mhurhangee/ep-ind-claims huggingface dataset:
A module for data acquisition comprising: (a) a main body; and (b) a detachable front unit for releasable attachment to said main body comprising one or more first electrical connector means for receiving data or signals from external units and/or for providing data or signals to external units; wherein the main body comprises means of establishing electrical connection to said one or more connector means in said front unit, when said front unit is connected to said main body; the main body being furthermore provided with data output connector means; wherein the main body comprises means configured to receive data or signals provided to the module via said one or more first electrical connector means and to provide processed versions of said received data or signals to one or more external receptor units via said data output connector means; characterised in that the front unit comprises information about the particular configuration of the connector means, which information upon attachment of the front unit to the main body is communicated to the main body. (a) a main body; and (b) a detachable front unit for releasable attachment to said main body comprising one or more first electrical connector means for receiving data or signals from external units and/or for providing data or signals to external units;
A method for network assisted cell reselection in a mobile station, the method characterized by: sending a network controlled/assisted reselection mode support communication to a network, wherein the network controlled/assisted reselection mode support communication indicates whether the mobile station is capable of performing reselection prediction; receiving a reselection control communication from the network in response to sending the network controlled/assisted reselection mode support communication to the network; and disabling a reselection parameter on the mobile station in response to receiving the reselection control communication, wherein the reselection parameter is a cell ranking parameter. sending a network controlled/assisted reselection mode support communication to a network, wherein the network controlled/assisted reselection mode support communication indicates whether the mobile station is capable of performing reselection prediction; receiving a reselection control communication from the network in response to sending the network controlled/assisted reselection mode support communication to the network; and disabling a reselection parameter on the mobile station in response to receiving the reselection control communication, wherein the reselection parameter is a cell ranking parameter.
An assembly for an HVAC system, the assembly comprising: a compressor assembly including a compressor having a compressor motor; a condenser assembly; the compressor motor being susceptible to backspinning due to a reverse refrigerant flow through the compressor assembly, the compressor motor being capable of generating electric power when backspinning; said condenser assembly characterized by a condenser motor operatively coupled to a fan; and the condenser assembly being electrically coupled to the compressor assembly and configured to dissipate electric power generated by the compressor motor when the compressor motor backspins due to the reverse refrigerant flow through the compressor assembly by using the electric power generated by the backspinning compressor motor to operate the condenser motor or supply a DC or low frequency current to the condenser motor. a compressor assembly including a compressor having a compressor motor; a condenser assembly; the compressor motor being susceptible to backspinning due to a reverse refrigerant flow through the compressor assembly, the compressor motor being capable of generating electric power when backspinning; said condenser assembly characterized by a condenser motor operatively coupled to a fan; and the condenser assembly being electrically coupled to the compressor assembly and configured to dissipate electric power generated by the compressor motor when the compressor motor backspins due to the reverse refrigerant flow through the compressor assembly by using the electric power generated by the backspinning compressor motor to operate the condenser motor or supply a DC or low frequency current to the condenser motor.
Fork adjuster for a forklift truck, comprising: - a frame provided with coupling means configured to operatively couple the fork adjuster to the forklift truck; - an adjusting mechanism (12, 14) arranged in or on the frame and configured to adjust the forks (8, 10); - a drive mechanism which is configured to be connected operatively to the adjusting mechanism (12, 14) for driving the adjusting mechanism (12, 14), wherein the drive mechanism is provided with contact means such that the adjusting mechanism (12, 14) is driveable by contact of the contact means with a ground surface, characterized in that the fork adjuster further comprises a slip coupling between the contact means and the forks (8, 10). - a frame provided with coupling means configured to operatively couple the fork adjuster to the forklift truck; - an adjusting mechanism (12, 14) arranged in or on the frame and configured to adjust the forks (8, 10); - a drive mechanism which is configured to be connected operatively to the adjusting mechanism (12, 14) for driving the adjusting mechanism (12, 14), wherein the drive mechanism is provided with contact means such that the adjusting mechanism (12, 14) is driveable by contact of the contact means with a ground surface, characterized in that the fork adjuster further comprises a slip coupling between the contact means and the forks (8, 10).
An image sensor, comprising: an imaging device; an optical unit configured to guide light to the imaging device; and a controller configured to control the imaging device and the optical unit, wherein the optical unit includes: an optical system including a single liquid lens, a first plastic lens located on an object side of the single liquid lens, and a second plastic lens located on an image side of the single liquid lens; and an electrode to apply a voltage to the single liquid lens; wherein a plurality of temperature sensors (117a, 117b) arranged along an optical axis are located near the single liquid lens in the optical unit, and the controller controls the voltage to be applied from the electrode to the single liquid lens in accordance with a temperature measured by the plurality of temperature sensors (117a, 117b). an imaging device; an optical unit configured to guide light to the imaging device; and a controller configured to control the imaging device and the optical unit, wherein the optical unit includes: an optical system including a single liquid lens, a first plastic lens located on an object side of the single liquid lens, and a second plastic lens located on an image side of the single liquid lens; and an electrode to apply a voltage to the single liquid lens; wherein a plurality of temperature sensors (117a, 117b) arranged along an optical axis are located near the single liquid lens in the optical unit, and an optical system including a single liquid lens, a first plastic lens located on an object side of the single liquid lens, and a second plastic lens located on an image side of the single liquid lens; and an electrode to apply a voltage to the single liquid lens; wherein a plurality of temperature sensors (117a, 117b) arranged along an optical axis are located near the single liquid lens in the optical unit, and the controller controls the voltage to be applied from the electrode to the single liquid lens in accordance with a temperature measured by the plurality of temperature sensors (117a, 117b).
An image forming method comprising: forming a toner image on a print medium by using a toner including toner particles having a binder resin which contains a condensate of straight-chain diol having 2 to 6 carbon atoms, an alkylene oxide adduct of bisphenol A and polyvalent carboxylic acid; and applying, to the toner image, a fixing solution containing an ester-based softening agent having a boiling point of not less than 180°C so as to fix the toner image to the print medium. forming a toner image on a print medium by using a toner including toner particles having a binder resin which contains a condensate of straight-chain diol having 2 to 6 carbon atoms, an alkylene oxide adduct of bisphenol A and polyvalent carboxylic acid; and applying, to the toner image, a fixing solution containing an ester-based softening agent having a boiling point of not less than 180°C so as to fix the toner image to the print medium.
Panel dividing system comprising a handling device for handling at least one workpiece, preferably a stack of preferably planar workpieces, lying on a removal table of the panel dividing system, which removal table in this respect forms a support table, wherein the handling device comprises a base structure, which can be arranged above the at least one workpiece and has a connecting portion for connection to a machine-operable movement device, in particular a robot, by means of which the base structure can be moved, characterized in that at least one first contact device, extending at least temporarily downwards, is attached to the base structure, which contact device can be brought into contact with a first lateral edge of the at least one workpiece lying on the removal table such that the at least one workpiece lying on the removal table can be shifted, relative to the removal table, by means of the downwardly protruding contact device, by the base structure that is arranged at least more or less above the at least one workpiece.
A method for transmitting a status report by a mobile station, wherein the mobile station is connected via at least one radio bearer to a master base station and via at least one data radio bearer to a source secondary base station, the method characterised by the steps of: when reconfiguring the at least one data radio bearer of the mobile station from the source secondary base station to a target base station, transmitting by the mobile station a status report, comprising information on the reception status of data packets received by the mobile station via all of the at least one data radio bearer connecting the mobile station to the source secondary base station, and comprising one radio, bearer identifier for each of the at least one data radio bearer which information is comprised in the status report, and wherein the status report is transmitted by the mobile station to the master base station via one of the at least one radio bearer connecting the mobile station directly to the master base station, preferably via a data radio bearer or signalling radio bearer, wherein the status report is transmitted in response to the reception of an RRC connection reconfiguration message in the mobile station, the RRC connection reconfiguration message being received as part of the reconfiguring of the at least one data radio bearer of the mobile station from the source secondary base station to the target base station. when reconfiguring the at least one data radio bearer of the mobile station from the source secondary base station to a target base station, transmitting by the mobile station a status report, comprising information on the reception status of data packets received by the mobile station via all of the at least one data radio bearer connecting the mobile station to the source secondary base station, and comprising one radio, bearer identifier for each of the at least one data radio bearer which information is comprised in the status report, and wherein the status report is transmitted by the mobile station to the master base station via one of the at least one radio bearer connecting the mobile station directly to the master base station, preferably via a data radio bearer or signalling radio bearer, wherein the status report is transmitted in response to the reception of an RRC connection reconfiguration message in the mobile station, the RRC connection reconfiguration message being received as part of the reconfiguring of the at least one data radio bearer of the mobile station from the source secondary base station to the target base station.
Method for detecting a sensor degradation in distance sensors (18, 19) embodied as ultrasonic sensors, having the following steps: a) transmitting at least one transmission pulse using a distance sensor (18, 19); b) detecting a sensor signal of the distance sensor (18, 10) in at least one decay interval (ΔT 2) in which a diaphragm of the distance sensor (18, 19) continues to oscillate, wherein a frequency response of the detected sensor signal comprises at least three intervals (I, II, III), wherein a first and a third interval (I, III) contain at least one extreme (38, 42) and a second interval lies between a last extreme of the first interval and a first extreme of the third interval; c) determining a level of degradation based on a natural frequency of the ultrasonic sensor in the second interval or based on a comparison of the envelope of the frequency response of the sensor signal in one of the three intervals (I, II, III) with a stored characteristic; and d) varying the transmission pulse length (T 1), wherein the result from step c) is validated and blinding of the distance sensor (18, 19) is ascertained if the frequency response is independent of the transmission pulse length (T 1). a) transmitting at least one transmission pulse using a distance sensor (18, 19); b) detecting a sensor signal of the distance sensor (18, 10) in at least one decay interval (ΔT 2) in which a diaphragm of the distance sensor (18, 19) continues to oscillate, wherein a frequency response of the detected sensor signal comprises at least three intervals (I, II, III), wherein a first and a third interval (I, III) contain at least one extreme (38, 42) and a second interval lies between a last extreme of the first interval and a first extreme of the third interval; c) determining a level of degradation based on a natural frequency of the ultrasonic sensor in the second interval or based on a comparison of the envelope of the frequency response of the sensor signal in one of the three intervals (I, II, III) with a stored characteristic; and d) varying the transmission pulse length (T 1), wherein the result from step c) is validated and blinding of the distance sensor (18, 19) is ascertained if the frequency response is independent of the transmission pulse length (T 1).
A uterine manipulator for manipulation of a uterus of a patient, the uterine manipulator comprising: an elongate member having a distal end as well as a proximal end, the elongate member being configured to be inserted into a patient's anatomy, the elongate member defining a center line through a center of the elongate member; an expandable membrane coupled with the distal end of the elongate member, the expandable membrane having an expanded configuration and a collapsed configuration, wherein in the expanded configuration, the expandable membrane is configured to manipulate the patient's anatomy; and a sensor disposed adjacent to the elongate member and arranged non-coaxially with the center line of the elongate member, wherein the sensor is disposed on a plug that is disposed radially outwardly from the elongate member and the center line, wherein the plug is coupled to the elongate member at the proximal end of the elongate member. an elongate member having a distal end as well as a proximal end, the elongate member being configured to be inserted into a patient's anatomy, the elongate member defining a center line through a center of the elongate member; an expandable membrane coupled with the distal end of the elongate member, the expandable membrane having an expanded configuration and a collapsed configuration, wherein in the expanded configuration, the expandable membrane is configured to manipulate the patient's anatomy; and a sensor disposed adjacent to the elongate member and arranged non-coaxially with the center line of the elongate member, wherein the sensor is disposed on a plug that is disposed radially outwardly from the elongate member and the center line, wherein the plug is coupled to the elongate member at the proximal end of the elongate member.
A method of operating a cellular mobile network having the steps of: allowing a user equipment to connect to the network, the user equipment having a subscription for using the network to send data intermittently and to disconnect temporarily from the network automatically between its data transmissions, communicating to or from the user equipment one or more parameters relating to the automated temporary disconnections from the network between data transmissions, wherein the step of communicating comprises sending one or more of the parameters to the user equipment dependent on which cell of the network the user equipment is in, receiving the data sent from the user equipment while the user equipment is connected to the network, and detecting the automated temporary disconnections of the user equipment from the network, and automated reconnections to the network. allowing a user equipment to connect to the network, the user equipment having a subscription for using the network to send data intermittently and to disconnect temporarily from the network automatically between its data transmissions, communicating to or from the user equipment one or more parameters relating to the automated temporary disconnections from the network between data transmissions, wherein the step of communicating comprises sending one or more of the parameters to the user equipment dependent on which cell of the network the user equipment is in, receiving the data sent from the user equipment while the user equipment is connected to the network, and detecting the automated temporary disconnections of the user equipment from the network, and automated reconnections to the network.
Door assembly, comprising: a door frame; a door having a door body hingedly installed in the door frame; at least one hooking pintle attached to the door frame or an edge of the door body extending along a pintle axis; at least one door latch connected to an edge of the door body or the door frame, respectively, the door latch having a substantially C-shaped latch body configured to rotate around an axis parallel to the pintle axis of the hooking pintle; a bistable latch and hook mechanism configured to catch the door latch in hooking engagement with the hooking pintle and to retain the door latch in a direction perpendicular to the plane of extension of the door body in an overcenter position characterized in that the door latch further comprises an arresting notch formed off-center to the latch body. a door frame; a door having a door body hingedly installed in the door frame; at least one hooking pintle attached to the door frame or an edge of the door body extending along a pintle axis; at least one door latch connected to an edge of the door body or the door frame, respectively, the door latch having a substantially C-shaped latch body configured to rotate around an axis parallel to the pintle axis of the hooking pintle; a bistable latch and hook mechanism configured to catch the door latch in hooking engagement with the hooking pintle and to retain the door latch in a direction perpendicular to the plane of extension of the door body in an overcenter position characterized in that the door latch further comprises an arresting notch formed off-center to the latch body.
A punching device for punching machines, movable in a plane along two perpendicular axes, said device comprising an electric motor, a speed reducer applied to the shaft of the electric motor, a bar eccentrically rigid with the output shaft of the speed reducer, a link rod pivoted to said bar, and a ram connected to the free end of the link rod, means (30, 36; 38, 40, 42) for regulating the vertical position of a striker relative to said ram, characterised in that the striker is housed within a striker gate applied to the lower surface of the ram and is maintained elastically resting against said surface, the regulation means consisting of a wedge which becomes interposed between the lower surface of the ram and the striker.
Vertebral anchoring system comprising two anchoring components which each have a pedicle element for engagement in a vertebral pedicle and are connected to each other by a linking element which is a flexible band, the pedicle elements being screws, each anchoring component having a head for fixing to a rod, and the fixing head comprising a body which is in the shape of a cup, traversed laterally by the rod perpendicularly with respect to the pedicle screw, and is provided with an internal thread in its upper part, for fixing the rod by way of a compression screw, characterized in that the head is rigidly connected to a ring and in that the ring is provided with means for adjustably blocking the flexible band under tension with respect to the head and comprises a first through-orifice which can be clipped by deformation onto the upper periphery of the fixing head, a second lateral through-orifice for passage of the band, and a third orifice for insertion of the means for blocking the band in the ring, and in that it has two rods (4, 4') corresponding to said fixing heads.
Joint socket for a hip joint prosthesis, having a preferably metallic outer shell and having a preferably ceramic inner shell, wherein the outer shell and the inner shell are held together in a force-fitting manner by means of a shrink fit and are connected to one another by at least one additional form-fitting means (4; 5), wherein the at least one form-fitting means (4; 5) is arranged peripherally in the equatorial edge region of the joint socket in such a manner that, by virtue of the shrinkage stress, it forms a sealing operative connection between the outer shell and the inner shell, characterized in that the outer shell has a peripheral collar, which reaches over the bottom edge of the inner shell.
Modular frame for mounting at least one line lead-through on a component, comprising a base plate that can be applied to the component, several flange elements arranged alongside one another on the base plate and each comprising a sealing element and a flat, plate-shaped intermediate element arranged between the base plate and the flange elements, wherein the base plate, the intermediate element and the flange elements comprise several through recesses (12, 13, 14) designed to receive line lead-throughs and adapted to the line lead-through diameter, wherein the flange elements each comprise a sleeve region forming a passage designed to receive a line lead-through, as well as a flat flange region and wherein the sealing element is arranged in the sleeve region, characterised in that the intermediate element is a separate element the shape of which corresponds to the shape of the base plate and the intermediate element consists of a non-combustible, heat-insulating felt or fabric.
A cosmetic and/or pharmaceutical composition comprising at least one hydrocarbon having at least 10 carbon atoms, which is obtained by Kolbe electrolysis of a branched fatty acid, wherein the fatty acid used is ethylhexanoic acid, isononanoic acid, isodecanoic acid, isostearic acid, isooctanoic acid, neodecanoic acid or any desired mixture of these fatty acids, or a mixture of the abovementioned fatty acid(s) with pivalic acid or cyclohexanecarboxylic acid.