mhurhangee/patent-ind-claim-en huggingface dataset:
A medical device comprising: an actuator ; an extension portion operatively coupled to the actuator , the extension portion comprising a first telescoping section and a second telescoping section (224", 324), each of the first telescoping section and second telescoping section (224", 324) having at least one extended hook section, the at least one extended hook section having a head portion and a neck portion , and a body section , the body section being one of coupled and integrated to the at least one extended hook section, wherein the at least one extended hook section of the first telescoping section is operatively coupled to the body section of the second telescoping section (224", 324); a tissue interaction portion operatively coupled to the extension portion, the tissue interaction portion comprising at least one of a gripping mechanism , a stapling mechanism, and a cutting mechanism ; wherein the actuator is adapted to control at least one of the extension portion, gripping mechanism, stapling mechanism, and cutting mechanism; and wherein the second telescoping body section comprises at least one notch adapted to receive the at least one extended hook section of the first telescoping section ; characterized in that the medical device further comprises a clamping sheath at least partially encapsulating the extension portion, wherein the at least one notch of the second telescoping section (224", 324) and the clamping sheath operatively confine the at least one extended hook section of the first telescoping section to the at least one notch of the second telescoping section. an actuator ; an extension portion operatively coupled to the actuator , the extension portion comprising a first telescoping section and a second telescoping section (224", 324), each of the first telescoping section and second telescoping section (224", 324) having at least one extended hook section, the at least one extended hook section having a head portion and a neck portion , and a body section , the body section being one of coupled and integrated to the at least one extended hook section, wherein the at least one extended hook section of the first telescoping section is operatively coupled to the body section of the second telescoping section (224", 324); at least one extended hook section, the at least one extended hook section having a head portion and a neck portion , and a body section , the body section being one of coupled and integrated to the at least one extended hook section, wherein the at least one extended hook section of the first telescoping section is operatively coupled to the body section of the second telescoping section (224", 324); a tissue interaction portion operatively coupled to the extension portion, the tissue interaction portion comprising at least one of a gripping mechanism , a stapling mechanism, and a cutting mechanism ; a gripping mechanism , a stapling mechanism, and a cutting mechanism ;
A method comprising: cutting a first slot into a first composite panel that includes a core between two facesheets, the first slot penetrating through the core of the first composite panel ; cutting a second slot into a second composite panel that includes a core between two facesheets, the second slot penetrating through a facesheet of the second composite panel as well as the core of the second composite panel ; driving adhesive into cells within the core of the first composite panel ; driving adhesive into cells within the core of the second composite panel ; and inserting a blade into the first slot ; and inserting the blade into the second slot . cutting a first slot into a first composite panel that includes a core between two facesheets, the first slot penetrating through the core of the first composite panel ; cutting a second slot into a second composite panel that includes a core between two facesheets, the second slot penetrating through a facesheet of the second composite panel as well as the core of the second composite panel ; driving adhesive into cells within the core of the first composite panel ; driving adhesive into cells within the core of the second composite panel ; and inserting a blade into the first slot ; and inserting the blade into the second slot .
A method performed at a user equipment of selecting a common channel type for uplink transmission in a wireless communication network when conflicting instructions are received; said method comprising: attempting to acquire resource on a first type of common channel for uplink transmission of information in accordance with a first received instruction, said first received instruction comprising an order to provide feedback; receiving a second instruction to make any uplink transmission on a second type of common channel; determining whether there is any information to be sent and, if not, ceasing attempting to acquire resource on said first type of common channel in accordance with said first received instruction. attempting to acquire resource on a first type of common channel for uplink transmission of information in accordance with a first received instruction, said first received instruction comprising an order to provide feedback; receiving a second instruction to make any uplink transmission on a second type of common channel; determining whether there is any information to be sent and, if not, ceasing attempting to acquire resource on said first type of common channel in accordance with said first received instruction.
Method for automated particle-size measurement of particles, characterized in that it comprises at least the following steps: - acquiring a three-dimensional cloud of points of the surface of the particle to be examined by passing said particle in front of an optical device , - utilizing the cloud of points in order to characterize the overall shape of the particle by the set of projection coefficients C E on a projection base [F], which projection base [F] is determined by the steps of: o acquiring a three-dimensional cloud of points of the surface of at least one reference particle by passing this particle in front of an optical device , o reducing the characterization of the surface of the reference particle to an N-dimensional vector R on the basis of the cloud of points which were obtained in the preceding step, and o determining the projection base [F] which makes it possible to characterize the overall shape of the reference particle by the set of projection coefficients C R on said base [F]. - acquiring a three-dimensional cloud of points of the surface of the particle to be examined by passing said particle in front of an optical device , - utilizing the cloud of points in order to characterize the overall shape of the particle by the set of projection coefficients C E on a projection base [F], which projection base [F] is determined by the steps of: o acquiring a three-dimensional cloud of points of the surface of at least one reference particle by passing this particle in front of an optical device , o reducing the characterization of the surface of the reference particle to an N-dimensional vector R on the basis of the cloud of points which were obtained in the preceding step, and o determining the projection base [F] which makes it possible to characterize the overall shape of the reference particle by the set of projection coefficients C R on said base [F]. o acquiring a three-dimensional cloud of points of the surface of at least one reference particle by passing this particle in front of an optical device , o reducing the characterization of the surface of the reference particle to an N-dimensional vector R on the basis of the cloud of points which were obtained in the preceding step, and o determining the projection base [F] which makes it possible to characterize the overall shape of the reference particle by the set of projection coefficients C R on said base [F].
An assembly for a footwear, comprising: a cell comprising a housing structure , the cell comprising a first chamber to contain a fluid; a port ; , characterised in that the assembly further comprises a vibrator responsive to activation to cause a reduction in fluid flow through the port between the first chamber and a second chamber by changing a characteristic of the fluid in the port. a cell comprising a housing structure , the cell comprising a first chamber to contain a fluid; a port ; , characterised in that the assembly further comprises a vibrator responsive to activation to cause a reduction in fluid flow through the port between the first chamber and a second chamber by changing a characteristic of the fluid in the port.
A diagnostic apparatus for a rotational angle sensor that outputs two correlated signals, corresponding to a rotational angle, characterized in that the diagnostic apparatus determines whether or not a failure has occurred in the rotational angle sensor based on whether or not a numerical value obtained from the two correlated signals is within a predetermined range, and in a case in which the diagnostic apparatus determines that the failure has occurred in the rotational angle sensor, the diagnostic apparatus cancels the determination that the failure has occurred in the rotational angle sensor, when the numerical value obtained after the diagnostic apparatus has determined the failure is within the predetermined range and the rotational angle obtained from the two correlated signals is an angle that cannot be recognized to be 0°, 90°, 180°, or 270°.
An apparatus , comprising: a first input device to receive a first input based on a setting; a second input device to receive a second input based on the setting; a third input device to receive a third input based on the setting; and a circuit coupled to the first input device, the second input device, and the third input device, wherein in response to the first input, the second input, and the third input, the circuit is to provide a first voltage to a first pin of a serial port and a second voltage to a second pin of the serial port, and wherein the first voltage and the second voltage are defined by the setting. a first input device to receive a first input based on a setting; a second input device to receive a second input based on the setting; a third input device to receive a third input based on the setting; and a circuit coupled to the first input device, the second input device, and the third input device, wherein in response to the first input, the second input, and the third input, the circuit is to provide a first voltage to a first pin of a serial port and a second voltage to a second pin of the serial port, and wherein the first voltage and the second voltage are defined by the setting. wherein in response to the first input, the second input, and the third input, the circuit is to provide a first voltage to a first pin of a serial port and a second voltage to a second pin of the serial port, and wherein the first voltage and the second voltage are defined by the setting.
A device for cleaning fumes, this device comprising a fume circulation casing inside which there are integrated both a filter having vertical filter bags and a channelled-structure catalyst , the channels of the catalyst having a hydraulic diameter of less than 6 mm, the fumes to be cleaned passing through the filter bags and then the catalyst, wherein, inside the casing , the catalyst is placed above the outlet of the filter bags , and wherein the catalyst is divided into unit elements which are positioned horizontally side by side inside the casing and are vertically removable from the casing, characterized in that the catalyst is separated from the outlet of the filter bags by a vertical distance (d) of between 2.5 and 6 times the hydraulic diameter of the filter bags, and in that the unit elements are positioned side by side inside the casing being arranged successively in several rows in a horizontal direction (X), each unit element being equipped with moving means for moving the corresponding unit element in said horizontal direction relative to the casing.
An inspection system for inspecting blow molded plastic containers comprising: a plurality of emitter assemblies arranged in a vertical array, wherein the emitter assemblies cyclically emit light energy in at least two different narrow wavelength bands at a blow molded plastic container as the container passes through an inspection area , wherein each emitter assembly comprises: a first light source that emits light energy in a first narrow wavelength band; and, a second light source that emits light energy in a second narrow wavelength band that is different from the first narrow wavelength band; a plurality of broadband photodetectors arranged in a vertical array, each photodetector facing at least one of the emitter assemblies such that the photodetectors are capable of sensing light energy that passes through the container when it is in the inspection area ; and, a processor in communication with the photodetectors for determining a characteristic of the container based on signals from the photodetectors , wherein the signals from the photodetectors are indicative of the amount of light absorbed by the container at both of the at least two different narrow wavelength bands. a plurality of emitter assemblies arranged in a vertical array, wherein the emitter assemblies cyclically emit light energy in at least two different narrow wavelength bands at a blow molded plastic container as the container passes through an inspection area , wherein each emitter assembly comprises: a first light source that emits light energy in a first narrow wavelength band; and, a second light source that emits light energy in a second narrow wavelength band that is different from the first narrow wavelength band; a first light source that emits light energy in a first narrow wavelength band; and, a second light source that emits light energy in a second narrow wavelength band that is different from the first narrow wavelength band; a plurality of broadband photodetectors arranged in a vertical array, each photodetector facing at least one of the emitter assemblies such that the photodetectors are capable of sensing light energy that passes through the container when it is in the inspection area ; and, a processor in communication with the photodetectors for determining a characteristic of the container based on signals from the photodetectors , wherein the signals from the photodetectors are indicative of the amount of light absorbed by the container at both of the at least two different narrow wavelength bands.
Aerial cableway installation comprising a monitoring device , a hauling, traction or carrying cable and a plurality of cable pulleys , at least some of the cable pulleys bearing against the cable , and comprising a sensor for detecting a state variable (Z), a control unit , an electrical power source and a wireless transmission device , the sensor being connected to the monitoring device via the control unit and the wireless transmission device in such a way as to transmit signals or data, characterized in that at least one of the cable pulleys comprises the sensor , the control unit , the electrical power source and the wireless transmission device .
Method for manufacturing an identification document comprising a body with a first visual marking , the method comprising the following steps of: - providing at least one see-through portion in a first area of the identification document; said see-through portion comprising openings through the body of the identification document wherein only transparent layers cross over the openings, - providing an optically variable printing ink patch positioned in register with the openings of the see-through portion and laminated to at least one first transparent layer ; and - engraving the surface of the laminated optically variable printing ink patch through the see-through portion with a first laser beam for obtaining the first visual marking , said first laser beam having a power determined so that the laser beam does not fully penetrate the ink layer so that only the surface of the ink pigments is modified. - providing at least one see-through portion in a first area of the identification document; said see-through portion comprising openings through the body of the identification document wherein only transparent layers cross over the openings, - providing an optically variable printing ink patch positioned in register with the openings of the see-through portion and laminated to at least one first transparent layer ; and - engraving the surface of the laminated optically variable printing ink patch through the see-through portion with a first laser beam for obtaining the first visual marking , said first laser beam having a power determined so that the laser beam does not fully penetrate the ink layer so that only the surface of the ink pigments is modified.
Medical appliance , which is in particular a constituent part of a medical system, with a switching device for activating or deactivating an electrical device of the medical system, said electrical device being situated spatially at a distance from the medical appliance, the switching device having a first switching element and a second switching element , which are configured to be movable relative to each other such that a first switch position and a second switch position can be realized, and the first switching element having a part of a Faraday cage, or a Faraday cage, and the second switching element having a transmission device , characterized in that the first switching element and the second switching element are configured relative to each other in such a way that, in the first switch position, the electrical device of the medical system is activated or deactivated, and, in the second position, a deactivation or activation complementary to the first switch position is effected by a shielding of the transmission device by means of the part of the Faraday cage, or by means of the Faraday cage, and by a locking device via which a medical instrument is mechanically connectable to the medical appliance such that, after they have been connected, there is a form-fit and/or force-fit connection between the medical appliance and the medical instrument.
A method for producing dried microbial cells, characterized in that microbial cells are suspended in a dispersion medium which is an aqueous solution containing sodium glutamate and trehalose as protective agents, sodium ascorbate as an antioxidant, and sodium citrate as a chelating agent, followed by drying.
A composition, comprising: an antiperspirant active comprising aluminum; water; and a preservative system, wherein the preservative system comprises a biodegradable amino carboxylate; wherein the biodegradable amino carboxylate comprises a 3-hydroxy-2,2'-iminodisuccinic acid (HIDS) or an alkali metal salt thereof. an antiperspirant active comprising aluminum; water; and a preservative system, wherein the preservative system comprises a biodegradable amino carboxylate; wherein the biodegradable amino carboxylate comprises a 3-hydroxy-2,2'-iminodisuccinic acid (HIDS) or an alkali metal salt thereof.
A terminal device comprising: a transmitter configured to transmit a scheduling request for an uplink, UL, resource; and control circuitry configured to stop an ongoing random access procedure when a media access control protocol data unit, MAC PDU, is transmitted using a periodic wireless resource allocated to the terminal device prior to the ongoing random access procedure, wherein the MAC PDU includes a buffer status reporting an amount of stored data and a last event that triggered a buffer status report, BSR, prior to assembling the MAC PDU. a transmitter configured to transmit a scheduling request for an uplink, UL, resource; and control circuitry configured to stop an ongoing random access procedure when a media access control protocol data unit, MAC PDU, is transmitted using a periodic wireless resource allocated to the terminal device prior to the ongoing random access procedure, wherein the MAC PDU includes a buffer status reporting an amount of stored data and a last event that triggered a buffer status report, BSR, prior to assembling the MAC PDU.
A ground-side coil unit for use in wireless power supply, comprising: - a power transmission coil configured to transmit electric power to a power reception coil in a wireless manner; - a magnetic material plate disposed adjacent to the power transmission coil ; and - a first filter coil connected in series with the power transmission coil and faces the power transmission coil with the magnetic material plate interposed therebetween, characterised in that : - when in-phase alternating currents flow through the power transmission coil and the first filter coil and winding directions of the power transmission coil and the first filter coil are the same, or - when reversed-phase alternating currents flow through the power transmission coil and the first filter coil and winding directions of the power transmission coil and the first filter coil are opposite to each other, - the first coil is disposed in a position where a magnetic flux generated by the first filter coil cancels out a magnetic flux generated by the power transmission coil in the magnetic material plate . - a power transmission coil configured to transmit electric power to a power reception coil in a wireless manner; - a magnetic material plate disposed adjacent to the power transmission coil ; and - a first filter coil connected in series with the power transmission coil and faces the power transmission coil with the magnetic material plate interposed therebetween, - when in-phase alternating currents flow through the power transmission coil and the first filter coil and winding directions of the power transmission coil and the first filter coil are the same, or - when reversed-phase alternating currents flow through the power transmission coil and the first filter coil and winding directions of the power transmission coil and the first filter coil are opposite to each other, - the first coil is disposed in a position where a magnetic flux generated by the first filter coil cancels out a magnetic flux generated by the power transmission coil in the magnetic material plate .