mhurhangee/ep-ind-claims huggingface dataset:
A Service Centralization and Continuity Application Server, SCC AS, for inter-user equipment transfer, IUT, of collaborative session control, the SCC AS comprising: a receiver configured to receive, from a first wireless transmit/receive unit, WTRU,, a first message that includes a collaborative session control transfer request associated with a collaborative session, the SCC AS being characterized in: a processor configured to produce session information associated with the collaborative session; and a transmitter configured to transmit, to a second WTRU, a second message that includes a collaborative session control transfer request and the session information associated with the collaborative session; wherein the receiver is further configured to receive, from the second WTRU, a collaborative session control transfer response message. a receiver configured to receive, from a first wireless transmit/receive unit, WTRU,, a first message that includes a collaborative session control transfer request associated with a collaborative session, the SCC AS being characterized in: a processor configured to produce session information associated with the collaborative session; and a transmitter configured to transmit, to a second WTRU, a second message that includes a collaborative session control transfer request and the session information associated with the collaborative session; wherein the receiver is further configured to receive, from the second WTRU, a collaborative session control transfer response message. a processor configured to produce session information associated with the collaborative session; and a transmitter configured to transmit, to a second WTRU, a second message that includes a collaborative session control transfer request and the session information associated with the collaborative session; wherein the receiver is further configured to receive, from the second WTRU, a collaborative session control transfer response message.
In a communication network for which contents of an alarm issued at the time of a failure of communication are recorded, a communication network failure detection system, comprising: an occurrence intensity calculating unit for a factor, defined as a factor causing a state of output of a plurality of alarms in chain reaction, for calculating an occurrence intensity of said factor causing a single alarm by analyzing the recording contents of the alarm; an occurrence intensity probability distribution calculating unit for calculating a probability distribution of an occurrence intensity of said factor in said communication network at a normal state; a degree of abnormality calculating unit for calculating, with respect to a calculated occurrence intensity of said factor, a degree of probability deviation from an occurrence intensity probability distribution of said factor at said normal state as a degree of abnormality; and a failure detecting unit for detecting a failure derived from said factor in said communication network by comparing said degree of abnormality and a threshold value applied in advance. an occurrence intensity calculating unit for a factor, defined as a factor causing a state of output of a plurality of alarms in chain reaction, for calculating an occurrence intensity of said factor causing a single alarm by analyzing the recording contents of the alarm; an occurrence intensity probability distribution calculating unit for calculating a probability distribution of an occurrence intensity of said factor in said communication network at a normal state; a degree of abnormality calculating unit for calculating, with respect to a calculated occurrence intensity of said factor, a degree of probability deviation from an occurrence intensity probability distribution of said factor at said normal state as a degree of abnormality; and a failure detecting unit for detecting a failure derived from said factor in said communication network by comparing said degree of abnormality and a threshold value applied in advance.
A layer module for use on a robot, with an input side comprising with an input-side mechanical adapter geometry and with an output side comprising an output-side mechanical adapter geometry, wherein the input-side mechanical adapter geometry and the output-side mechanical adapter geometry are designed complementary to one another, wherein the layer module comprises at least one electrical, electromechanical, hydraulic and/or pneumatic functional assembly and wherein this functional assembly can be contacted electrically, hydraulically and/or pneumatically at the input side and/or at the output side, characterised in that - the layer module comprises at least two spring-loaded, displaceably or pivotably mounted locking parts (111; 91) and at least two geometrically differently designed guide elements (121, 131) orientated in the longitudinal direction of the layer module, - each of the locking parts (91; 111) engages respectively around a guide element (121; 131), - that the layer module can be coupled in a force-fit and/or form-fit manner with a fixed part comprising a fixed part output complementary with the input side or the output side and/or with the least one further layer module. - the layer module comprises at least two spring-loaded, displaceably or pivotably mounted locking parts (111; 91) and at least two geometrically differently designed guide elements (121, 131) orientated in the longitudinal direction of the layer module, - each of the locking parts (91; 111) engages respectively around a guide element (121; 131), - that the layer module can be coupled in a force-fit and/or form-fit manner with a fixed part comprising a fixed part output complementary with the input side or the output side and/or with the least one further layer module.
A dental drill having a head mounted at a shank, which comprises a plate-shaped cutting element which is arranged with the central plane thereof in a plane encompassing the rotation axis of the dental drill, wherein the plate-shaped cutting element comprises a transition blade at the distal end and a first and second main blade each adjoining the transition blade, wherein the main blades (5, 6) are arranged at opposite sides of the plate-shaped cutting element, wherein the head is connected by means of a neck to the shank, wherein the neck has a smaller cross-section than the shank and is made flexible, and wherein at least the head is made from a plastic material which has a hardness between 60 and 250 knoops.
A method for estimating an object motion characteristic from a radar signal, wherein the object is a human body, the method comprising the steps of - receiving radar data (F r) of an object (7, 8, 9) from a multiple beam radar system (3a-c); - associating radar data with estimated height and/or cross-range information of object parts (7, 8, 9) causing the corresponding radar data; the height information relating to radar elevation information; - fitting an object model with radar data being associated with a selected estimated height and/or cross-range information interval, and - determining an object motion characteristic from the fitted object model wherein the object model includes ellipsoids (30, 31, 32) as a function of speed/range parameters, and wherein the radar data are represented as a function of speed, range and estimated height and/or cross-range information, characterized in that the associating step comprises estimating height and/or cross-range information of object parts (7, 8, 9), based on trilateration, and that the human motion characteristic is determined by fitting the ellipsoids corresponding to periodical movements of human parts, to the measured radar data in a differential range-speed-height diagram. - receiving radar data (F r) of an object (7, 8, 9) from a multiple beam radar system (3a-c); - associating radar data with estimated height and/or cross-range information of object parts (7, 8, 9) causing the corresponding radar data; the height information relating to radar elevation information; - fitting an object model with radar data being associated with a selected estimated height and/or cross-range information interval, and - determining an object motion characteristic from the fitted object model wherein the object model includes ellipsoids (30, 31, 32) as a function of speed/range parameters, and
Composition comprising at least the following three components: a. sour wort; b. cereal flour; and c. hops and/or a hop product selected from the group consisting of hop powder, hop pellets and hop extract, wherein the sour wort is an unhopped or lightly hopped first wort from the brewing process which has been fermented with lactic acid bacteria, and wherein the sour wort contains homofermentative lactic acid bacteria. a. sour wort; b. cereal flour; and c. hops and/or a hop product selected from the group consisting of hop powder, hop pellets and hop extract,
A system for controlling a dental or medical treatment apparatus, comprising: (i) a footswitch device containing a first switch and second switch and having a foot-depressable member, the member being depressed to a first position for activating the first switch and the member being depressed to a second position for activating the second switch, the device further including a communication element for transmitting a first operational signal in a wireless manner in response to the member being depressed to the first position and a second operational signal in a wireless manner in response to the member being depressed to the second position; and (ii) a dental or medical treatment apparatus including a communication element for receiving the first and second operational signals from the footswitch, the first signal causing the apparatus to operate in a first mode and the second signal causing the apparatus to operate in a second mode, the apparatus having an initially programmed "A" identification address and the footswitch having an initially programmed "B" identification address, wherein the apparatus is reprogrammed to include said "A" and "B" identification addresses and the footswitch is reprogrammed to include said "A" and "B" identification addresses by a synchronization communication between the apparatus and footswitch; and wherein the apparatus periodically transmits a "REQUEST FOR SWITCH POSITION STATUS" signal to the footswitch and the footswitch responds by transmitting a "SWITCH POSITION STATUS" signal to the apparatus. (i) a footswitch device containing a first switch and second switch and having a foot-depressable member, the member being depressed to a first position for activating the first switch and the member being depressed to a second position for activating the second switch, the device further including a communication element for transmitting a first operational signal in a wireless manner in response to the member being depressed to the first position and a second operational signal in a wireless manner in response to the member being depressed to the second position; and (ii) a dental or medical treatment apparatus including a communication element for receiving the first and second operational signals from the footswitch, the first signal causing the apparatus to operate in a first mode and the second signal causing the apparatus to operate in a second mode, the apparatus having an initially programmed "A" identification address and the footswitch having an initially programmed "B" identification address,
A cartridge that is configured to be installed in a fluid ejection device having a cartridge holder having a first fastening member and a second fastening member, comprising: a bottom wall having a fluid supply port through which fluid is supplied to the fluid ejection device, and a waste fluid inlet through which waste fluid from the fluid ejection device is recovered; characterised by a first side wall having a first contact part capable of contacting the first fastening member when the cartridge is installed in the cartridge holder; and a second side wall that is opposite to the first side wall, and has a second contact part capable of contacting the second fastening member when the cartridge is installed in the cartridge holder; wherein, when looking at the cartridge from the bottom wall side, an imaginary first line passing through the first contact part and the second contact part passes between the fluid supply port and the waste fluid inlet. a bottom wall having a fluid supply port through which fluid is supplied to the fluid ejection device, and a waste fluid inlet through which waste fluid from the fluid ejection device is recovered; characterised by a first side wall having a first contact part capable of contacting the first fastening member when the cartridge is installed in the cartridge holder; and a second side wall that is opposite to the first side wall, and has a second contact part capable of contacting the second fastening member when the cartridge is installed in the cartridge holder; wherein, when looking at the cartridge from the bottom wall side, an imaginary first line passing through the first contact part and the second contact part passes between the fluid supply port and the waste fluid inlet.
An ink composition comprising a) a binder system; b) water; and c) a pigment selected from the group of interference pigments comprising a layered stack of different materials wherein at least one of the layers is a reflective layer made of Al having at least one chemically exposed surface and at least one of the layers is a dielectric layer made of MgF 2 having at least one chemically exposed surface, and at least one of the layers is a semitransparent metal layer made of Cr, and said materials comprise one or more metal and/or inorganic metal compounds, said metal and/or inorganic metal compound being corrosion sensible and wherein at least the chemically exposed surface of said reflective and said dielectric layer at the edge of said stack of layers is substantially covered by a passivating agent, said passivating agent being selected from the group of organic esters and fluorinated organic esters of phosphoric acid having the structural formula: (Rf-CH 2 -CH 2 -O) x P y wherein: Rf = F-(CF 2 -CF 2) z x = 1 or 2 y = 2 or 1 x + y = 3 Z = 1 to 7. a) a binder system; b) water; and c) a pigment selected from the group of interference pigments comprising a layered stack of different materials wherein at least one of the layers is a reflective layer made of Al having at least one chemically exposed surface and at least one of the layers is a dielectric layer made of MgF 2 having at least one chemically exposed surface, and at least one of the layers is a semitransparent metal layer made of Cr, and said materials comprise one or more metal and/or inorganic metal compounds, said metal and/or inorganic metal compound being corrosion sensible and wherein at least the chemically exposed surface of said reflective and said dielectric layer at the edge of said stack of layers is substantially covered by a passivating agent, said passivating agent being selected from the group of organic esters and fluorinated organic esters of phosphoric acid having the structural formula: (Rf-CH 2 -CH 2 -O) x P y wherein: Rf = F-(CF 2 -CF 2) z x = 1 or 2 y = 2 or 1 x + y = 3 Z = 1 to 7. wherein: Rf = F-(CF 2 -CF 2) z x = 1 or 2 y = 2 or 1 x + y = 3 Z = 1 to 7.
A method of sorting a stream of unblended minerals, comprising: irradiating an unblended mineral sample with electromagnetic energy to thereby generate reflected, absorbed, or backscattered energy from the unblended mineral sample; measuring the reflected, absorbed or backscattered energy generated by irradiating the unblended mineral sample with a sensor (60, 200, 360) configured to measure reflected, absorbed or backscattered energy; determining spectral characteristics of the unblended mineral sample by performing spectral analysis on the measured reflected, absorbed or backscattered energy generated by irradiating the unblended mineral sample, wherein the spectral characteristics include at least one of frequency content, wavelength content, or amplitude of the response data; identifying a composition of the unblended mineral sample by comparing the spectral characteristics of the unblended mineral sample to previously developed spectral characteristics of samples of known composition, wherein the spectral characteristics of samples of known composition are developed using at least one of: conditional random field algorithms, Bayesian network, one or more Markov models, neural networks, or fuzzy logic techniques; and generating a sort decision for the unblended mineral sample based on the comparison, wherein the sort decision is used in diverting the mineral sample to a desired destination. irradiating an unblended mineral sample with electromagnetic energy to thereby generate reflected, absorbed, or backscattered energy from the unblended mineral sample; measuring the reflected, absorbed or backscattered energy generated by irradiating the unblended mineral sample with a sensor (60, 200, 360) configured to measure reflected, absorbed or backscattered energy; determining spectral characteristics of the unblended mineral sample by performing spectral analysis on the measured reflected, absorbed or backscattered energy generated by irradiating the unblended mineral sample, wherein the spectral characteristics include at least one of frequency content, wavelength content, or amplitude of the response data; identifying a composition of the unblended mineral sample by comparing the spectral characteristics of the unblended mineral sample to previously developed spectral characteristics of samples of known composition, wherein the spectral characteristics of samples of known composition are developed using at least one of: conditional random field algorithms, Bayesian network, one or more Markov models, neural networks, or fuzzy logic techniques; and generating a sort decision for the unblended mineral sample based on the comparison, wherein the sort decision is used in diverting the mineral sample to a desired destination.
A method, comprising: generating, by a processor, an elevator call to an elevator upon a detection by a proximity system of a user device within a predetermined distance to the elevator (206a, 206b, 206c); receiving, by the processor, the elevator call that indicates a source floor and a destination; processing, by the processor, the destination to derive a target floor; causing, by the processor, the elevator (206a, 206b, 206c) to travel between the source floor and the target floor; and performing, by the processor, at least one of a plurality of wayfinding operations upon arrival of the elevator (206a, 206b, 206c) at the target floor; wherein the at least one of a plurality of wayfinding operations comprises providing information to the user device to cause a presentation of a user interface. generating, by a processor, an elevator call to an elevator upon a detection by a proximity system of a user device within a predetermined distance to the elevator (206a, 206b, 206c); receiving, by the processor, the elevator call that indicates a source floor and a destination; processing, by the processor, the destination to derive a target floor; causing, by the processor, the elevator (206a, 206b, 206c) to travel between the source floor and the target floor; and performing, by the processor, at least one of a plurality of wayfinding operations upon arrival of the elevator (206a, 206b, 206c) at the target floor; wherein the at least one of a plurality of wayfinding operations comprises providing information to the user device to cause a presentation of a user interface.
A power supply lock structure, comprising: a casing which houses a power supply; a cover which is supported by the casing so as to be openable and closable; a power button located on an obverse surface of the cover and configured to switch the power supply between on and off; and a locking mechanism located on a reverse surface of the cover and configured to prohibit operation of the power button, wherein prohibition of the operation of the power supply by the locking mechanism is releasable by a user only when the cover is open. a casing which houses a power supply; a cover which is supported by the casing so as to be openable and closable; a power button located on an obverse surface of the cover and configured to switch the power supply between on and off; and a locking mechanism located on a reverse surface of the cover and configured to prohibit operation of the power button, wherein prohibition of the operation of the power supply by the locking mechanism is releasable by a user only when the cover is open.
Gripping device for gripping a package having a dimpled structure, the gripping device including a gripping unit that is movable up and down to engage and grip the package and move it, said gripping unit comprising at least a pair of opposite gripping members (5; 45) which are movable in opposite directions, substantially transverse to the up and down movement of the gripping unit, from a retracted position to an advanced position to respectively grip a dimple of the package, and from the advanced position to the retracted position to release the respective dimple, each gripping member (5; 45) comprising a pointed element (5; 45) to prick the material of the respective dimple to grip it, wherein the respective gripping members (5; 45) of the gripping unit are arranged such that in use the gripped dimples are gripped by only one of the gripping members (5; 45), characterized in that each gripping member (5; 45) of the gripping unit has a separate pressure operated actuator (8, 9; 46) operatively connected to it, which actuator (8, 9; 46), upon pressurization, moves the corresponding gripping member (5; 45) from the retracted position to the advanced position, wherein the respective gripping members (5; 45) are individually moveable by their corresponding pressure operated actuator (8, 9; 46), whereby each respective gripping member (5; 45) is allowed to travel individually over a different stroke from the retracted position to the advanced position to grip the corresponding dimple. the gripping device including a gripping unit that is movable up and down to engage and grip the package and move it, said gripping unit comprising at least a pair of opposite gripping members (5; 45) which are movable in opposite directions, substantially transverse to the up and down movement of the gripping unit, from a retracted position to an advanced position to respectively grip a dimple of the package, and from the advanced position to the retracted position to release the respective dimple, each gripping member (5; 45) comprising a pointed element (5; 45) to prick the material of the respective dimple to grip it, wherein the respective gripping members (5; 45) of the gripping unit are arranged such that in use the gripped dimples are gripped by only one of the gripping members (5; 45), characterized in that each gripping member (5; 45) of the gripping unit has a separate pressure operated actuator (8, 9; 46) operatively connected to it, which actuator (8, 9; 46), upon pressurization, moves the corresponding gripping member (5; 45) from the retracted position to the advanced position, wherein the respective gripping members (5; 45) are individually moveable by their corresponding pressure operated actuator (8, 9; 46), whereby each respective gripping member (5; 45) is allowed to travel individually over a different stroke from the retracted position to the advanced position to grip the corresponding dimple.