mhurhangee/ep-ind-claims huggingface dataset:
A medical instrument comprising: a unitary jaw structure having: a connector portion with a width, a first jaw portion flexibly integral with the connector portion at one side of the width, a second jaw portion integral with the connector portion at the other side of the width, a first arm portion integral with the first jaw portion and extending from the first jaw portion to the other side of the width, and an actuator portion flexibly integral with the first arm portion at the other side of the width for causing rotating motion of the first jaw portion upon linear motion of the actuator portion, the actuator portion extending centrally through the connector portion, wherein the connector portion, the first jaw portion, the second jaw portion, the first arm portion, and the actuator portion are all formed in a single piece. a connector portion with a width, a first jaw portion flexibly integral with the connector portion at one side of the width, a second jaw portion integral with the connector portion at the other side of the width, a first arm portion integral with the first jaw portion and extending from the first jaw portion to the other side of the width, and an actuator portion flexibly integral with the first arm portion at the other side of the width for causing rotating motion of the first jaw portion upon linear motion of the actuator portion, the actuator portion extending centrally through the connector portion, wherein the connector portion, the first jaw portion, the second jaw portion, the first arm portion, and the actuator portion are all formed in a single piece.
An isolated antibody or an antigen binding fragment thereof comprising a variable light chain region comprising CDRL1, CDRL2, and CDRL3 and a variable heavy chain region comprising CDRH1, CDRH2, and CDRH3, wherein CDRL1 consists of the amino acid sequence set forth in SEQ ID NO:5, CDRL2 consists of the amino acid sequence set forth in SEQ ID NO:8, CDRL3 consists of the amino acid sequence QQSWSWPTT, CDRH1 consists of the amino acid sequence set forth in SEQ ID NO:15, CDRH2 consists of the amino acid sequence set forth in SEQ ID NO:25, and CDRH3 consists of the amino acid sequence set forth in SEQ ID NO:26, wherein the antibody or antigen binding fragment thereof binds specifically to IgE.
A valve cusp sizer for determining a size of a valve cusp conforming to a size of a cardiac valve, comprising: a front surface formed in an arcuate surface form to be abutted against an organism; a back surface positioned on an opposite surface side of the front surface; and a pinching portion protruding from the back surface to be pinched by a surgical instrument, wherein the front surface is formed in the arcuate surface form in which a central part between left and right ends thereof projects toward a side of the organism. a front surface formed in an arcuate surface form to be abutted against an organism; a back surface positioned on an opposite surface side of the front surface; and a pinching portion protruding from the back surface to be pinched by a surgical instrument, wherein the front surface is formed in the arcuate surface form in which a central part between left and right ends thereof projects toward a side of the organism.
A surface stress sensor comprising: a flat member in which surface stress is induced in a receptor film over a surface of the flat member, the surface stress is induced by adsorption of a sample onto the receptor film, the flat member including a flat member body, two pairs of fixed ends and four narrow portions, one at each fixed end disposed between the flat member body and the fixed end, characterized in that: the flat member is a film consisting of a silicon single crystal and the surface of the film is a plane of the single crystal, the fixed ends of each pair are disposed to be opposite to each other around the flat member, one pair of the fixed ends is disposed in a direction of the single crystal, and the other pair of the fixed ends is disposed in a direction of the single crystal, each narrow portion includes a piezoresistive member so that the stress caused in the narrow portions at the fixed ends by the surface stress on the flat member causes change in a resistance value of the piezoresistive members, the flat member body is supported by the narrow portions, each piezoresistive member constitutes a p-type part of the flat member, and a piezoresistance coefficient of each piezoresistive member in the flat member varies according to a direction of the stress applied thereto, and adjacent piezoresistive members among the piezoresistive members of the narrow portions at the fixed ends are connected to each other so that the piezoresistive members form a full Wheatstone bridge, and the piezoresistive members form four sides of the full Wheatstone bridge. the flat member is a film consisting of a silicon single crystal and the surface of the film is a plane of the single crystal, the fixed ends of each pair are disposed to be opposite to each other around the flat member, one pair of the fixed ends is disposed in a direction of the single crystal, and the other pair of the fixed ends is disposed in a direction of the single crystal, each narrow portion includes a piezoresistive member so that the stress caused in the narrow portions at the fixed ends by the surface stress on the flat member causes change in a resistance value of the piezoresistive members, the flat member body is supported by the narrow portions, each piezoresistive member constitutes a p-type part of the flat member, and a piezoresistance coefficient of each piezoresistive member in the flat member varies according to a direction of the stress applied thereto, and adjacent piezoresistive members among the piezoresistive members of the narrow portions at the fixed ends are connected to each other so that the piezoresistive members form a full Wheatstone bridge, and the piezoresistive members form four sides of the full Wheatstone bridge.
A cleaning drone based on a multi-copter flying platform comprising a plurality of sustentation rotors (1.5), a cleaning device (1.11) protruding from a main body (1.1) of the drone and a plurality of pusher propellers (1.9) protruding from the main body of the done in a position being opposite to the protruding cleaning device, these pusher propellers being aligned at a substantially orthogonal angle in respect to the sustentation rotors in order to provide a pushing force for the cleaning device to act upon the surface to be cleaned, the cleaning drone further comprising a communications system, allowing it to receive commands and to send back responses to a remote controller, a geographical positioning system, allowing it to execute translation operations based on a known position, and a visual recognition system, allowing it to recognise visual features on the surface to be cleaned or on its immediate surroundings, wherein the sustentation rotors and pusher propellers are driven by electric motors (1.4,1.8) which are fed by at least one electricity source.
A normally OFF composite semiconductor device comprising: a normally ON III-nitride power transistor having a first output capacitance, C1,; and a low voltage, LV, device cascoded with said normally ON III-nitride power transistor to form said normally OFF composite semiconductor device, said LV device comprising an LV transistor and having a second output capacitance, C2, characterized in that a capacitance ratio of said first output capacitance to said second output capacitance is based on a voltage ratio of a maximum composite drain-source voltage of said normally OFF composite semiconductor device in the OFF state to a breakdown voltage of said LV device so as to provide voltage protection for said LV device having a voltage rating of up to 50V, wherein said capacitance ratio is less than 120, and wherein during transient operation, the drain - source voltage, V LV_drain, of said LV transistor is set by the ratio of said first and second output capacitances (318, 348) multiplied by the composite drain-source voltage, V Composite_drain, according to: V LV _ drain = V Composite _ drain * C 2 / C 1 + C 2. a normally ON III-nitride power transistor having a first output capacitance, C1,; and a low voltage, LV, device cascoded with said normally ON III-nitride power transistor to form said normally OFF composite semiconductor device, said LV device comprising an LV transistor and having a second output capacitance, C2, characterized in that a capacitance ratio of said first output capacitance to said second output capacitance is based on a voltage ratio of a maximum composite drain-source voltage of said normally OFF composite semiconductor device in the OFF state to a breakdown voltage of said LV device so as to provide voltage protection for said LV device having a voltage rating of up to 50V, wherein said capacitance ratio is less than 120, and wherein during transient operation, the drain - source voltage, V LV_drain, of said LV transistor is set by the ratio of said first and second output capacitances (318, 348) multiplied by the composite drain-source voltage, V Composite_drain, according to: V LV _ drain = V Composite _ drain * C 2 / C 1 + C 2.
A capillary unit for use in a capillary array electrophoresis apparatus, including: a capillary filled with a separation medium in the inside and coated at the outer side at least excluding a portion, and sealing members (202, 205) sealing both ends of the capillary being configured so that the separation medium is not in contact with external air during storage of the capillary. a capillary filled with a separation medium in the inside and coated at the outer side at least excluding a portion, and sealing members (202, 205) sealing both ends of the capillary being configured so that the separation medium is not in contact with external air during storage of the capillary.
A method for synchronous playback by multiple smart devices, comprising: acquiring (101, 401), by a first device, frame synchronization information at intervals of a preset time; and sending (102, 402), by the first device, the frame synchronization information at the intervals of the preset time to at least one second device, so that the second device performs synchronous playback of a frame corresponding to the frame synchronization information, wherein the frame synchronization information comprises frame information of a frame to be played by the first device, and after the sending, by the first device, the frame synchronization information to at least one second device, the method further comprises: playing, by the first device, the frame to be played. acquiring (101, 401), by a first device, frame synchronization information at intervals of a preset time; and sending (102, 402), by the first device, the frame synchronization information at the intervals of the preset time to at least one second device, so that the second device performs synchronous playback of a frame corresponding to the frame synchronization information, wherein the frame synchronization information comprises frame information of a frame to be played by the first device, and after the sending, by the first device, the frame synchronization information to at least one second device, the method further comprises: playing, by the first device, the frame to be played.
A rotary support for a vehicle platform including - a vehicle support structure, - a platform mounting attachment in the form of a gimbal, whose flanges enable its mounting, respectively, on the vehicle support structure and on a lower surface of the vehicle platform, and - two platform position adjusters located on said vehicle support structure, characterised in that each platform position adjuster includes an electric drive with a linear displacement unit based on a screw-nut transmission and a carriage capable of moving along a vertical guide and connected to the linear displacement unit by means of a pin joint, wherein each carriage comprises a support shelf bearing a push rod, wherein the push rods comprise a strut with supports at the ends of the strut and with swivel joint between each support and the strut, whereby the push rod supports are mounted on the carriage support shelf and on the platform eccentrically to gimbal rotation axes. - a vehicle support structure, - a platform mounting attachment in the form of a gimbal, whose flanges enable its mounting, respectively, on the vehicle support structure and on a lower surface of the vehicle platform, and - two platform position adjusters located on said vehicle support structure, each platform position adjuster includes an electric drive with a linear displacement unit based on a screw-nut transmission and a carriage capable of moving along a vertical guide and connected to the linear displacement unit by means of a pin joint, wherein each carriage comprises a support shelf bearing a push rod, wherein the push rods comprise a strut with supports at the ends of the strut and with swivel joint between each support and the strut, whereby the push rod supports are mounted on the carriage support shelf and on the platform eccentrically to gimbal rotation axes.
A method for mitigating signalling congestion in a wireless network, the method characterised by: building up a dictionary of collected signalling messages, the collected signalling messages being used as reference signalling messages, wherein, the collected signalling messages being transmitted on at least one signalling channel between at least one base station and at least one device of a group of associated mobile devices, wherein the group comprises at least two mobile devices (3-1, 3-2), the dictionary is available to the group of associated mobile devices (3-1, 3-2) and the base station; and compressing signalling messages being transmitted on the at least one signalling channel or another signalling channel between the base station and another mobile device of the group, based on the dictionary of the collected reference signalling messages; wherein, in an uplink direction, for providing the dictionary of the collected reference signalling messages, a listening associated mobile device listens to uplink reference signalling messages transmitted on the signalling channel from the associated mobile devices to the base station, in order to store the acquired uplink reference signalling messages together with corresponding indices in a dictionary memory of the listening associated mobile device, wherein the base station stores the same received uplink reference signalling messages with the same indices in a dictionary memory of the base station. building up a dictionary of collected signalling messages, the collected signalling messages being used as reference signalling messages, wherein, the collected signalling messages being transmitted on at least one signalling channel between at least one base station and at least one device of a group of associated mobile devices, wherein the group comprises at least two mobile devices (3-1, 3-2), the dictionary is available to the group of associated mobile devices (3-1, 3-2) and the base station; and compressing signalling messages being transmitted on the at least one signalling channel or another signalling channel between the base station and another mobile device of the group, based on the dictionary of the collected reference signalling messages; wherein, in an uplink direction, for providing the dictionary of the collected reference signalling messages, a listening associated mobile device listens to uplink reference signalling messages transmitted on the signalling channel from the associated mobile devices to the base station, in order to store the acquired uplink reference signalling messages together with corresponding indices in a dictionary memory of the listening associated mobile device, wherein the base station stores the same received uplink reference signalling messages with the same indices in a dictionary memory of the base station.
Vaporizer device for vaporizing substances containing the active ingredients and/or aromatic substances, said vaporizer device designed as a mouthpiece with a fluid inlet and a fluid outlet, comprising a heating device with a thermal resistor in the form of a metallic film or a thin sheet metal in the shape of a dual coil or a sinuous line with two ends and the dimensions of the cross section of a cigarette or a small cigar, wherein the interspaces of the dual coil or the sinuous line of the thermal resistor are open and thus allow fluids to flow through, and wherein at least one respective contact tab made of a metallic film or a thin sheet metal is connected with one respective end of the dual coil or sinuous line of the thermal resistor, wherein the contact tabs, which are connected to the respective opposite end of the dual coil or the sinuous line of the thermal resistor, are not in direct contact with each other, characterized by at least one vaporizer membrane, which is in surface contact with the thermal resistor and through which fluids can likewise flow and which is wetted or can be wetted with a substance containing the active ingredients and/or the aromatic substances to be vaporized, a storage cartridge, which is filled with a substance containing active ingredients and/or aromatic substances, and at least one pointed and/or sharp-edged opener tab made of a metallic film or a thin sheet metal, which extends, with its pointed and/or sharp-edged side leading, from the thermal resistor axially in the direction of the storage cartridge and is designed in such a way that in the course of connecting the mouthpiece and a voltage source, said opener tab punctures and/or cuts open a sealing film of a storage cartridge.
A lining method comprising: fixing a backing strip in a frame shape to a concrete surface of already-placed concrete so that the backing strip protrudes from the concrete surface; disposing a filler inside a frame of the backing strip; making edges of a plurality of lining plates butt against each other at a position of the backing strip to cover the backing strip and the concrete surface; and joining the edges of the lining plates by seal welding. fixing a backing strip in a frame shape to a concrete surface of already-placed concrete so that the backing strip protrudes from the concrete surface; disposing a filler inside a frame of the backing strip; making edges of a plurality of lining plates butt against each other at a position of the backing strip to cover the backing strip and the concrete surface; and joining the edges of the lining plates by seal welding.
Stand-alone module for localizing a surveying device, which is stationed with a stand above a ground mark, in relation to the ground mark, having ▪ a housing, which is designed to be attached between the stand and the surveying device, with a lower mounting plate for connecting to the stand and with an upper mounting plate for connecting to the surveying device, ▪ a measuring camera unit, which is arranged and designed in such a way that when the module is mounted on a stand the ground mark can be detected in the field of view of the measuring camera unit, ▪ a power supply, in particular a preferably rechargeable battery, ▪ an inclination sensor, to determine an inclination of the module with respect to a horizontal direction, ▪ a communication unit, for preferably wireless communication with the surveying device and/or an external operating unit, ▪ a localization unit, which is designed in such a way that with ∘ image information of the ground mark from the measuring camera unit, in particular with a measurement of the ground mark or a visual pattern of a defined target plate in the image information with an electronic image processing, and ∘ inclination information from the inclination sensor, it calculates the location, in particular with at least one normal height and one lateral position offset, in relation to the ground mark and provides this location via the communication unit, whereby the module is designed for monitoring the location of the surveying device during a measuring operation of the surveying device. ▪ a housing, which is designed to be attached between the stand and the surveying device, with a lower mounting plate for connecting to the stand and with an upper mounting plate for connecting to the surveying device, ▪ a measuring camera unit, which is arranged and designed in such a way that when the module is mounted on a stand the ground mark can be detected in the field of view of the measuring camera unit, ▪ a power supply, in particular a preferably rechargeable battery, ▪ an inclination sensor, to determine an inclination of the module with respect to a horizontal direction, ▪ a communication unit, for preferably wireless communication with the surveying device and/or an external operating unit, ▪ a localization unit, which is designed in such a way that with ∘ image information of the ground mark from the measuring camera unit, in particular with a measurement of the ground mark or a visual pattern of a defined target plate in the image information with an electronic image processing, and ∘ inclination information from the inclination sensor, ∘ image information of the ground mark from the measuring camera unit, in particular with a measurement of the ground mark or a visual pattern of a defined target plate in the image information with an electronic image processing, and ∘ inclination information from the inclination sensor,
An antibody selected from the group consisting of: (i) an antibody produced by or obtainable from a clone deposited under the accession no. DSM ACC2944 (51-1A-1), (ii) an antibody which is a chimerized or humanized form of the antibody under (i), and (iii) an antibody comprising the antigen binding portion or antigen binding site of the antibody under (i), wherein said antibody binds to a polypeptide consisting of the amino acid sequence of SEQ ID NO: 2 of the sequence listing and inhibits proliferation of cells expressing said polypeptide. (i) an antibody produced by or obtainable from a clone deposited under the accession no. DSM ACC2944 (51-1A-1), (ii) an antibody which is a chimerized or humanized form of the antibody under (i), and (iii) an antibody comprising the antigen binding portion or antigen binding site of the antibody under (i),
A method comprising: determining, at a central controller of an air mattress system, whether a user is present on a mattress of the air mattress system; initiating a timer in response to determining that the user is present on the mattress; enabling a light control feature of the air mattress system upon determining that the user is present on the mattress after expiration of the timer; and after enabling the light control feature, transmitting, from the central controller, at least one instruction to turn on at least one light of the air mattress system in response to determining that the user is no longer present on the mattress. determining, at a central controller of an air mattress system, whether a user is present on a mattress of the air mattress system; initiating a timer in response to determining that the user is present on the mattress; enabling a light control feature of the air mattress system upon determining that the user is present on the mattress after expiration of the timer; and after enabling the light control feature, transmitting, from the central controller, at least one instruction to turn on at least one light of the air mattress system in response to determining that the user is no longer present on the mattress.