mhurhangee/ep-ind-claims huggingface dataset:
A syringe carrier for use within an automatic injection device comprising: a substantially tubular body having a first end and a second end, and configured to contain a portion of a syringe and displace the syringe within a housing of the automatic injection device between a first position and a second position; a first pair of legs defining at least a portion of a first opening in between the first pair of legs in the substantially tubular body proximal to the first end, the first opening configured to align with a window of the housing and a reservoir of the syringe when the syringe carrier is in the first position; and a syringe carrier coupler extending partially beyond the first pair of legs at the first end of the substantially tubular body. a substantially tubular body having a first end and a second end, and configured to contain a portion of a syringe and displace the syringe within a housing of the automatic injection device between a first position and a second position; a first pair of legs defining at least a portion of a first opening in between the first pair of legs in the substantially tubular body proximal to the first end, the first opening configured to align with a window of the housing and a reservoir of the syringe when the syringe carrier is in the first position; and a syringe carrier coupler extending partially beyond the first pair of legs at the first end of the substantially tubular body.
A hinge with adjustable torque suitable for doors having different weights, the hinge comprises a hinge body, a return spring connected to a cam connection and an adjustment pin that allows for adjusting the preloading values of the return spring, thereby allowing for increasing or decreasing the force thereof; characterized in that the hinge body comprises a housing in which a forward and backward movement of the adjustment pin can be performed, a compression spring which ensures balancing and facilitating the backward and forward movement of the adjustment pin, holes formed at the lower part of the hinge that allow for fixing the position of the adjustment pin; and a pin that connects the adjustment pin to the return spring.
A method of providing an interface, via a graphics framework, located between the application layer and the operating system, to a set of high level graphics functions (3100; 3101), the method comprising: receiving, by the graphics framework, a first set of function calls from an operating program (32; 323) that is distinct from the interface, the first set of function calls comprising one or more commands requesting creation of an image filter and setting parameters regarding the image filter; responding to the first set of function calls by creating the requested image filter; receiving, by the graphics framework, a second set of function calls from the operating program, the second set of function calls comprising one or more commands requesting creation of an image using the image filter; responding to the second set of function calls by creating the requested image; receiving, by the graphics framework, a third set of function calls from the operating program, the third set of function calls comprising one or more commands to place the created image into a requested context; and responding to the third set of function calls by placing the created image into the requested context. receiving, by the graphics framework, a first set of function calls from an operating program (32; 323) that is distinct from the interface, the first set of function calls comprising one or more commands requesting creation of an image filter and setting parameters regarding the image filter; responding to the first set of function calls by creating the requested image filter; receiving, by the graphics framework, a second set of function calls from the operating program, the second set of function calls comprising one or more commands requesting creation of an image using the image filter; responding to the second set of function calls by creating the requested image; receiving, by the graphics framework, a third set of function calls from the operating program, the third set of function calls comprising one or more commands to place the created image into a requested context; and responding to the third set of function calls by placing the created image into the requested context.
A method comprising: - receiving, by a controller, a first data associated with a parameter monitored by a first sensing device, the first sensing device associated with the controller; - determining validity of the first data by a validation unit; - if the first data is invalid: receiving a second data associated with the parameter from a second sensing device by the controller through a short-range communication; characterized by: if connectivity with the second sensing device is not available: connecting the controller with a server to receive a third data associated with the parameter from the server through a long-range communication, wherein the server receives the second data from the second sensing device and stores the second data as the third data; and by validating respectively the second data or the third data associated with the parameter. - receiving, by a controller, a first data associated with a parameter monitored by a first sensing device, the first sensing device associated with the controller; - determining validity of the first data by a validation unit; - if the first data is invalid: receiving a second data associated with the parameter from a second sensing device by the controller through a short-range communication; characterized by: if connectivity with the second sensing device is not available: connecting the controller with a server to receive a third data associated with the parameter from the server through a long-range communication, wherein the server receives the second data from the second sensing device and stores the second data as the third data; and by validating respectively the second data or the third data associated with the parameter. receiving a second data associated with the parameter from a second sensing device by the controller through a short-range communication; characterized by: if connectivity with the second sensing device is not available: connecting the controller with a server to receive a third data associated with the parameter from the server through a long-range communication, wherein the server receives the second data from the second sensing device and stores the second data as the third data; and by validating respectively the second data or the third data associated with the parameter. if connectivity with the second sensing device is not available: connecting the controller with a server to receive a third data associated with the parameter from the server through a long-range communication, wherein the server receives the second data from the second sensing device and stores the second data as the third data; and by validating respectively the second data or the third data associated with the parameter.
A method for identifying commercial message segments of a video signal, comprising the steps of: monitoring a digital bit stream comprising said video signal; detecting a change in an informational parameter of said video signal exclusive of said audio-visual content; and selectively generating a commercial event notification responsive to said detecting step, wherein said detection step additionally comprises: detecting the presence of a splice table in said digital bit stream; comparing a timing of said commercial event notification indicating the occurrence of a commercial message, to commercial message insertion data contained in said splice table; and, verifying the presence of a commercial message based on said comparing step.
Data processing apparatus comprising: a memory storing a candidate service level response to an intrusion to an operating system having a plurality of operating system services; processing circuitry coupled to the memory; and an output coupled to the processing circuitry, wherein the processing circuitry is to: receive an alert indicative of the intrusion; identify, based on the alert, an operating system service of the plurality of operating system services that is related to the intrusion indicated by the alert; select from the memory, for the identified operating system service the candidate service level response to the intrusion; and provide a signal to the output depending on the candidate service level response selected in respect of the said operating system service; wherein said output is an indication to a computer platform running the operating system to apply the selected service level response or responses, or the output causes the computer platform to apply the selected service level response or responses. a memory storing a candidate service level response to an intrusion to an operating system having a plurality of operating system services; processing circuitry coupled to the memory; and an output coupled to the processing circuitry, wherein the processing circuitry is to: receive an alert indicative of the intrusion; identify, based on the alert, an operating system service of the plurality of operating system services that is related to the intrusion indicated by the alert; select from the memory, for the identified operating system service the candidate service level response to the intrusion; and provide a signal to the output depending on the candidate service receive an alert indicative of the intrusion; identify, based on the alert, an operating system service of the plurality of operating system services that is related to the intrusion indicated by the alert; select from the memory, for the identified operating system service the candidate service level response to the intrusion; and provide a signal to the output depending on the candidate service level response selected in respect of the said operating system service;
An automated method for analyzing a cell, comprising the following steps, all of which are carried out in a fully automated manner using robotic handling and automated microscopy: - providing a culture of non-adhesively growing plant cells in wells of a multi-well plate; - arranging the non-adhesively growing plant cells in a monolayer and immobilizing them in the monolayer, wherein the immobilization of the non-adhesively growing plant cells in a monolayer is achieved by adding a gelling substance to the non-adhesively growing plant cells, centrifuging the non-adhesively growing plant cells to obtain a monolayer of non-adhesively growing plant cells, and solidifying the gelling substance to form a gel in which the non-adhesively growing plant cells are embedded; and - detecting at least one parameter by microscopic analysis using an automated microscope, wherein said at least one parameter is selected from the group consisting of fluorescence, luminescence, morphology and combinations thereof. - providing a culture of non-adhesively growing plant cells in wells of a multi-well plate; - arranging the non-adhesively growing plant cells in a monolayer and immobilizing them in the monolayer, wherein the immobilization of the non-adhesively growing plant cells in a monolayer is achieved by adding a gelling substance to the non-adhesively growing plant cells, centrifuging the non-adhesively growing plant cells to obtain a monolayer of non-adhesively growing plant cells, and solidifying the gelling substance to form a gel in which the non-adhesively growing plant cells are embedded; and - detecting at least one parameter by microscopic analysis using an automated microscope, wherein said at least one parameter is selected from the group consisting of fluorescence, luminescence, morphology and combinations thereof.
A compound selected from: No. Structure 1 12 37 95 113 114 115 116 117 143 148 149 150 196 239 240 269 and 329 or a pharmaceutically acceptable salt thereof.
A method for producing a cross-linked fluoroelastomer, which comprises cross- linking a fluoroelastomer with a cross-linking agent in an inert gas atmosphere in the presence of an initiator, the cross-linking agent being one or more selected from the group consisting of a compound of formula, R 1 R 2 C=C(R 3)-(CH 2) m - n -Z- n -(CH 2) m -C(R 4)=CR 5 R 6 wherein in forumula, R 1, R 2, R 3, R 4, R 5 and R 6 are fluorine; Z is a divalent linkage group; m is independently 0 or 1; and n is independently 0 or 1; compounds of formulas (i) to (vii), CH 2 =CH-(CF 2) x -CH=CH 2 (i) CH 2 =CH-CH 2 -(CF 2) x -CH 2 -CH=CH 2 (ii) CF 2 =CH-(CF 2) x -CH=CF 2 (iii) CF 2 =CH-CH 2 -(CF 2) x -CH 2 -CH=CF 2 (iv) CF 2 =CH-O-(CF 2) x -O-CH=CF 2 (v) CF 2 =CF-O-(CF 2) x -O-CF=CF 2 (vi) CF 2 =CF-(CF 2) x -CF=CF 2 (vii) wherein in formulas (i) to (vii), x is 2 to 24; and compounds of formulas, and, wherein in forumula, R 1, R 2, R 3, R 4, R 5 and R 6 are fluorine; Z is a divalent linkage group; m is independently 0 or 1; and n is independently 0 or 1;
A duty cycle-based bit interface system, comprising: a first stage voltage converter unit in signal communication with a digital signal source, the first stage voltage converter configured to convert a digital voltage signal having a frequency and duty cycle into a first stage converted signal that converts the duty cycle of the digital signal or both of the frequency and the duty cycle of the digital signal; a plurality of second stage voltage converters (106a, 106b) in signal communication with the first stage voltage converter; the second stage voltage converters configured to convert the first stage converted signal into a scaled version of the same; a low pass filter in signal communication with the first stage voltage converter unit, the low pass filter configured to generate a duty cycle-based analog voltage signal using the first stage converted voltage signal; an electronic sampling unit in signal communication with at least one of the second stage voltage converters and the low pass filter, the sampling unit configured to sample the duty cycle-based analog voltage signal during a sampling time period, the sampled portion having an analog voltage signal based on the duty cycle during the sampling time period; and an electronic bit selector unit in signal communication with the sampling unit, the bit selector unit configured to output a bit enable signal that initiates a specific diagnostic test among a plurality of diagnostic tests based on the duty cycle of the sampled portion. a first stage voltage converter unit in signal communication with a digital signal source, the first stage voltage converter configured to convert a digital voltage signal having a frequency and duty cycle into a first stage converted signal that converts the duty cycle of the digital signal or both of the frequency and the duty cycle of the digital signal; a plurality of second stage voltage converters (106a, 106b) in signal communication with the first stage voltage converter; the second stage voltage converters configured to convert the first stage converted signal into a scaled version of the same; a low pass filter in signal communication with the first stage voltage converter unit, the low pass filter configured to generate a duty cycle-based analog voltage signal using the first stage converted voltage signal; an electronic sampling unit in signal communication with at least one of the second stage voltage converters and the low pass filter, the sampling unit configured to sample the duty cycle-based analog voltage signal during a sampling time period, the sampled portion having an analog voltage signal based on the duty cycle during the sampling time period; and an electronic bit selector unit in signal communication with the sampling unit, the bit selector unit configured to output a bit enable signal that initiates a specific diagnostic test among a plurality of diagnostic tests based on the duty cycle of the sampled portion.
Portable power tool having a shiftable transmission which is shiftable between at least a first gear and a second gear via a shift member, characterized in that the shift member is coupled to a spring element (400, 900) which is actuable indirectly or directly at least via a first and a second shifting element (128, 140) for gear shifting, wherein the first shifting element is assigned a coupling element which is couplable to the spring element (400, 900) and is configured to allow gear shifting by actuation of the first shifting element only in the event that the second shifting element is arranged in a defined gear shifting position.
A detachable dust receptacle for collecting dust in a vacuum cleaner, comprising; an inlet port connectable to a hose joint in said vacuum cleaner for receiving dust-laden air; a suction port, to which a source of vacuum is connectable; a first sealing element arranged to establish an effective sealing of said inlet port against said hose joint; and a second sealing element (7b, 7b') arranged to establish an effective sealing of said suction port against said source of vacuum, characterized in that both said first and second sealing elements (7a, 7b, 7b') are each a lip seal.
Optical arrangement for determining the orientation of an artificial lens in an eye, comprising at least one observation beam path (7, 7a) with an imaging optical system (18, 18a), at least two light-emitting test objects (20, 21) with a defined contour, and one collimation optical system (25, 26) per test object (20, 21) associated with it for collimating the light pattern emanating from the test object (20, 21) into a collimation beam path (27, 28) directed at the eye, wherein multiple observation beam paths (7, 7a) are provided leading to a common ocular and having different imaging properties which are configured such that the light patterns (29, 30) reflected by different boundaries are simultaneously imaged, wherein the boundaries comprise the front side of the cornea and at least one boundary between the artificial lens and optical media of the eye.
A robot cleaner comprising: a housing; a light source configured to emit light toward an obstacle in front of the robot cleaner; a camera including a lens, the camera being configured to simultaneously receive light incident through the front of the housing and light incident through the top of the housing; a reflector configured to reflect the light emitted by the light source, reflected by the obstacle, and incident on the front of the housing toward a first region of the lens; and a guide member configured to guide light incident on the top of the housing toward a second region of the lens different from the first region. a housing; a light source configured to emit light toward an obstacle in front of the robot cleaner; a camera including a lens, the camera being configured to simultaneously receive light incident through the front of the housing and light incident through the top of the housing; a reflector configured to reflect the light emitted by the light source, reflected by the obstacle, and incident on the front of the housing toward a first region of the lens; and a guide member configured to guide light incident on the top of the housing toward a second region of the lens different from the first region.
An apparatus for feeding pasta sheet into a pasta-making machine, comprising feed means for feeding a strip of pasta sheet along a predetermined path, and a punching device designed to operate on the strip in the stop condition so as to punch it and obtain from it cut pieces of pasta sheet intended to be wrapped around respective portions of filling, thereby producing respective pieces of filled pasta, wherein the apparatus comprises a speed variator device for the feed speed of the strip, interposed between the feed means and the punching device for causing, during each machine cycle of the apparatus, a variation in the speed of a branch of the strip positioned at the punching device which, in combination with the speed at which the strip is supplied by the feed means, stops the branch of the strip; characterised in that the speed variator device comprises a diverter device for the strip, for moving a portion of it in both directions, cyclically, perpendicularly to a lying plane.
A method in a base station (700, 3320), comprising: transmitting a signalling message indicating a waveform of a physical uplink shared channel, PUSCH, without including a waveform of a preamble which is to be used for message A in two-step random access procedure, through an air interface; and receiving the message A using the waveform of the PUSCH through the air interface in two-step random access procedure. transmitting a signalling message indicating a waveform of a physical uplink shared channel, PUSCH, without including a waveform of a preamble which is to be used for message A in two-step random access procedure, through an air interface; and receiving the message A using the waveform of the PUSCH through the air interface in two-step random access procedure.
A check valve comprising: a generally planar, annular valve housing defining an unobstructed valve opening; and a pair of flapper elements each having a proximal end and a distal end, the flapper elements being pivotally mounted to the valve housing at opposed sides of the valve opening at their proximal ends for pivotal movement between a closed position, in which together they block the flow of fluid through the valve opening and an open position in which they permit the flow of fluid through the valve opening, and wherein, when in the closed position, the flapper elements engage the valve housing around the valve opening and the distal ends of the flapper elements touch in order to close the opening; characterised by further comprising: a bumper element arranged at and projecting at an obtuse angle away from the proximal end of each flapper element and rotatable therewith for engagement with the valve housing when the flapper element is in the open position, for limiting the angle of rotation of each flapper element to a maximum opening angle of between 75 and 85 degrees. a generally planar, annular valve housing defining an unobstructed valve opening; and a pair of flapper elements each having a proximal end and a distal end, the flapper elements being pivotally mounted to the valve housing at opposed sides of the valve opening at their proximal ends for pivotal movement between a closed position, in which together they block the flow of fluid through the valve opening and an open position in which they permit the flow of fluid through the valve opening, and wherein, when in the closed position, the flapper elements engage the valve housing around the valve opening and the distal ends of the flapper elements touch in order to close the opening;
A point of care testing device, comprising: (a) a test module configured to receive a container that contains a biologic sample, and perform an assay on the biologic sample to generate an assay result; (b) a processor configured to receive data from the test module; (c) a transmitter configured to transmit data from the test module to a mobile computing device or a remote server; and (d) a universal interoperability coupler configured to operably couple the test module with the container, characterized in that the universal interoperability coupler comprises one or more internal adjustment bars with external handles that allow for the user to adjust the external handles to positions that allow the container to fit inside of the test module. (a) a test module configured to receive a container that contains a biologic sample, and perform an assay on the biologic sample to generate an assay result; (b) a processor configured to receive data from the test module; (c) a transmitter configured to transmit data from the test module to a mobile computing device or a remote server; and (d) a universal interoperability coupler configured to operably couple the test module with the container,