mhurhangee/patent-ind-claim-en huggingface dataset:
A cured product comprising a dispersant, inorganic particles, and a resin that is a product of polymerization or copolymerization of a curable resin, wherein the dispersant contains a compound represented by a formula R-X, R representing a group having an acryloyloxy group or a methacryloyloxy group at an end of the molecule thereof, X representing a carboxy group, wherein the dispersant content is 10 parts by volume to 20 parts by volume relative to 100 parts by volume of the cured product, and wherein the curable resin contains at least one monomer having an N number of polymerizable reactive groups, and the proportion of the at least one monomer is 25 parts by volume to 76 parts by volume relative to 100 parts by volume of the cured product, wherein N represents an integer of 2 or more. wherein the dispersant contains a compound represented by a formula R-X, R representing a group having an acryloyloxy group or a methacryloyloxy group at an end of the molecule thereof, X representing a carboxy group, wherein the dispersant content is 10 parts by volume to 20 parts by volume relative to 100 parts by volume of the cured product, and wherein the curable resin contains at least one monomer having an N number of polymerizable reactive groups, and the proportion of the at least one monomer is 25 parts by volume to 76 parts by volume relative to 100 parts by volume of the cured product, wherein N represents an integer of 2 or more.
Teach-in device for a robot cleaner , wherein the teach-in device comprises: - a housing , - a signalling facility , which is arranged in the housing and configured to emit predetermined data signals , which can be received by a receiving facility of a robot cleaner , - a control facility , which is arranged in the housing and configured to set the predetermined data signals of the signalling facility , and - comprises a floor sensor which is configured to activate or change a state of the signalling facility if the floor sensor makes contact with the floor, characterised in that - the teach-in device is provided to scan a peripheral line of at least one surface on the floor. - a housing , - a signalling facility , which is arranged in the housing and configured to emit predetermined data signals , which can be received by a receiving facility of a robot cleaner , - a control facility , which is arranged in the housing and configured to set the predetermined data signals of the signalling facility , and - comprises a floor sensor which is configured to activate or change a state of the signalling facility if the floor sensor makes contact with the floor, characterised in that - the teach-in device is provided to scan a peripheral line of at least one surface on the floor.
A humidity management device comprising: a chamber having a first end and a second end ; an air inlet disposed adjacent the first end , wherein the air inlet is configured to receive input air having a first humidity level; and an air outlet disposed adjacent the second end ; characterized by further comprising a rotatable brush disposed between the first and second ends , the brush having a sorbent-carrying surface; and sorbent distribution means configured to distribute a sorbent over the sorbent-carrying surface, wherein the air outlet is configured to draw said input air to contact the sorbent-carrying surface to thereby change a moisture content of said input air such that output air exiting the air outlet has a second humidity level different from the first humidity level. a chamber having a first end and a second end ; an air inlet disposed adjacent the first end , wherein the air inlet is configured to receive input air having a first humidity level; and an air outlet disposed adjacent the second end ; characterized by further comprising a rotatable brush disposed between the first and second ends , the brush having a sorbent-carrying surface; and sorbent distribution means configured to distribute a sorbent over the sorbent-carrying surface, wherein the air outlet is configured to draw said input air to contact the sorbent-carrying surface to thereby change a moisture content of said input air such that output air exiting the air outlet has a second humidity level different from the first humidity level.
Hydro-resilient damper comprising at least one resilient assembly , the at least one resilient assembly comprising an internal frame and an external frame which can be moved relative to each other at least in terms of translation along a longitudinal axis, the at least one resilient assembly comprising a resilient member which connects the external frame to the internal frame , wherein the at least one resilient assembly comprises a compression chamber having a volume which is variable in accordance with the relative position of the internal frame and the external frame , the hydro-resilient damper comprising a damper assembly which comprises an expansion chamber with variable volume, a fluid being arranged in the compression chamber and the expansion chamber , the compression chamber being connected hydraulically to the expansion chamber by means of three hydraulic connections which comprise respectively, a conduit , at least a first passage and a pressure relief valve which is configured to enable the circulation of the fluid only from the compression chamber to the expansion chamber and only when a pressure of the fluid in the compression chamber exceeds a threshold, at least a second passage and a non-return valve which is configured to enable the circulation of the fluid only from the expansion chamber to the compression chamber and only when a pressure of the fluid in the compression chamber is lower than a pressure of the fluid in the expansion chamber , and characterised in that the expansion chamber being delimited in a transverse direction (AT) by a base and a piston , the piston being movable in translation in this transverse direction (AT).
A single dose pack comprising: a container, wherein the container comprises a water-soluble film; and a wash composition encapsulated within the container, wherein the wash composition comprises: a detergent surfactant; water present in an amount of from about 8 to about 40 weight percent, based on the total weight of the wash composition; and a polyethylene glycol (PEG) blend comprising at least one relatively higher molecular weight (MW) PEG having an average MW of about 1500 Daltons or greater in combination with at least one relatively lower MW PEG having an average MW of about 400 Daltons or less and/or at least one mid-MW PEG having an average MW of between about 400 and about 1500 Daltons, wherein the PEG blend is present in an amount of from about 15 to about 50 weight percent, based on the total weight of the wash composition. a container, wherein the container comprises a water-soluble film; and a wash composition encapsulated within the container, wherein the wash composition comprises: a detergent surfactant; water present in an amount of from about 8 to about 40 weight percent, based on the total weight of the wash composition; and a polyethylene glycol (PEG) blend comprising at least one relatively higher molecular weight (MW) PEG having an average MW of about 1500 Daltons or greater in combination with at least one relatively lower MW PEG having an average MW of about 400 Daltons or less and/or at least one mid-MW PEG having an average MW of between about 400 and about 1500 Daltons, wherein the PEG blend is present in an amount of from about 15 to about 50 weight percent, based on the total weight of the wash composition. a detergent surfactant; water present in an amount of from about 8 to about 40 weight percent, based on the total weight of the wash composition; and a polyethylene glycol (PEG) blend comprising at least one relatively higher molecular weight (MW) PEG having an average MW of about 1500 Daltons or greater in combination with at least one relatively lower MW PEG having an average MW of about 400 Daltons or less and/or at least one mid-MW PEG having an average MW of between about 400 and about 1500 Daltons, wherein the PEG blend is present in an amount of from about 15 to about 50 weight percent, based on the total weight of the wash composition.
A holding basket for containing an inner basket for holding at least one medical item for processing having a top end and a base end comprising: an essentially rectangular base and side walls extending from the base , only two rims configured for sliding into a slide rack each such rim disposed on a first pair of opposing side walls, two windows each disposed on a second pair opposing side walls configured for manual access for slidable removal of the inner basket , wherein the holding basket is configured for stackability or nestability with an adjacent holding basket (100', 100"). an essentially rectangular base and side walls extending from the base , only two rims configured for sliding into a slide rack each such rim disposed on a first pair of opposing side walls, two windows each disposed on a second pair opposing side walls configured for manual access for slidable removal of the inner basket , wherein the holding basket is configured for stackability or nestability with an adjacent holding basket (100', 100").
A plasma delivery tip of a medical grade plasma generating device, the device configured for intrabody delivery of said tip through a working channel, comprising: a gas delivery lumen defined within a circumferential wall and having a proximal-to-distal axis, and along which a flow of ionization gas flows to a distal aperture of the gas delivery lumen; a discharge electrode , separated from said flow by a dielectric barrier , which transmits a high voltage to the flow of ionization gas when attached to a high voltage source ; and a one way valve , positioned between the discharge electrode and the distal aperture to prevent proximal ingress of contamination to a longitudinal position of the discharge electrode along the proximal-to-distal axis, thereby preventing liquid contamination in a plasma generation region of the plasma delivery tip. a gas delivery lumen defined within a circumferential wall and having a proximal-to-distal axis, and along which a flow of ionization gas flows to a distal aperture of the gas delivery lumen; a discharge electrode , separated from said flow by a dielectric barrier , which transmits a high voltage to the flow of ionization gas when attached to a high voltage source ; and a one way valve , positioned between the discharge electrode and the distal aperture to prevent proximal ingress of contamination to a longitudinal position of the discharge electrode along the proximal-to-distal axis, thereby preventing liquid contamination in a plasma generation region of the plasma delivery tip.
An expansion valve comprising: a vessel ; a valve chamber formed in the vessel ; a valve seat formed in the vessel and having an opening communicating with the valve chamber ; a valve body having a conical portion and a columnar portion , and configured to advance to and retract from the opening of the valve seat , to adjust an opening degree of the opening; and characterised by a pressure-loss member having an annular shape and provided to protrude on a portion on an outer circumference of the valve body , the portion including at least a juncture between the conical portion (lib) and the columnar portion of the valve body , wherein the pressure-loss member is positioned to form a gap between a lower surface of the pressure-loss member and a bottom surface of the valve chamber when the valve body is at a lowermost position. a vessel ; a valve chamber formed in the vessel ; a valve seat formed in the vessel and having an opening communicating with the valve chamber ; a valve body having a conical portion and a columnar portion , and configured to advance to and retract from the opening of the valve seat , to adjust an opening degree of the opening; and characterised by a pressure-loss member having an annular shape and provided to protrude on a portion on an outer circumference of the valve body , the portion including at least a juncture between the conical portion (lib) and the columnar portion of the valve body , wherein the pressure-loss member is positioned to form a gap between a lower surface of the pressure-loss member and a bottom surface of the valve chamber when the valve body is at a lowermost position.
Method for monitoring an image sensor , wherein the image sensor has a communication interface for communicating with an external monitoring unit , wherein the method comprises the following steps: reading a request signal generated by the monitoring unit via the communication interface ; modifying an image that is generated by the image sensor and comprises a first part representing an actual image content and a second part representing a test pattern, wherein the second part is modified using the request signal in order to obtain a modified test pattern; and outputting the modified test pattern to the communication interface to enable the monitoring unit to evaluate the modified test pattern. reading a request signal generated by the monitoring unit via the communication interface ; modifying an image that is generated by the image sensor and comprises a first part representing an actual image content and a second part representing a test pattern, wherein the second part is modified using the request signal in order to obtain a modified test pattern; and outputting the modified test pattern to the communication interface to enable the monitoring unit to evaluate the modified test pattern.
A method for identifying a location of a ground fault in a circuit having a bus that connects battery strings with loads and a ground reference between the loads, the method comprising: shifting the bus of the circuit relative to the ground reference in a first direction by closing or opening one or more of a positive side switch or a negative side switch, the positive side switch disposed between a positive end of the battery string and the loads, the negative side switch disposed between a negative end of the battery string and the loads; determining a first impedance in the circuit between the battery strings and the ground reference ; shifting the bus of the circuit relative to the ground reference in a second direction by closing or opening one or more of the positive side switch or the negative side switch; determining a second impedance in the circuit between the battery strings and the ground reference ; and identifying a location and/or severity of the ground fault based on the first impedance and the second impedance. shifting the bus of the circuit relative to the ground reference in a first direction by closing or opening one or more of a positive side switch or a negative side switch, the positive side switch disposed between a positive end of the battery string and the loads, the negative side switch disposed between a negative end of the battery string and the loads; determining a first impedance in the circuit between the battery strings and the ground reference ; shifting the bus of the circuit relative to the ground reference in a second direction by closing or opening one or more of the positive side switch or the negative side switch; determining a second impedance in the circuit between the battery strings and the ground reference ; and identifying a location and/or severity of the ground fault based on the first impedance and the second impedance.
A wireless communication method, comprising: applying, by a base station, code sequences to repetitions of broadcast information of a plurality of resources of a cell of the base station, each of the code sequences being specific to a corresponding one of the plurality of resources; transmitting, by the base station to a wireless communication device, the repetitions of the broadcast information with the code sequences applied; wherein the method is characterised by : transmitting, by the base station to the wireless communication device, a parameter corresponding to a number of neighboring resources of the cell to be measured; and receiving, by base station from the wireless communication device, measurements for the number of neighboring resources, wherein the measurements are performed by the wireless communication device using the resource-specific codes sequence. applying, by a base station, code sequences to repetitions of broadcast information of a plurality of resources of a cell of the base station, each of the code sequences being specific to a corresponding one of the plurality of resources; transmitting, by the base station to a wireless communication device, the repetitions of the broadcast information with the code sequences applied; transmitting, by the base station to the wireless communication device, a parameter corresponding to a number of neighboring resources of the cell to be measured; and receiving, by base station from the wireless communication device, measurements for the number of neighboring resources, wherein the measurements are performed by the wireless communication device using the resource-specific codes sequence.
A system for determining components of matter removed from a living body, comprising: a container for receiving the matter removed from the living body via an inlet tube ; a load cell for weighing said container and the matter received therein; at least one optical sensor positioned adjacent said container and at least one corresponding receiver for obtaining information relating to a colour of the matter in said container; and a processor programmed to determine the components of the matter in said container based in part on a weight of the matter determined by said load cell and the information relating to a colour of the matter obtained by said at least one optical sensor and corresponding receiver . a container for receiving the matter removed from the living body via an inlet tube ; a load cell for weighing said container and the matter received therein; at least one optical sensor positioned adjacent said container and at least one corresponding receiver for obtaining information relating to a colour of the matter in said container; and a processor programmed to determine the components of the matter in said container based in part on a weight of the matter determined by said load cell and the information relating to a colour of the matter obtained by said at least one optical sensor and corresponding receiver .
A method, comprising: emitting, by a system comprising a processor, an emitted audio signal , comprising at least a first frequency, from an electronic device , wherein the electronic device comprises a touch sensitive screen ; detecting, by the system, a reflected audio signal comprising at least a second frequency, wherein the emitted audio signal is reflected off of an object in proximity to the touch sensitive screen to produce the reflected audio signal ; and determining, by the system, a movement status of the object in relation to the touch sensitive screen , based at least in part on a frequency shift between the first frequency of the emitted audio signal and the second frequency of the reflected audio signal ; obtaining sensor data, from surface-related sensors of the touch sensitive screen , in response to the object being in contact or in proximity with one or more portions of the touch sensitive screen ; and classifying which type of object is interacting with the touch sensitive screen based on the movement status, the emitted audio signal , the reflected audio signal , and the sensor data. emitting, by a system comprising a processor, an emitted audio signal , comprising at least a first frequency, from an electronic device , wherein the electronic device comprises a touch sensitive screen ; detecting, by the system, a reflected audio signal comprising at least a second frequency, wherein the emitted audio signal is reflected off of an object in proximity to the touch sensitive screen to produce the reflected audio signal ; and determining, by the system, a movement status of the object in relation to the touch sensitive screen , based at least in part on a frequency shift between the first frequency of the emitted audio signal and the second frequency of the reflected audio signal ; obtaining sensor data, from surface-related sensors of the touch sensitive screen , in response to the object being in contact or in proximity with one or more portions of the touch sensitive screen ; and classifying which type of object is interacting with the touch sensitive screen based on the movement status, the emitted audio signal , the reflected audio signal , and the sensor data.
An ignition coil for delivering a spark-generating current to a spark plug ; said ignition coil comprising: a magnetically-permeable core ; a primary winding disposed outward of said core ; and a secondary winding radially surrounding said primary winding and inductively coupled to said primary winding , said secondary winding having a low-voltage end and a high-voltage end ; wherein said secondary winding includes a secondary winding first section proximal to said low-voltage end and having a secondary winding first thickness (T 54 ) and wherein said secondary winding also has a secondary winding second section proximal to said high-voltage end and having a secondary winding second thickness (T 56 ) that is less than said secondary winding first thickness (T 54 ) and, wherein said secondary winding first thickness (T 54 ) is substantially uniform and said secondary winding second thickness (T 56 ) is substantially uniform, characterized in that , said secondary winding includes a secondary winding third section between said secondary winding first section and said secondary winding second section , said secondary winding third section tapering in thickness from said secondary winding first thickness (T 54 ) to said secondary winding second thickness (T 56 ). a magnetically-permeable core ; a primary winding disposed outward of said core ; and a secondary winding radially surrounding said primary winding and inductively coupled to said primary winding , said secondary winding having a low-voltage end and a high-voltage end ; wherein said secondary winding includes a secondary winding first section proximal to said low-voltage end and having a secondary winding first thickness (T 54 ) and wherein said secondary winding also has a secondary winding second section proximal to said high-voltage end and having a secondary winding second thickness (T 56 ) that is less than said secondary winding first thickness (T 54 ) and, wherein said secondary winding first thickness (T 54 ) is substantially uniform and said secondary winding second thickness (T 56 ) is substantially uniform, characterized in that , said secondary winding includes a secondary winding third section between said secondary winding first section and said secondary winding second section , said secondary winding third section tapering in thickness from said secondary winding first thickness (T 54 ) to said secondary winding second thickness (T 56 ).