mhurhangee/ep-ind-claims huggingface dataset:
A high speed sliding roll-up door intended to be interposed between two rooms at different temperatures and provided with a condensation water draining device, which roll-up door comprises a flexible curtain for closing or opening a passage formed in a wall separating said rooms, which passage is delimited by a portal structure including a pair of side uprights provided with guide rails for the curtain and an upper crosspiece, said curtain having side edges adapted to slidably engage said guide rails and being intended to be received, in the open condition of the door, into a shelter area arranged above the portal structure, characterized in that each guide rail comprises an upper rectilinear portion close to said shelter area, and a lower rectilinear portion offset with respect to the upper rectilinear portion, between which an S-shaped inclined portion is interposed, which is connected upstream and downstream with said upper and lower rectilinear portions (26a, 26b) by means of respective curved sections (26d, 26e), and in that the roll-up door further comprises gutter formation extending between both said guide rails, said gutter formation being arranged substantially horizontal below the upper rectilinear portions of said guide rails to receive by gravity the condensation water coming from the surface of said curtain during its raising step towards said shelter area.
A femoral neck prosthesis with a cross-section defined by a perimeter comprising: first and second arcuate portions (12, 14) disposed opposite one another; and first and second substantially straight portions (16, 18) disposed opposite one another and in between the first and second arcuate portions, wherein the first and second straight portions are non-parallel with respect to one another, and converge such that the distance between the first and second substantially straight portions is greater at a lateral side than at a medial side, characterized in that a distal end of the femoral neck prosthesis is configured for placement within the metaphyseal cancellous bone between the femoral head and the cortical bone, wherein in an installed configuration shear forces from the femoral head are transmitted to the cortical and cancellous bone in the region of the femoral neck so that, together with the distal end of the femoral neck prosthesis being configured for placement within the metaphyseal cancellous bone, a rigid fixation between the femoral neck prosthesis and the cortical and cancellous bone in the region of the femoral neck which withstands all the physiological forces and moments transmitted from the femoral head is provided, and wherein a locus defined by a midpoint between the first and second arcuate portions along the length of the prosthetic femoral neck prosthesis is substantially straight. first and second arcuate portions (12, 14) disposed opposite one another; and first and second substantially straight portions (16, 18) disposed opposite one another and in between the first and second arcuate portions, wherein the first and second straight portions are non-parallel with respect to one another, and converge such that the distance between the first and second substantially straight portions is greater at a lateral side than at a medial side, characterized in that a distal end of the femoral neck prosthesis is configured for placement within the metaphyseal cancellous bone between the femoral head and the cortical bone, wherein in an installed configuration shear forces from the femoral head are transmitted to the cortical and cancellous bone in the region of the femoral neck so that, together with the distal end of the femoral neck prosthesis being configured for placement within the metaphyseal cancellous bone, a rigid fixation between the femoral neck prosthesis and the cortical and cancellous bone in the region of the femoral neck which withstands all the physiological forces and moments transmitted from the femoral head is provided, and wherein a locus defined by a midpoint between the first and second arcuate portions along the length of the prosthetic femoral neck prosthesis is substantially straight.
A unit for compacting hollow bodies with: - a drivable roller having a plurality of projecting elements, - a counterplate (9', 9", 9'") as a non-driven counter bearing (9', 9", 9'") with at least one recess arranged such that the projecting elements temporarily engage at least partially in the recess upon a rotation of the roller, and - a stripper that, during operation, is downstream from the counterbearing (9', 9", 9'") in the direction of rotation of the roller and has at least one recess in which the projecting elements of the roller at least partially engage temporarily during operation, - wherein the counterplate (9', 9", 9'") is movable from a first position into a second position in a spring-loaded manner, when an uncompactable object is added to the unit, characterized in that - the roller has individual disk-shaped segments that are arranged adjacent to each other on a common axis in the axial direction and each have at least one projecting element. - a drivable roller having a plurality of projecting elements, - a counterplate (9', 9", 9'") as a non-driven counter bearing (9', 9", 9'") with at least one recess arranged such that the projecting elements temporarily engage at least partially in the recess upon a rotation of the roller, and - a stripper that, during operation, is downstream from the counterbearing (9', 9", 9'") in the direction of rotation of the roller and has at least one recess in which the projecting elements of the roller at least partially engage temporarily during operation, - wherein the counterplate (9', 9", 9'") is movable from a first position into a second position in a spring-loaded manner, when an uncompactable object is added to the unit, - the roller has individual disk-shaped segments that are arranged adjacent to each other on a common axis in the axial direction and each have at least one projecting element.
System for detecting obstacles for vehicles, comprising at least one sensor fastened on a motor vehicle and able to transmit a detection signal and to receive an echo signal reflected off at least one obstacle and means of parametric evaluation of said received echo signal, wherein: - said means of parametric evaluation comprise means of verification of the difference between a reference echo signal and at least one received echo signal, said means of verification being able to make a comparison between such difference and at least one predefined threshold value; - said means of verification comprise means for generating a control signal of at least one user device which is connected downstream of said sensor and can be activated when said difference is greater than said threshold value; characterized in that: - said means of parametric evaluation comprise means of comparison between at least two successive echo signals for the determination of said reference echo signal, wherein said reference echo signal is able to define the position of a user near to the boot of the motor vehicle at or after boot opening; - said user device comprises automatic means for closing the boot of the motor vehicle if said user moves away from the boot, when the difference between said reference echo signal and said received echo signal is not contained within said threshold value. - said means of parametric evaluation comprise means of verification of the difference between a reference echo signal and at least one received echo signal, said means of verification being able to make a comparison between such difference and at least one predefined threshold value; - said means of verification comprise means for generating a control signal of at least one user device which is connected downstream of said sensor and can be activated when said difference is greater than said threshold value; - said means of parametric evaluation comprise means of comparison between at least two successive echo signals for the determination of said reference echo signal, wherein said reference echo signal is able to define the position of a user near to the boot of the motor vehicle at or after boot opening; - said user device comprises automatic means for closing the boot of the motor vehicle if said user moves away from the boot, when the difference between said reference echo signal and said received echo signal is not contained within said threshold value.
An excavator comprising: a lower traveling body; an upper turning body turnably mounted on the lower traveling body; actuators (1A, 1B, 7, 8, 9, 21) configured to drive a driven portion including the lower traveling body and the upper turning body; a power storage device mounted on the upper turning body and used as an energy source for driving the actuators (1A, 1B, 7, 8, 9, 21); a cooling device configured to cool the power storage device; and a fan mounted on the upper turning body and configured to blow air to a predetermined device for cooling the predetermined device, characterised in that the power storage device used as an energy source for driving the actuators (1A, 1B, 7, 8, 9, 21) is mounted on a front right portion of the upper turning body. a lower traveling body; an upper turning body turnably mounted on the lower traveling body; actuators (1A, 1B, 7, 8, 9, 21) configured to drive a driven portion including the lower traveling body and the upper turning body; a power storage device mounted on the upper turning body and used as an energy source for driving the actuators (1A, 1B, 7, 8, 9, 21); a cooling device configured to cool the power storage device; and a fan mounted on the upper turning body and configured to blow air to a predetermined device for cooling the predetermined device, characterised in that the power storage device used as an energy source for driving the actuators (1A, 1B, 7, 8, 9, 21) is mounted on a front right portion of the upper turning body.
A system comprising: one or more processors; and programming instructions configured to be executed by the one or more processors to perform operations comprising: receiving, from one or more host devices, data associated with events detected at the one or more host devices, wherein the events are produced by at least one process or at least one thread; determining a plurality of the events from the data for a time interval; identifying at least one malicious event within the plurality of the events based at least in part on the data indicating malicious activity; determining an incident score for an incident including the at least one malicious event, the incident score being based at least in part on the at least one malicious event, wherein incident scores associated with incidents are based at least in part on a base score and a surprisal value associated with the events; and determining, based at least in part on incident scores, an aggregate score in accordance to an aggregation scheme. one or more processors; and programming instructions configured to be executed by the one or more processors to perform operations comprising: receiving, from one or more host devices, data associated with events detected at the one or more host devices, wherein the events are produced by at least one process or at least one thread; determining a plurality of the events from the data for a time interval; identifying at least one malicious event within the plurality of the events based at least in part on the data indicating malicious activity; determining an incident score for an incident including the at least one malicious event, the incident score being based at least in part on the at least one malicious event, wherein incident scores associated with incidents are based at least in part on a base score and a surprisal value associated with the events; and determining, based at least in part on incident scores, an aggregate score in accordance to an aggregation scheme. receiving, from one or more host devices, data associated with events detected at the one or more host devices, wherein the events are produced by at least one process or at least one thread; determining a plurality of the events from the data for a time interval; identifying at least one malicious event within the plurality of the events based at least in part on the data indicating malicious activity; determining an incident score for an incident including the at least one malicious event, the incident score being based at least in part on the at least one malicious event, wherein incident scores associated with incidents are based at least in part on a base score and a surprisal value associated with the events; and determining, based at least in part on incident scores, an aggregate score in accordance to an aggregation scheme.
A fluorescence imaging system comprising: an excitation source configured to generate an excitation beam along a first axis to illuminate a sample having a plurality of fluorescent markers to excite the plurality of fluorescent markers into an excited state; a stimulation source configured to generate a stimulation beam along a second axis to illuminate the excited sample to generate a stimulated emission by the excited sample, the excitation beam and the stimulation beam having different wavelengths; an objective lens oriented along the second axis and configured to capture and focus the stimulation beam and the stimulated emission emitted by the plurality of fluorescent markers; a stimulation beam attenuator positioned at the back focal plane of the objective lens and configured to attenuate the stimulation beam while allowing the stimulated emission to pass; characterized in that the system further comprises a phase adjusting component configured to induce a relative phase-shift between the stimulated emission and a reference beam to produce constructive interference between the reference beam and the stimulated emission; and a detector configured to image the constructive interference between the reference beam and the stimulated emission. an excitation source configured to generate an excitation beam along a first axis to illuminate a sample having a plurality of fluorescent markers to excite the plurality of fluorescent markers into an excited state; a stimulation source configured to generate a stimulation beam along a second axis to illuminate the excited sample to generate a stimulated emission by the excited sample, the excitation beam and the stimulation beam having different wavelengths; an objective lens oriented along the second axis and configured to capture and focus the stimulation beam and the stimulated emission emitted by the plurality of fluorescent markers; a stimulation beam attenuator positioned at the back focal plane of the objective lens and configured to attenuate the stimulation beam while allowing the stimulated emission to pass; characterized in that the system further comprises a phase adjusting component configured to induce a relative phase-shift between the stimulated emission and a reference beam to produce constructive interference between the reference beam and the stimulated emission; and a detector configured to image the constructive interference between the reference beam and the stimulated emission.
A method of testing a brake system comprising carrying out a method of monitoring brake performance of the brake system of a machine for one or more brake engagements; wherein the method of monitoring brake performance of the brake system comprises: detecting an input; operating the brake system to engage in response to the input; detecting the brake engagement of the brake system in response to the input; determining a brake delay as the time period between the input and the brake engagement; providing an alert based upon the brake delay; and triggering disengagement of the brake system when brake engagement is detected, wherein the machine is configured to carry out the brake test autonomously. detecting an input; operating the brake system to engage in response to the input; detecting the brake engagement of the brake system in response to the input; determining a brake delay as the time period between the input and the brake engagement; providing an alert based upon the brake delay; and triggering disengagement of the brake system when brake engagement is detected, wherein the machine is configured to carry out the brake test autonomously.
A solar power conversion device, such as a solar cell or panel (100, 110), for receiving solar radiation and converting it to an electrical output, the device having embedded therein: an electrical output measuring arrangement for measuring the electrical output to provide metering data; and a metering output (920, 1020) for delivering metering data from the solar power conversion device (100, 105, 110), characterised by further having embedded therein: an information processing device (720, 820, 1000) which provides a security module (900, 905, 1010) for associating security information including a unique digital identity with the metering data to create trusted and identifiable metering data for delivery from the solar power conversion device (100, 105, 110). an electrical output measuring arrangement for measuring the electrical output to provide metering data; and a metering output (920, 1020) for delivering metering data from the solar power conversion device (100, 105, 110), characterised by further having embedded therein: an information processing device (720, 820, 1000) which provides a security module (900, 905, 1010) for associating security information including a unique digital identity with the metering data to create trusted and identifiable metering data for delivery from the solar power conversion device (100, 105, 110).
A method for signaling in cast-type indication for a wireless communication system, the method comprising: receiving, by a first user equipment, UE, a first stage sidelink control information, SCI, format from a second UE; decoding the first stage SCI format; determining a second stage SCI format using the decoded first stage SCI format; decoding the second stage SCI format; and determining a sidelink feedback status using the second stage SCI format, wherein the sidelink feedback status indicates whether sidelink feedback is enabled or not enabled, and wherein second stage SCI content includes a distance setting associated with a communication range between the first UE and the second UE; determining the sidelink feedback is enabled, wherein a type of the sidelink feedback is dependent on the distance setting of the second stage SCI content; wherein the type of the sidelink feedback is distance-based NACK feedback and non-distance-based NACK feedback; characterized in that the distance setting is a communication range requirement field set to infinite for non-distance-based NACK feedback. receiving, by a first user equipment, UE, a first stage sidelink control information, SCI, format from a second UE; decoding the first stage SCI format; determining a second stage SCI format using the decoded first stage SCI format; decoding the second stage SCI format; and determining a sidelink feedback status using the second stage SCI format, wherein the sidelink feedback status indicates whether sidelink feedback is enabled or not enabled, and wherein second stage SCI content includes a distance setting associated with a communication range between the first UE and the second UE; determining the sidelink feedback is enabled, wherein a type of the sidelink feedback is dependent on the distance setting of the second stage SCI content; wherein the type of the sidelink feedback is distance-based NACK feedback and non-distance-based NACK feedback; characterized in that the distance setting is a communication range requirement field set to infinite for non-distance-based NACK feedback.
Fastening arrangement comprising a drawer base and at least one rail (10, 10'), on which a support for supporting a lateral edge of the drawer base is formed and a wall section, arranged at an angle to the support, for connection to a side panel is formed, wherein at least one pivotably mounted claw (13, 33) is provided on the at least one rail (10, 10'), which claw can be driven into the drawer base, wherein a U-shaped channel is formed between the support and the wall section, characterized in that at least one aperture (18, 36) is provided in the U-shaped channel, in a base thereof, and a tool for the driving-in operation (13, 33) of the at least one claw (13, 33) can be passed through the aperture (18, 36).
A medical data processing method of determining the representation of an anatomical body part of a patient in a sequence of medical images, the anatomical body part being subject to a vital movement of the patient, the method being constituted to be executed by a computer and comprising the following steps: a) acquiring (step 3) advance medical image data comprising a time-related advance medical image comprising a representation of the anatomical body part in a specific movement phase; b) acquiring current medical image data describing a sequence of current medical images, wherein the sequence comprises a specific current medical image comprising a representation of the anatomical body part in the specific movement phase, and a tracking current medical image which is different from the specific current medical image and comprises a representation of the anatomical body part in a tracking movement phase which is different from the specific movement phase; c) determining, (step 5) based on the advance medical image data and the current medical image data, specific image subset data describing a specific image subset of the specific current medical image, the specific image subset comprising the representation of the anatomical body part; characterised by d) determining (step 5), based on the current medical image data and the specific image subset data, subset tracking data describing a tracked image subset in the tracking current medical image, the tracked image subset comprising the representation of the anatomical body part. a) acquiring (step 3) advance medical image data comprising a time-related advance medical image comprising a representation of the anatomical body part in a specific movement phase; b) acquiring current medical image data describing a sequence of current medical images, wherein the sequence comprises a specific current medical image comprising a representation of the anatomical body part in the specific movement phase, and a tracking current medical image which is different from the specific current medical image and comprises a representation of the anatomical body part in a tracking movement phase which is different from the specific movement phase; c) determining, (step 5) based on the advance medical image data and the current medical image data, specific image subset data describing a specific image subset of the specific current medical image, the specific image subset comprising the representation of the anatomical body part; d) determining (step 5), based on the current medical image data and the specific image subset data, subset tracking data describing a tracked image subset in the tracking current medical image, the tracked image subset comprising the representation of the anatomical body part.
A signaling probe comprising a first nucleic acid strand and a second nucleic acid strand, wherein said first and second strands each comprise mutually complementary regions capable of hybridizing, wherein the first strand has a gold nanoparticle quencher moiety at one terminus and the second strand has a fluorophore at a terminus that is adjacent to the quencher moiety when the strands are hybridized, wherein one strand hybridizes to a target sequence in an RNA, wherein binding of the target sequence to said strand produces a detectable fluorescent signal, wherein the probe comprises multiple fluorophores.
An apparatus for treating a sexual dysfunctional female patient, characterised in at least one expandable prosthesis adapted for implantation in female erectile tissue and to be adjusted to temporarily achieve enlarged status of the female erectile tissue.