HMDSN, being arranged in an upper portion of the container; the second liquid is water being arranged in a lower portion of the container, wherein an interface is formed between the water and the HMDSN liquid; an anode passing through the HMDSN liquid and having a first end in contact with the water and positioned by a distance of 0.0 mm to 4.0 mm from the interface , and a cathode in contact with or immersed in the water , wherein the cathode and the first end of the anode are separated by a distance of 1.0 mm to 10.0 mm, wherein when a voltage is applied to the anode, a plasma is generated, which disassociates molecules in the water and the HMDSN liquid to synthesize the nanomaterials. a container configured to hold a first and a second immiscible dielectric liquids ; the first liquid is hexamethyldisilazane, HMDSN, being arranged in an upper portion of the container; the second liquid is water being arranged in a lower portion of the container, wherein an interface is formed between the water and the HMDSN liquid; an anode passing through the HMDSN liquid and having a first end in contact with the water and positioned by a distance of 0.0 mm to 4.0 mm from the interface , and a cathode in contact with or immersed in the water , wherein the cathode and the first end of the anode are separated by a distance of 1.0 mm to 10.0 mm, wherein when a voltage is applied to the anode, a plasma is generated, which disassociates molecules in the water and the HMDSN liquid to synthesize the nanomaterials.