mhurhangee/patent-ind-claim-en huggingface dataset:
A media processing device comprising: a processing unit configured to process media; a cutting unit configured to cut the media; a conveyance unit configured to convey the media; a media exit from which the media conveyed by the conveyance unit may be discharged; a detection unit configured to detect displacement of the media discharged from the media exit in a direction different from the direction in which the media are conveyed by the conveyance unit , after media conveyance by the conveyance unit stops; and a control unit configured to control cutting the media by the cutting unit when displacement of the media is detected by the detection unit , characterized in that the control unit is configured to control the detection unit to detect media displacement for a predetermined period of time after media conveyance stops. a processing unit configured to process media; a cutting unit configured to cut the media; a conveyance unit configured to convey the media; a media exit from which the media conveyed by the conveyance unit may be discharged; a detection unit configured to detect displacement of the media discharged from the media exit in a direction different from the direction in which the media are conveyed by the conveyance unit , after media conveyance by the conveyance unit stops; and a control unit configured to control cutting the media by the cutting unit when displacement of the media is detected by the detection unit , characterized in that the control unit is configured to control the detection unit to detect media displacement for a predetermined period of time after media conveyance stops.
A system for estimating fluid flow in a system including a pump displacing a liquid and a fluid vessel operatively coupled to the pump via a conduit , comprising: an accelerometer affixed to an exterior surface of the conduit , wherein the accelerometer is configured to generate signals representing physical movement of the conduit , and wherein the signals are suitable for estimating fluid flow in the conduit , wherein the accelerometer comprises a control logic for processing the accelerometer signals, characterized in that sensitivity of the accelerometer is configured to be adjusted via logic switches, independent of, or in conjunction with the control logic to allow for a plurality of sensitivities. an accelerometer affixed to an exterior surface of the conduit , wherein the accelerometer is configured to generate signals representing physical movement of the conduit , and wherein the signals are suitable for estimating fluid flow in the conduit , wherein the accelerometer comprises a control logic for processing the accelerometer signals, characterized in that sensitivity of the accelerometer is configured to be adjusted via logic switches, independent of, or in conjunction with the control logic to allow for a plurality of sensitivities.
A synthetic DNA molecule comprising a nucleotide sequence selected from the group consisting of: (a) a nucleotide sequence set forth in any one of SEQ ID NOs: 1-3; and (b) a nucleotide sequence that is at least about 80% identical to the nucleotide sequence of any one of SEQ ID NOs: 1-3, and which encodes a promoter having plant trichome gland specific transcriptional activity, wherein the nucleotide sequence is operably linked to a heterologous nucleic acid. (a) a nucleotide sequence set forth in any one of SEQ ID NOs: 1-3; and (b) a nucleotide sequence that is at least about 80% identical to the nucleotide sequence of any one of SEQ ID NOs: 1-3, and which encodes a promoter having plant trichome gland specific transcriptional activity,
Refrigerated display counter comprising: - a frame , - a back wall suitable for facing an operator, - a front wall suitable for facing the consumers, - two side walls ; - a refrigerated compartment (R) defined by the frame and the walls, - a refrigeration system that is configured in such a way to cool the refrigerated compartment (R), - support means disposed in the refrigerated compartment (R) in order to support products to be displayed, and - insulation panels disposed on the walls of the refrigerated display counter, wherein said insulation panels comprise two insulation panels of vacuum insulation panel (VIP) type that are disposed on the back wall and on the front wall of the refrigerated display counter, respectively, wherein the insulation panels of VIP type are disposed in recessed seats obtained in said back wall and in said front wall and are protected by external protection layers ; wherein the external protection layer is coupled with said frame of the refrigerated display counter by means of removable coupling means (M); characterized in that the external protection layer of the back wall comprises: - a flange that protrudes in lower position in order to be engaged with a base section disposed under the back wall ; and - a rib that protrudes in upper position in order to be engaged with an upper section disposed above the back wall ; and the external protection layer of the front wall comprises: - a flange that protrudes in lower position in order to be engaged with a base section disposed under the front wall ; and - a rib that protrudes in upper position in order to be engaged with an upper section disposed above the front wall . - a frame , - a back wall suitable for facing an operator, - a front wall suitable for facing the consumers, - two side walls ; - a refrigerated compartment (R) defined by the frame and the walls, - a refrigeration system that is configured in such a way to cool the refrigerated compartment (R), - support means disposed in the refrigerated compartment (R) in order to support products to be displayed, and - insulation panels disposed on the walls of the refrigerated display counter, - a flange that protrudes in lower position in order to be engaged with a base section disposed under the back wall ; and - a rib that protrudes in upper position in order to be engaged with an upper section disposed above the back wall ; and - a flange that protrudes in lower position in order to be engaged with a base section disposed under the front wall ; and - a rib that protrudes in upper position in order to be engaged with an upper section disposed above the front wall .
A full charge sensing apparatus for sensing a fully charged state of a secondary battery based on an equivalent circuit model of the secondary battery, the apparatus comprising: a measuring unit configured to measure a voltage and a current during charging of the secondary battery; a learning unit configured to perform a learning process on a plurality of parameters in the equivalent circuit model using a result of measurement of the measuring unit; and a determining unit configured to determine that the secondary battery is in a fully charged state in a case where, among the parameters on which the learning process has been performed by the learning unit, a parameter corresponding to a reaction resistance of the secondary battery is greater than a predetermined threshold. a measuring unit configured to measure a voltage and a current during charging of the secondary battery; a learning unit configured to perform a learning process on a plurality of parameters in the equivalent circuit model using a result of measurement of the measuring unit; and a determining unit configured to determine that the secondary battery is in a fully charged state in a case where, among the parameters on which the learning process has been performed by the learning unit, a parameter corresponding to a reaction resistance of the secondary battery is greater than a predetermined threshold.
A combine side-shaking control system for use with a combine , comprising: a sieve for separating crop material from other materials; and a movable side-shaking mechanism coupled to the sieve and configured to move the sieve in a side-to-side motion; a first grain loss sensor configured to sense a first amount of grain loss from a first portion of the sieve ; a second grain loss sensor spaced from the first grain loss sensor and configured to sense a second amount of grain loss from a second portion of the sieve ; and a controller configured to: (i) receive a first grain loss value corresponding to the sensed first amount of grain loss and a second grain loss value corresponding to the sensed second amount of grain loss; and (ii) cause the side-shaking mechanism to control movement of the sieve in the side-to-side motion based on at least one of the received first grain loss value and the received second grain loss value; characterized in that the combine side-shaking control system comprises a comparator configured to compare the first grain loss value to the second grain loss value to obtain a grain loss difference value, and in that the controller is configured to cause the side-shaking mechanism to control movement of the sieve based on the grain loss difference value. a sieve for separating crop material from other materials; and a movable side-shaking mechanism coupled to the sieve and configured to move the sieve in a side-to-side motion; a first grain loss sensor configured to sense a first amount of grain loss from a first portion of the sieve ; a second grain loss sensor spaced from the first grain loss sensor and configured to sense a second amount of grain loss from a second portion of the sieve ; and a controller configured to: (i) receive a first grain loss value corresponding to the sensed first amount of grain loss and a second grain loss value corresponding to the sensed second amount of grain loss; and (ii) cause the side-shaking mechanism to control movement of the sieve in the side-to-side motion based on at least one of the received first grain loss value and the received second grain loss value; characterized in that the combine side-shaking control system comprises a comparator configured to compare the first grain loss value to the second grain loss value to obtain a grain loss difference value, and in that the controller is configured to cause the side-shaking mechanism to control movement of the sieve based on the grain loss difference value.
A system , comprising: a molten liquid conduit ; a nebulizer assembly operably coupled to the molten liquid conduit and adapted to receive, from the molten liquid conduit , a high-melting-point liquid ; wherein the nebulizer assembly is further adapted to aerosolize at least a portion of the high-melting-point liquid received from the molten liquid conduit , and where the nebulizer assembly further comprises a heater , a nebulizer , contained within the heater , and including a first fluid vessel in which the nebulizer is adapted to aerosolize the at least a portion of the high-melting-point liquid received from the molten liquid conduit , and an evacuator , contained with the heater , and including a second fluid vessel adapted to received, from the molten liquid conduit , the high-melting-point liquid , the second fluid vessel being operably coupled to the first fluid vessel of the nebulizer ; and one or more instruments operably coupled to the nebulizer assembly and adapted to receive the aerosolized high-melting-point liquid from the nebulizer , wherein the one or more instruments are further adapted to chemically analyze the aerosolized high-melting-point liquid . a molten liquid conduit ; a nebulizer assembly operably coupled to the molten liquid conduit and adapted to receive, from the molten liquid conduit , a high-melting-point liquid ; wherein the nebulizer assembly is further adapted to aerosolize at least a portion of the high-melting-point liquid received from the molten liquid conduit , and where the nebulizer assembly further comprises a heater , a nebulizer , contained within the heater , and including a first fluid vessel in which the nebulizer is adapted to aerosolize the at least a portion of the high-melting-point liquid received from the molten liquid conduit , and an evacuator , contained with the heater , and including a second fluid vessel adapted to received, from the molten liquid conduit , the high-melting-point liquid , the second fluid vessel being operably coupled to the first fluid vessel of the nebulizer ; and a heater , a nebulizer , contained within the heater , and including a first fluid vessel in which the nebulizer is adapted to aerosolize the at least a portion of the high-melting-point liquid received from the molten liquid conduit , and an evacuator , contained with the heater , and including a second fluid vessel adapted to received, from the molten liquid conduit , the high-melting-point liquid , the second fluid vessel being operably coupled to the first fluid vessel of the nebulizer ; and one or more instruments operably coupled to the nebulizer assembly and adapted to receive the aerosolized high-melting-point liquid from the nebulizer , wherein the one or more instruments are further adapted to chemically analyze the aerosolized high-melting-point liquid .
An electric motor comprising: a housing ; a stator disposed in the housing ; a rotor disposed inward of the stator in a radial direction ; and a shaft extending in an axial direction and coupled to the rotor, wherein the stator includes a stator core , a first insulator disposed on the stator core , and a coil disposed on the first insulator , wherein the first insulator includes a body on which the coil is disposed, a guide axially extending from the radially outer side of the portion of the body which is disposed on the stator core , wherein the guide includes an opening , and a holder extending from the distal portion of the guide and including a groove , wherein the finishing end T of the coil is disposed in the opening of the guide and in the groove of the holder and wherein the opening includes a bottom surface which has an inclination with respect to the axial direction, characterized in that the holder axially overlaps the bottom surface . a housing ; a stator disposed in the housing ; a rotor disposed inward of the stator in a radial direction ; and a shaft extending in an axial direction and coupled to the rotor, wherein the stator includes a stator core , a first insulator disposed on the stator core , and a coil disposed on the first insulator , wherein the first insulator includes a body on which the coil is disposed, a guide axially extending from the radially outer side of the portion of the body which is disposed on the stator core , wherein the guide includes an opening , and a holder extending from the distal portion of the guide and including a groove , wherein the finishing end T of the coil is disposed in the opening of the guide and in the groove of the holder and wherein the opening includes a bottom surface which has an inclination with respect to the axial direction, characterized in that the holder axially overlaps the bottom surface .
A roof, comprising: a plurality of metal battens mounted horizontally onto a plurality of wooden battens that are mounted vertically across the roof, each of the plurality of metal battens including a longitudinal channel that extends in a longitudinal direction; a thermal tubing containing liquid is extended along the longitudinal channel in the longitudinal direction and mounted in each of the plurality of metal battens , thus the metal batten alone holds the thermal tubing ; a heat exchanger connected to the thermal tubing ; a pump connected between the thermal tubing and the heat exchanger for circulating the liquid through the thermal tubing; a plurality of solar electric roof tiles mounted on the plurality of metal battens , thus the metal batten alone holds the thermal tubing and the plurality of solar electric roof tiles each of the plurality of solar electric roof tiles being a building integrated photovoltaic roof tile having a solar module that is glued to a fibre cement tile and connected in series to form a string; and an inverter connected to each string for converting direct current (DC) electricity that is fed from the plurality of solar electric roof tiles to alternating current (AC) electricity; and whereby the thermal tubing and the plurality of solar electric roof tiles operate simultaneously to generate domestic hot water and electricity respectively. a plurality of metal battens mounted horizontally onto a plurality of wooden battens that are mounted vertically across the roof, each of the plurality of metal battens including a longitudinal channel that extends in a longitudinal direction; a thermal tubing containing liquid is extended along the longitudinal channel in the longitudinal direction and mounted in each of the plurality of metal battens , thus the metal batten alone holds the thermal tubing ; a heat exchanger connected to the thermal tubing ; a pump connected between the thermal tubing and the heat exchanger for circulating the liquid through the thermal tubing; a plurality of solar electric roof tiles mounted on the plurality of metal battens , thus the metal batten alone holds the thermal tubing and the plurality of solar electric roof tiles each of the plurality of solar electric roof tiles being a building integrated photovoltaic roof tile having a solar module that is glued to a fibre cement tile and connected in series to form a string; and an inverter connected to each string for converting direct current (DC) electricity that is fed from the plurality of solar electric roof tiles to alternating current (AC) electricity; and whereby the thermal tubing and the plurality of solar electric roof tiles operate simultaneously to generate domestic hot water and electricity respectively.
A cannula lock , said cannula lock including: a shell , the shell having a void for receiving a device for performing a medical or surgical procedure; at least one anchor attached to the shell for releasably hold the shell static to a section of tissue against which the shell is placed; and an assembly disposed in the shell that is adapted: to receive the device and rotate around at least one axis so the angular orientation of the device around at least one axis relative to the shell can be selectively set; and be selectively held in a fixed position in the shell so as to hold the device in a fixed angular orientation relative to the shell, characterized in that , the assembly disposed in the shell is a brake , said brake including: a base and a head , said base and head configured to rotate around at least one axis within the shell and adapted to receive the device; and an actuator that extends between said base and head so as to rotate with said base and said head, said actuator configured to selectively move one of said base or said head away from the other of said head or said base so as to transition said brake from a release state in which said base and head are able to rotate within the shell with the device to a set state in which, when said base and said head are spaced apart from each other, said base and head press against surfaces internal to the shell to hold the device in a fixed angular orientation relative to the shell. a shell , the shell having a void for receiving a device for performing a medical or surgical procedure; at least one anchor attached to the shell for releasably hold the shell static to a section of tissue against which the shell is placed; and an assembly disposed in the shell that is adapted: to receive the device and rotate around at least one axis so the angular orientation of the device around at least one axis relative to the shell can be selectively set; and be selectively held in a fixed position in the shell so as to hold the device in a fixed angular orientation relative to the shell, characterized in that , the assembly disposed in the shell is a brake , said brake including: a base and a head , said base and head configured to rotate around at least one axis within the shell and adapted to receive the device; and an actuator that extends between said base and head so as to rotate with said base and said head, said actuator configured to selectively move one of said base or said head away from the other of said head or said base so as to transition said brake from a release state in which said base and head are able to rotate within the shell with the device to a set state in which, when said base and said head are spaced apart from each other, said base and head press against surfaces internal to the shell to hold the device in a fixed angular orientation relative to the shell.
A collision detection method of a self-propelled apparatus , wherein the self-propelled apparatus comprises a self-propelled electric motor for driving wheels to rotate, and the collision detection method comprises: detecting a current of the self-propelled electric motor in real time and calculating a change rate (ΔI) of the current of the self-propelled electric motor ; detecting a rotational speed of the self-propelled electric motor in real time and calculating a change rate (Δω) of the rotational speed of the self-propelled electric motor ; characterized in that determining, according to at least the change rate (ΔI) of the current and the change rate (Δω) of the rotational speed, whether the self-propelled apparatus collides, wherein it is determined that the apparatus collides if the current increases to a respective extent while the rotational speed decreases to a respective extent. detecting a current of the self-propelled electric motor in real time and calculating a change rate (ΔI) of the current of the self-propelled electric motor ; detecting a rotational speed of the self-propelled electric motor in real time and calculating a change rate (Δω) of the rotational speed of the self-propelled electric motor ; characterized in that determining, according to at least the change rate (ΔI) of the current and the change rate (Δω) of the rotational speed, whether the self-propelled apparatus collides, wherein it is determined that the apparatus collides if the current increases to a respective extent while the rotational speed decreases to a respective extent.