mhurhangee/ep-ind-claims huggingface dataset:
A package for displaying items, the package comprising: a carton body having at least a bottom panel, a back panel and a front panel; a resilient member configured to urge items stacked in the package, in use, towards said front panel of said carton body; and an intermediate member connected to said carton body and removably placed at a position between said resilient member and the items; characterized in that said intermediate member extends from said bottom panel of said carton body or a junction between said bottom panel and said back panel of said carton body, wherein a portion of the intermediate member is fixed related to the carton body. a carton body having at least a bottom panel, a back panel and a front panel; a resilient member configured to urge items stacked in the package, in use, towards said front panel of said carton body; and an intermediate member connected to said carton body and removably placed at a position between said resilient member and the items; characterized in that said intermediate member extends from said bottom panel of said carton body or a junction between said bottom panel and said back panel of said carton body, wherein a portion of the intermediate member is fixed related to the carton body.
Electro-optical distance measurement method having at least one • emission of a light signal, in particular of laser light, from at least one light source onto a target object, • detection of a fraction of the light signal returning from the target object using a detector (47a, 47b, 51, 61) and a signal processing electronics system connected downstream from the detector, • determination of a distance to the target object, wherein the emitted light signal comprises a sequence of sequential elements of, in each case, • at least one light pulse (P) and • one light signal train (P(Φ)), characterized in that the light pulses (P) each have a higher intensity amplitude I than the light signal trains (P(Φ)), wherein • the light pulses (P) are each modulated so that the fractions thereof returning from the target object are provided for analysis according to the pulse runtime method TOF, and • the light signal trains (P(Φ)) are each modulated so that the fractions thereof returning from the target object are provided for analysis according to the phase comparison method Φ, so that in each case the detected returning fractions of the light pulses (P) are analyzed with respect to a chronological location and the detected returning fractions of the light signal trains (P(Φ)) are analyzed with respect to a phase location. • emission of a light signal, in particular of laser light, from at least one light source onto a target object, • detection of a fraction of the light signal returning from the target object using a detector (47a, 47b, 51, 61) and a signal processing electronics system connected downstream from the detector, • determination of a distance to the target object, wherein • at least one light pulse (P) and • one light signal train (P(Φ)), • the light pulses (P) are each modulated so that the fractions thereof returning from the target object are provided for analysis according to the pulse runtime method TOF, and • the light signal trains (P(Φ)) are each modulated so that the fractions thereof returning from the target object are provided for analysis according to the phase comparison method Φ,
An immunostimulatory composition comprising Proteosomes and liposaccharide for use in treating or preventing a viral infection by eliciting an innate immune response, wherein the Proteosomes are obtained from Neisseria species.
Charge amplifier circuit for converting positive and negative charge signals that are output by a piezoelectric measuring element into a digital signal that is proportional to the present measured value at the measuring element, comprising a charge amplifier having a charge input and a voltage output for converting the detected charge into a voltage, characterized in that a compensation circuit comprising two outputs is connected downstream of the voltage output of the charge amplifier, wherein the first output is connected to the charge input of the charge amplifier and the second output to a counter having two inputs (Z+, Z-), and wherein on the one hand, the compensation circuit can produce a compensation charge (Qk+, Qk-) respectively, that is proportional to the voltage and that can be sent to the charge input of the charge amplifier by means of the first output in order to compensate the input signal, and wherein on the other hand the compensation circuit can produce a number of pulses (P+, P-) that is proportional to the magnitude of each compensation charge (Qk+, Qk-) produced, and said pulses can to be sent to an input (Z-, Z+) of the counter opposite the sign of the particular compensation charge (Qk+, Qk-) by means of the second output, wherein the desired digital signal, which is proportional to the sum of the charge quanta input beforehand, is available at the output of the counter.
A method for preparing an adsorbent, comprising: (a) mixing NaY zeolite, aqueous Al 3, and aqueous KOH; and (b) heating the resultant mixture of step (a) for an allotted amount of time to achieve a composition comprising at least 90% single phase chabazite having an Si/Al atomic ratio of 1.0 to 2.2. (a) mixing NaY zeolite, aqueous Al 3, and aqueous KOH; and (b) heating the resultant mixture of step (a) for an allotted amount of time to achieve a composition comprising at least 90% single phase chabazite having an Si/Al atomic ratio of 1.0 to 2.2.
A material for the braze repair of a nickel-base superalloy turbine component comprising a MarM509A/B mixture of no less than approximately 70% by weight of MarM509A base alloy and the balance comprising MarM509B braze alloy, including a liquid binder which is about 10% - 15% by volume of said MarM509A/B mixture to form a paste, wherein said MarM509A base alloy has the composition C = 0.6 wt%, Cr = 24 wt%, Ni = 10 wt%, W = 7 wt%, Ta = 3.5 wt%, and Co = balance, wherein said MarM509B braze alloy has the composition C = 0.6 wt%, Cr = 23 wt%, Ni = 10 wt%, W = 7 wt%, Ta = 3.5 wt%, B = 2.5 wt%, and Co = balance.
Shoe sole, suitable for an article of footwear, said shoe sole comprising at its ground-contact surface in rear-end-to-front-end sequence along the sole a heel portion, a midfoot portion, a ball portion and a forefoot portion, said heel, midfoot and ball portions each being adjacent to an arch region below the arch of a foot when wearing the shoe sole; wherein the shoe sole comprises first sole portions (11; 11'; 11") extending along a substantially S-shaped line which starts at the heel portion, passes along the midfoot and ball portions (4, 5) and ends at the forefoot portion, and second sole portions (12, 13; 12', 13'; 12", 13") extending along both sides of said substantially S-shaped line; and wherein the local thickness T and/or the local hardness H of a first sole portion (11; 11'; 11") is/are greater than the local thickness T and/or the local hardness H of a second sole portion (12, 13; 12', 13'; 12", 13") adjacent to said first sole portion, characterized in that the shoe sole comprises an insole fixed at the foot-contact surface or embedded underneath the foot-contact surface of the shoe sole, said insole having a smaller width extension than the shoe sole and extending along said substantially S-shaped line, and wherein the insole is made from a material having a greater hardness than the hardness of the shoe sole material surrounding said insole.
A computer implemented method for operating a system having a monitor, a camera, and a processor, so as to sequentially display a real-time video stream and a delayed video stream on the monitor to enable a user an enhanced experience of a viewing session, characterized in that the method comprises the steps of: setting a delay time of N seconds; setting a delay period of M seconds; obtaining live video feed from the camera; simultaneously sending the video feed to the monitor to be displayed as the real-time video stream and saving the video feed as frames in the memory; upon receiving a trigger, performing: indicating a trigger time at the time of receiving the trigger and storing the trigger time in the memory; counting N seconds from the trigger time and then fetching the frames from the memory and sending to the monitor for display as a delayed video stream, starting from the frame that was stored at the trigger time, and simultaneously continuing to store the video stream to the memory; after fetching a series of frames for M seconds, stopping the fetching and reverting to sending the video feed to the monitor for display as real-time video stream, wherein N is shorter than M. setting a delay time of N seconds; setting a delay period of M seconds; obtaining live video feed from the camera; simultaneously sending the video feed to the monitor to be displayed as the real-time video stream and saving the video feed as frames in the memory; upon receiving a trigger, performing: indicating a trigger time at the time of receiving the trigger and storing the trigger time in the memory; counting N seconds from the trigger time and then fetching the frames from the memory and sending to the monitor for display as a delayed video stream, starting from the frame that was stored at the trigger time, and simultaneously continuing to store the video stream to the memory; after fetching a series of frames for M seconds, stopping the fetching and reverting to sending the video feed to the monitor for display as real-time video stream, wherein N is shorter than M. indicating a trigger time at the time of receiving the trigger and storing the trigger time in the memory; counting N seconds from the trigger time and then fetching the frames from the memory and sending to the monitor for display as a delayed video stream, starting from the frame that was stored at the trigger time, and simultaneously continuing to store the video stream to the memory; after fetching a series of frames for M seconds, stopping the fetching and reverting to sending the video feed to the monitor for display as real-time video stream, wherein N is shorter than M.
A computer implemented method for generating a list of one or more joint treatment plans and/or surgery plans for a joint of a patient, the method comprising: - obtaining 3D static imagery data of the joint; - obtaining, from motion sensors, 3D kinematic data of the joint in movement, wherein the motion sensors monitor at least one of position, speed and acceleration of the joint relative to three distinct planes of motion of the joint in order to obtain the 3D kinematic data; - merging the 3D kinematic data and the 3D static imagery data of the joint, to produce merged 3D joint data; - processing the 3D joint data by applying a pattern recognition technique on the 3D joint data and thereby determining, from the 3D joint data, scores characterising a joint function of the patient, the scores expressed as an angular unit and being relative to one or more criteria representative of movement of the joint in at least one of flexion-extension, abduction-adduction and internal-external rotation; and - comparing the scores to data in a database which characterize a plurality of treatment plans and/or surgery plans to generate the list of one or more joint treatment plans and/or surgery plans which match the scores. - obtaining 3D static imagery data of the joint; - obtaining, from motion sensors, 3D kinematic data of the joint in movement, wherein the motion sensors monitor at least one of position, speed and acceleration of the joint relative to three distinct planes of motion of the joint in order to obtain the 3D kinematic data; - merging the 3D kinematic data and the 3D static imagery data of the joint, to produce merged 3D joint data; - processing the 3D joint data by applying a pattern recognition technique on the 3D joint data and thereby determining, from the 3D joint data, scores characterising a joint function of the patient, the scores expressed as an angular unit and being relative to one or more criteria representative of movement of the joint in at least one of flexion-extension, abduction-adduction and internal-external rotation; and - comparing the scores to data in a database which characterize a plurality of treatment plans and/or surgery plans to generate the list of one or more joint treatment plans and/or surgery plans which match the scores.
A method for supporting wireless communications signaling over a flexible bandwidth carrier, the method comprising: identifying, at a wireless communications device, a signaling rate for signaling from the wireless communications device over a normal bandwidth carrier; determining, at the wireless communications device, a time interval for signaling from the wireless communications device over the flexible bandwidth carrier to facilitate a signaling rate for the signaling over the flexible bandwidth carrier that maintains the signaling rate for the signaling over the normal bandwidth carrier or a scaled fraction of the signaling rate for the signaling over the normal bandwidth carrier; and utilizing, by the wireless communications device, the determined time interval for the signaling over the flexible bandwidth carrier; wherein a flexible bandwidth carrier uses a portion of spectrum that is not big enough to fit a normal bandwidth carrier and wherein the flexible bandwidth carrier is generated with respect to the normal bandwidth carrier through dilating or scaling down by a bandwidth scaling factor the time or chiprate of the flexible bandwidth carrier system with respect to the normal bandwidth carrier system, wherein slot duration and frame duration is scaled with the scaling factor and wherein the scaling factor is not restricted to integer values. identifying, at a wireless communications device, a signaling rate for signaling from the wireless communications device over a normal bandwidth carrier; determining, at the wireless communications device, a time interval for signaling from the wireless communications device over the flexible bandwidth carrier to facilitate a signaling rate for the signaling over the flexible bandwidth carrier that maintains the signaling rate for the signaling over the normal bandwidth carrier or a scaled fraction of the signaling rate for the signaling over the normal bandwidth carrier; and utilizing, by the wireless communications device, the determined time interval for the signaling over the flexible bandwidth carrier; wherein a flexible bandwidth carrier uses a portion of spectrum that is not big enough to fit a normal bandwidth carrier and wherein the flexible bandwidth carrier is generated with respect to the normal bandwidth carrier through dilating or scaling down by a bandwidth scaling factor the time or chiprate of the flexible bandwidth carrier system with respect to the normal bandwidth carrier system, wherein slot duration and frame duration is scaled with the scaling factor and wherein the scaling factor is not restricted to integer values.
Method for using an immersion objective for the microscopic examination of a specimen, immersion liquid being fed into and removed from the region between the specimen or a specimen slide and the external lens of the objective by means of a feeding device, the feeding device comprising a cap which surrounds the objective body, is open in the region of the external lens and forms a gap towards the external lens, a space for receiving immersion liquid being formed within the cap and the immersion liquid being discharged through the gap, the feeding device having two connections on the cap for continuously supplying immersion liquid, characterised in that the same immersion liquid or different immersion liquids are conveyed in and out via each of the connections and in that negative pressure or overpressure is exerted via the connections in order to deliver immersion liquid into the region of the external lens through the gap in a controlled and defined manner or to withdraw immersion liquid from this region through the gap.
A method for verifying registration of a model of an internal body part with the internal body part in a reference coordinate system, said internal body part being at least partially unseen directly by a user, the method comprising the procedures of: continuously determining a position and orientation of a head mounted display in said reference coordinate system; determining a display location in a display of said head mounted display of at least one virtual marker according to an expected position of a respective at least one reference point relative to said head mounted display, said at least one reference point being directly visible to said user, the relative position between said at least one reference point and said internal body part being substantially constant, the position of said at least one reference point in said reference coordinate system is predetermined; and displaying on said display of said head mounted display said at least one virtual marker according to said display location, wherein, when said model and said internal body part are effectively registered, said at least one reference point and said corresponding at least one virtual marker appears visually in alignment. continuously determining a position and orientation of a head mounted display in said reference coordinate system; determining a display location in a display of said head mounted display of at least one virtual marker according to an expected position of a respective at least one reference point relative to said head mounted display, said at least one reference point being directly visible to said user, the relative position between said at least one reference point and said internal body part being substantially constant, the position of said at least one reference point in said reference coordinate system is predetermined; and displaying on said display of said head mounted display said at least one virtual marker according to said display location, wherein, when said model and said internal body part are effectively registered, said at least one reference point and said corresponding at least one virtual marker appears visually in alignment.
A capsule (5a; 5b) intended for delivering a beverage in a beverage preparation machine, the capsule comprising a code support surface on which a code is represented, the code comprising a first value for at least one capsule-related information, characterised in that the code further comprises a first element and a second element arranged on the code support surface so as that the distance between the first element and the second element is a function of the first value.
A template for centering rollers at the foot of an ingot mold, the ingot mold being provided with a round section crystallizer in which the template can be inserted by passing therethrough from a first end to a second end, the template comprising: a round section tubular frame, defining a longitudinal axis and having at least one plurality of longitudinal slots arranged at an equal angular distance from one another; a plurality of longitudinal plates configured so that each longitudinal plate is inserted into a respective longitudinal slot and can move in radial direction through said respective longitudinal slot; at least one inflatable chamber, housed inside the tubular frame and at least partially covering the longitudinal extension of a first frame stretch adapted to remain inside the crystallizer when the template is inserted into said crystallizer, said at least one inflatable chamber being adapted to expand so as to move said longitudinal plates outwards in radial direction to adhere them to the inner wall of the crystallizer. a round section tubular frame, defining a longitudinal axis and having at least one plurality of longitudinal slots arranged at an equal angular distance from one another; a plurality of longitudinal plates configured so that each longitudinal plate is inserted into a respective longitudinal slot and can move in radial direction through said respective longitudinal slot; at least one inflatable chamber, housed inside the tubular frame and at least partially covering the longitudinal extension of a first frame stretch adapted to remain inside the crystallizer when the template is inserted into said crystallizer, said at least one inflatable chamber being adapted to expand so as to move said longitudinal plates outwards in radial direction to adhere them to the inner wall of the crystallizer.
A computer system comprising a processor configured to: determine that a first articulation angle between a first frame of an articulated vehicle and a second frame of the articulated vehicle is above a first predetermined angle threshold on a first side of the articulated vehicle; determine a first vehicle length based on the first articulation angle and a first distance from a first distance determination device arranged in the first frame to a first rear portion of the second frame on the first side of the articulated vehicle; determine that a second articulation angle between the first frame and the second frame is above a second predetermined angle threshold on a second side of the articulated vehicle; determine a second vehicle length based on the second articulation angle and a second distance from a second distance determination device arranged in the second frame to a second rear portion of the second frame on the second side of the articulated vehicle; and determine whether a difference between the first vehicle length and the second vehicle length is lower than a predetermined threshold distance. determine that a first articulation angle between a first frame of an articulated vehicle and a second frame of the articulated vehicle is above a first predetermined angle threshold on a first side of the articulated vehicle; determine a first vehicle length based on the first articulation angle and a first distance from a first distance determination device arranged in the first frame to a first rear portion of the second frame on the first side of the articulated vehicle; determine that a second articulation angle between the first frame and the second frame is above a second predetermined angle threshold on a second side of the articulated vehicle; determine a second vehicle length based on the second articulation angle and a second distance from a second distance determination device arranged in the second frame to a second rear portion of the second frame on the second side of the articulated vehicle; and determine whether a difference between the first vehicle length and the second vehicle length is lower than a predetermined threshold distance.