mhurhangee/ep-ind-claims huggingface dataset:
A device for detection and elimination of insects such as bed bugs, wherein said device comprises: a structure having a main portion with a thereto associated edge, said main portion being adapted to at least partially engage with a supporting surface, such as floor or wall, the structure further comprising a first flap attached to said main portion, a first flap edge being associated to said first flap, wherein said first flap is arranged so that said edges (23, 28) define an opening for allowing entry of an insect such as bed bug into interior of the structure, said interior being substantially delimited by the main portion and the first flap, wherein at least one aperture is arranged in the main portion of the structure, and wherein an insecticide in powder form that at least partially fills the at least one aperture is arranged in the main portion, said device being characterized in that a double-sided adhesive strip an upper face of which is arranged on a face of the main portion that faces the supporting surface is provided and said adhesive strip completely covers the face of said at least one aperture. a structure having a main portion with a thereto associated edge, said main portion being adapted to at least partially engage with a supporting surface, such as floor or wall, the structure further comprising a first flap attached to said main portion, a first flap edge being associated to said first flap, wherein said first flap is arranged so that said edges (23, 28) define an opening for allowing entry of an insect such as bed bug into interior of the structure, said interior being substantially delimited by the main portion and the first flap, wherein at least one aperture is arranged in the main portion of the structure, and wherein an insecticide in powder form that at least partially fills the at least one aperture is arranged in the main portion, said device being characterized in that a double-sided adhesive strip an upper face of which is arranged on a face of the main portion that faces the supporting surface is provided and said adhesive strip completely covers the face of said at least one aperture.
A computing system authorized to access a resource server (102, 104) on a given resource server port, the computing system comprising: client interaction logic configured to receive an access request, from a client computing system, requesting access to the resource server; authentication mechanism interaction logic configured to interact with a selected authentication mechanism (118, 142, 144), selected from a plurality of different authentication mechanisms based on the access request, and perform an authentication operation to authenticate the access request; authorization mechanism interaction logic configured to interact with a selected authorization mechanism (118, 142, 144), selected from a plurality of different authorization mechanisms based on the access request, and perform an authorization operation to authorize the access request; port maintenance logic configured to maintain a pool of available ports; port selection logic configured to interact with the port maintenance logic to select a selected client-facing port from the pool of available ports once the access request is authenticated and authorized; and traffic forwarding logic configured to perform traffic forwarding by forwarding information received over a network from the client computing system on the selected client-facing port on the computing system to the resource server on the given resource server port, and by forwarding information received from the resource server through the given resource server port to the client computing system on the selected client-facing port. client interaction logic configured to receive an access request, from a client computing system, requesting access to the resource server; authentication mechanism interaction logic configured to interact with a selected authentication mechanism (118, 142, 144), selected from a plurality of different authentication mechanisms based on the access request, and perform an authentication operation to authenticate the access request; authorization mechanism interaction logic configured to interact with a selected authorization mechanism (118, 142, 144), selected from a plurality of different authorization mechanisms based on the access request, and perform an authorization operation to authorize the access request; port maintenance logic configured to maintain a pool of available ports; port selection logic configured to interact with the port maintenance logic to select a selected client-facing port from the pool of available ports once the access request is authenticated and authorized; and traffic forwarding logic configured to perform traffic forwarding by forwarding information received over a network from the client computing system on the selected client-facing port on the computing system to the resource server on the given resource server port, and by forwarding information received from the resource server through the given resource server port to the client computing system on the selected client-facing port.
A method of making a sweetener composition, the method comprising: adding silica to a syrup comprising a solvent and one or more sweetener carbohydrates and/or sweetener polyols to form a sweetener composition; and dispersing the silica; wherein the sweetener composition comprises one or more sweetener carbohydrates and/or sweetener polyols and about 0.01-2% silica weight/weight relative to a sum of total sweetener carbohydrate and sweetener polyol; the sweetener composition has enhanced sweetness compared to a control composition; and the control composition has the same contents by identity and quantity as the sweetener composition but without the silica. adding silica to a syrup comprising a solvent and one or more sweetener carbohydrates and/or sweetener polyols to form a sweetener composition; and dispersing the silica; wherein the sweetener composition comprises one or more sweetener carbohydrates and/or sweetener polyols and about 0.01-2% silica weight/weight relative to a sum of total sweetener carbohydrate and sweetener polyol; the sweetener composition has enhanced sweetness compared to a control composition; and the control composition has the same contents by identity and quantity as the sweetener composition but without the silica.
Sensor device for detecting an activation action in a vehicle, in particular for a door handle of the vehicle: - a printed circuit board assembly, - at least one processing device disposed in a center region of the printed circuit board assembly, - at least one edge sensor element disposed in an edge region (261, 262) adjacent to the center region of the printed circuit board assembly for capacitive sensing to at least partially provide the detection, - at least one shielding element extending between the at least one edge sensor element and the center region, characterized in that at least one antenna element is disposed at least partially or predominantly in an edge region (261, 262) of the printed circuit board assembly for providing contactless communication. - a printed circuit board assembly, - at least one processing device disposed in a center region of the printed circuit board assembly, - at least one edge sensor element disposed in an edge region (261, 262) adjacent to the center region of the printed circuit board assembly for capacitive sensing to at least partially provide the detection, - at least one shielding element extending between the at least one edge sensor element and the center region,
Ring set for a drive belt for a continuously variable transmission, in which drive belt the ring set is located in a recess of the transverse elements of the drive belt and serves to guide the transverse elements of the drive belt in the circumference direction thereof, which ring set is composed of a number of mutually concentrically nested steel rings, each having a thickness in the range between 150 and 200 micrometer, in particular of about 185 micrometer, and each having a nitride layer, characterized in that those steel rings of the ring set that are located between the innermost steel ring and the outermost steel ring thereof are provided with a compressive internal residual stress in the vicinity of their respective outer surfaces having a value in the range between 350 and 650 MPa obtained by a nitride layer having a thickness in the range between 10 and 18 micrometer and in that, at least at the radial inner side of the innermost steel ring of the ring set and preferably also at the radial outer side of the outermost steel ring of the ring set, a compressive internal residual stress is provided having a value of more than 750 MPa.
A calibration system for simultaneous calibration of multiple motion capture elements comprising: three motion elements; a base coupled with said three motion elements configured to move in relation to said base; a mount coupled with said three motion elements and configured to hold at least three motion capture elements (111a, 11 1b, 111c), wherein said at least three motion capture elements are aligned in at least three axes (X, Y, Z), that each of said at least three motion capture elements comprise at least one sensor configured to capture any combination of one or more values associated with an orientation, position, velocity, acceleration of said at least three motion capture elements; a computer configured to sample motion from said at least three motion capture elements when said mount is moved in or about three axes simultaneously; calculate a calibration matrix for each of said at least three motion capture elements to convert three axes motion capture data into calibrated motion capture data. three motion elements; a base coupled with said three motion elements configured to move in relation to said base; a mount coupled with said three motion elements and configured to hold at least three motion capture elements (111a, 11 1b, 111c), wherein said at least three motion capture elements are aligned in at least three axes (X, Y, Z), that each of said at least three motion capture elements comprise at least one sensor configured to capture any combination of one or more values associated with an orientation, position, velocity, acceleration of said at least three motion capture elements; a computer configured to sample motion from said at least three motion capture elements when said mount is moved in or about three axes simultaneously; calculate a calibration matrix for each of said at least three motion capture elements to convert three axes motion capture data into calibrated motion capture data. sample motion from said at least three motion capture elements when said mount is moved in or about three axes simultaneously; calculate a calibration matrix for each of said at least three motion capture elements to convert three axes motion capture data into calibrated motion capture data.
A lubricating oil composition comprising a base oil of lubricating viscosity, a calcium containing detergent, and a silicon containing additive, wherein: the calcium containing detergent provides the lubricating oil composition with a calcium content of at least 0.08 wt %, based on the weight of the lubricating oil composition; the lubricating oil composition has a calcium content of from 0.08 wt % to 0.25 wt %, based on the weight of the lubricating oil composition; the silicon containing additive provides the lubricating oil composition with a silicon content of at least 12 ppm by weight, based on the weight of the lubricating oil composition; and, the silicon containing additive is one or more compounds selected from the list consisting of: (i) siloxane compounds according to Formula 1, wherein n is from 50 to 450 and R 1 and R 2 are independently C 1 -C 10 alkyl; (ii) small molecule silicon compounds according to Formula 2, wherein each of R 1, R 2, R 3 and R 4 is, independently, a C 1 -C 10 alkyl group or a C 1 -C 10 aklyoxy group; and, (iii) silazane compounds according to according to Formula 3, wherein, each of R 1 and R 2 is, independently, a C 1 -C 3 hydrocarbyl group. (i) siloxane compounds according to Formula 1, wherein n is from 50 to 450 and R 1 and R 2 are independently C 1 -C 10 alkyl; (ii) small molecule silicon compounds according to Formula 2, wherein each of R 1, R 2, R 3 and R 4 is, independently, a C 1 -C 10 alkyl group or a C 1 -C 10 aklyoxy group; and, (iii) silazane compounds according to according to Formula 3, wherein, each of R 1 and R 2 is, independently, a C 1 -C 3 hydrocarbyl group.
A conveyor belt comprising: a plurality of spaced tractive rods including opposing inner and outer ends; and a support surface transversely disposed with respect to a direction of travel and interconnecting said plurality of spaced tractive rods; wherein at least one of the inner and outer ends of at least some of the plurality of spaced tractive rods includes a cone shaped end portion; wherein the cone shaped end portion comprises a frustroconical body portion, extending a first length, the cone shaped end portion including tapered side surfaces, a distal end of the tapered side surfaces defining a first width, characterized in that, the distal end of the tapered side surfaces further defines rounded distal edges and a substantially planar end surface defining a second width, the second width being less than the first width. a plurality of spaced tractive rods including opposing inner and outer ends; and a support surface transversely disposed with respect to a direction of travel and interconnecting said plurality of spaced tractive rods; wherein at least one of the inner and outer ends of at least some of the plurality of spaced tractive rods includes a cone shaped end portion; wherein the cone shaped end portion comprises a frustroconical body portion, extending a first length, the cone shaped end portion including tapered side surfaces, a distal end of the tapered side surfaces defining a first width, characterized in that, the distal end of the tapered side surfaces further defines rounded distal edges and a substantially planar end surface defining a second width, the second width being less than the first width.
A method of processing information for a wireless transmit/receive unit, WTRU, the method comprising: receiving the information as a plurality of parameters defined as information elements, IEs, for a physical random access channel, PRACH, operation of the WTRU; and processing the received parameters to perform PRACH operations by the WTRU, the IEs including PRACH system information, the PRACH system information including a random access channel, RACH, response window size and PRACH frequency position information, the RACH response window size provided as a number of subframes, and one or more RACH responses sent to the WTRU being received by the WTRU over the RACH response window. receiving the information as a plurality of parameters defined as information elements, IEs, for a physical random access channel, PRACH, operation of the WTRU; and processing the received parameters to perform PRACH operations by the WTRU, the IEs including PRACH system information, the PRACH system information including a random access channel, RACH, response window size and PRACH frequency position information, the RACH response window size provided as a number of subframes, and one or more RACH responses sent to the WTRU being received by the WTRU over the RACH response window.
Method for producing a camera module, wherein an objective is aligned with respect to an image sensor and is then fixed in position by being joined to a carrier holding the image sensor, a housing surrounding the image sensor or a connecting structure located there-between as a part to be joined, characterized in that the objective is supported on spacer elements which are initially still movable and is aligned with respect to the image sensor by moving the spacer elements and, after the objective has been aligned, the spacer elements are welded to the objective and to the part to be joined (4, 5, 6).
A polymer comprising a backbone comprising at least one arylamine repeat moiety, wherein the backbone comprises both an aryl and an amine of the arylamine, and at least one linking repeat moiety, wherein the linking repeat moiety does not comprise an aryl moiety and wherein the linking repeat moiety comprises a bivalent carbonyl group, a bivalent sulfone group, an imino group represented by >C=NR, or a group >C=C R, wherein R is, H, CN, F, or alkyl.
Pump element for a metering pump for medicine dosing, wherein the pump element has the following features: a cover plate; a baseplate, wherein the baseplate is arranged at a predefined distance from the cover plate; a coupling bar which is arranged between the cover plate and the base plate, wherein the coupling bar is couplable to an actuator unit and is moveable between the baseplate and the cover plate; a pump diaphragm film arranged between the cover plate and the baseplate, wherein the pump diaphragm film is connected in a central portion to the coupling bar and is mechanically couplable to the actuator unit by means of the coupling bar, wherein the pump diaphragm film has a flexible portion laterally adjoining the central portion, and with a further portion which laterally adjoins the flexible portion that is connected to the baseplate, and the pump diaphragm film is designed to create a pump chamber between the pump diaphragm film and the baseplate. a cover plate; a baseplate, wherein the baseplate is arranged at a predefined distance from the cover plate; a coupling bar which is arranged between the cover plate and the base plate, wherein the coupling bar is couplable to an actuator unit and is moveable between the baseplate and the cover plate; a pump diaphragm film arranged between the cover plate and the baseplate, wherein the pump diaphragm film is connected in a central portion to the coupling bar and is mechanically couplable to the actuator unit by means of the coupling bar, wherein the pump diaphragm film has a flexible portion laterally adjoining the central portion, and with a further portion which laterally adjoins the flexible portion that is connected to the baseplate, and the pump diaphragm film is designed to create a pump chamber between the pump diaphragm film and the baseplate.
A computer-implemented method of automatically identifying nearby devices, comprising: under control of one or more computing systems configured with executable instructions, capturing at least one image using at least one capture element (312, 314, 316) of a client device; analyzing the at least one image to determine a presence of at least one computing device (302, 304, 306, 308) and a relative location including a direction and distance of the at least one computing device with respect to the client device; sending a request to the at least one computing device; receiving a response from at least one responding computing device, the response including identifying information for an associated computing device; and providing for display a user interface including a graphical element (318, 320, 322, 324) for the at least one responding computing device, the graphical element positioned on the user interface to correspond to the determined relative location of the associated computing device, whereby a user of the client device is able to view identity information for the at least one responding computing device, or a user of the at least one responding computing device, without manual intervention; wherein the method further comprises determining a communication mechanism for communicating with the at least one responding computing device using the at least one captured image. under control of one or more computing systems configured with executable instructions, capturing at least one image using at least one capture element (312, 314, 316) of a client device; analyzing the at least one image to determine a presence of at least one computing device (302, 304, 306, 308) and a relative location including a direction and distance of the at least one computing device with respect to the client device; sending a request to the at least one computing device; receiving a response from at least one responding computing device, the response including identifying information for an associated computing device; and providing for display a user interface including a graphical element (318, 320, 322, 324) for the at least one responding computing device, the graphical element positioned on the user interface to correspond to the determined relative location of the associated computing device, whereby a user of the client device is able to view identity information for the at least one responding computing device, or a user of the at least one responding computing device, without manual intervention; wherein the method further comprises determining a communication mechanism for communicating with the at least one responding computing device using the at least one captured image.
An electric power tool comprising: a motor of a brushless type configured to drive a tip tool; an operating unit which includes a trigger switch and through which a manipulated variable, corresponding to a displacement of the trigger switch from a reference position, is entered, the manipulated variable defining a rotational velocity of the motor; and a control unit configured to set a target rotational velocity based on the manipulated variable and control the rotational velocity of the motor to bring the rotational velocity of the motor into conformity with the target rotational velocity (ω2, ω4) of the motor after the motor has started running, the control unit being configured to apply a voltage with a startup voltage pattern to the motor at a startup time when the motor starts up, and the control unit being configured to adjust, according to the manipulated variable entered through the operating unit at the startup time of the motor, the startup voltage pattern of the voltage applied to the motor at the startup time of the motor. a motor of a brushless type configured to drive a tip tool; an operating unit which includes a trigger switch and through which a manipulated variable, corresponding to a displacement of the trigger switch from a reference position, is entered, the manipulated variable defining a rotational velocity of the motor; and a control unit configured to set a target rotational velocity based on the manipulated variable and control the rotational velocity of the motor to bring the rotational velocity of the motor into conformity with the target rotational velocity (ω2, ω4) of the motor after the motor has started running, the control unit being configured to apply a voltage with a startup voltage pattern to the motor at a startup time when the motor starts up, and the control unit being configured to adjust, according to the manipulated variable entered through the operating unit at the startup time of the motor, the startup voltage pattern of the voltage applied to the motor at the startup time of the motor.