mhurhangee/ep-ind-claims huggingface dataset:
A communication system comprising a headset system and a cordless telephone, wherein the headset system comprises a wireless headset with a headset transceiver and a headset base unit comprising a headset holder with charging terminals and with headset base transceiver means (27, 28), wherein the headset transceiver and the headset base transceiver means (27, 28) are adapted to be connected by a first radio link, and wherein the cordless telephone comprises a wireless telephone handset with a handset transceiver and a telephone base unit with telephone base transceiver means, which is adapted to be connected to a communication network, such as the public switched telephone network or the Internet, wherein the handset transceiver and the telephone base transceiver means are adapted to be connected by a second radio link according to a first radio standard, characterized in that the headset base transceiver means and the telephone base transceiver means are adapted to be connected by a third radio link according to the first radio standard, wherein the headset is adapted to be used for a telephone call via the first radio link and the third link. a headset system and a cordless telephone, wherein the headset system comprises a wireless headset with a headset transceiver and a headset base unit comprising a headset holder with charging terminals and with headset base transceiver means (27, 28), wherein the headset transceiver and the headset base transceiver means (27, 28) are adapted to be connected by a first radio link, a wireless headset with a headset transceiver and a headset base unit comprising a headset holder with charging terminals and with headset base transceiver means (27, 28), wherein the headset transceiver and the headset base transceiver means (27, 28) are adapted to be connected by a first radio link, and wherein the cordless telephone comprises a wireless telephone handset with a handset transceiver and a telephone base unit with telephone base transceiver means, which is adapted to be connected to a communication network, such as the public switched telephone network or the Internet, wherein the handset transceiver and the telephone base transceiver means are adapted to be connected by a second radio link according to a first radio standard, a wireless telephone handset with a handset transceiver and a telephone base unit with telephone base transceiver means, which is adapted to be connected to a communication network, such as the public switched telephone network or the Internet, wherein the handset transceiver and the telephone base transceiver means are adapted to be connected by a second radio link according to a first radio standard, characterized in that the headset base transceiver means and the telephone base transceiver means are adapted to be connected by a third radio link according to the first radio standard, wherein the headset is adapted to be used for a telephone call via the first radio link and the third link.
Climate control system including a false ceiling of a room in a building, a supporting structure with supporting profiles, and continuous pipes in which a fluid can flow to cool and/or heat the room, wherein the false ceiling is an open false ceiling that consists of ceiling profiles that are fitted in parallel next to one another transversely on the supporting profiles, whereby an opening is left between successive ceiling profiles each time, whereby these ceiling profiles have a U-shaped cross-section formed by a base that connects two parallel sidewalls of the ceiling profile together, whereby the pipes of the climate control system are fitted between the sidewalls of the ceiling profiles, except at the places where such a pipe passes from a first ceiling profile to a second ceiling profile, and these ceiling profiles are situated at a certain lateral distance from one another, characterised in that the climate control system has clamping means for directly clamping one of the continuous pipes to one of the supporting profiles after which the pipe can be covered by ceiling profiles and in that the same continuous pipe is fitted in a number of ceiling profiles of the open ceiling.
A system for treating a fracture in a proximal ulna bone, the system comprising: - a bone plate (100, 100A) having a head portion configured to contact the oleocranon process, a shaft portion extending from the head portion and configured to contact the shaft of the ulna bone, an upper surface, and a lower surface configured to engage the bone, the head portion having a first proximal-most opening, a plurality of second openings (136, 142) which are positioned distal to the first proximal-most_opening, and a third opening, each extending from the upper surface to the lower surface, - a first fastener receivable within the first proximal-most opening and configured to extend distally; - a plurality of second fasteners (156, 158, 160) receivable within the plurality of second openings (136, 142) and configured to extend distally, anteriorly, and/or laterally; and characterized in that - the third opening has a protrusion on the upper surface of the plate (100, 100A) around a first portion of the third opening and a recess into the upper surface of the plate around a second portion of the third opening; - and the system comprises a third fastener receivable within the third opening and configured to extend in a direction reverse to all of the first and second fasteners (154, 156, 158, 160), and - wherein the third opening is provided in the head portion such that the third fastener is arranged to extend towards the olecranon process and targeted nominally laterally outward. - a bone plate (100, 100A) having a head portion configured to contact the oleocranon process, a shaft portion extending from the head portion and configured to contact the shaft of the ulna bone, an upper surface, and a lower surface configured to engage the bone, the head portion having a first proximal-most opening, a plurality of second openings (136, 142) which are positioned distal to the first proximal-most_opening, and a third opening, each extending from the upper surface to the lower surface, - a first fastener receivable within the first proximal-most opening and configured to extend distally; - a plurality of second fasteners (156, 158, 160) receivable within the plurality of second openings (136, 142) and configured to extend distally, anteriorly, and/or laterally; and characterized in that - the third opening has a protrusion on the upper surface of the plate (100, 100A) around a first portion of the third opening and a recess into the upper surface of the plate around a second portion of the third opening; - and the system comprises a third fastener receivable within the third opening and configured to extend in a direction reverse to all of the first and second fasteners (154, 156, 158, 160), and - wherein the third opening is provided in the head portion such that the third fastener is arranged to extend towards the olecranon process and targeted nominally laterally outward.
A method of performing a self-test associated with a magnetic field sensor (14, 40, 100, 122, 140, 160, 200, 260, 340), comprising: generating a proximity signal (60, 164a, 346a, 702) responsive to a proximity of a sensed object with one or more magnetic field sensing elements (44, 46, 142, 202, 204, 262, 264, 266) disposed on a substrate (42, 144, 206, 268); and with a self-test module (178, 238, 310) disposed on the substrate: sampling the proximity signal, by analog sampling or digitally converting, to generate a plurality of analog samples or a plurality of digital samples, respectively, each digital sample comprising a plurality of digital bits; selecting samples from among the plurality of analog or digital samples, wherein the selected samples consist of amplitudes of the peaks of the proximity signal (60, 164a, 346a, 702); communicating the selected samples to a processor outside of the magnetic field sensor; and using the processor, performing a self-test associated with the magnetic field sensor by using the samples to compare peak amplitudes or peak-to-peak amplitudes of the proximity signal to a predetermined threshold to determine a passing or failing condition. generating a proximity signal (60, 164a, 346a, 702) responsive to a proximity of a sensed object with one or more magnetic field sensing elements (44, 46, 142, 202, 204, 262, 264, 266) disposed on a substrate (42, 144, 206, 268); and with a self-test module (178, 238, 310) disposed on the substrate: sampling the proximity signal, by analog sampling or digitally converting, to generate a plurality of analog samples or a plurality of digital samples, respectively, each digital sample comprising a plurality of digital bits; selecting samples from among the plurality of analog or digital samples, wherein the selected samples consist of amplitudes of the peaks of the proximity signal (60, 164a, 346a, 702); communicating the selected samples to a processor outside of the magnetic field sensor; and using the processor, performing a self-test associated with the magnetic field sensor by using the samples to compare peak amplitudes or peak-to-peak amplitudes of the proximity signal to a predetermined threshold to determine a passing or failing condition. sampling the proximity signal, by analog sampling or digitally converting, to generate a plurality of analog samples or a plurality of digital samples, respectively, each digital sample comprising a plurality of digital bits; selecting samples from among the plurality of analog or digital samples, wherein the selected samples consist of amplitudes of the peaks of the proximity signal (60, 164a, 346a, 702); communicating the selected samples to a processor outside of the magnetic field sensor; and using the processor, performing a self-test associated with the magnetic field sensor by using the samples to compare peak amplitudes or peak-to-peak amplitudes of the proximity signal to a predetermined threshold to determine a passing or failing condition.
Method for motion planning for a conveyor system of a servo press installation, wherein, in the servo press installation, at least a first servo press and a second servo press are provided, and wherein the conveyor system comprises at least one conveyor apparatus for the movement of a product which is to be processed by the servo press installation, and the motion of the at least one conveyor apparatus is controlled by a motion controller of the conveyor system, characterized by the following steps: - determination of a motion segment that concerns only the region outside respective pressing workspaces of the first servo press and the second servo press; - definition of a time interval for motion within the motion segment, and from the first servo press to the second servo press; - calculation of a motion curve for motion within the motion segment, with reference to the defined time interval, wherein, as marginal conditions for the motion curve, a first position on a first margin of the motion segment at a starting time point of the time interval, and a second position on a second margin of the motion segment at an end time point of the time interval, are established, and - controlling the conveyor apparatus based on the calculated motion curve. - determination of a motion segment that concerns only the region outside respective pressing workspaces of the first servo press and the second servo press; - definition of a time interval for motion within the motion segment, and from the first servo press to the second servo press; - calculation of a motion curve for motion within the motion segment, with reference to the defined time interval, wherein, as marginal conditions for the motion curve, a first position on a first margin of the motion segment at a starting time point of the time interval, and a second position on a second margin of the motion segment at an end time point of the time interval, are established, and - controlling the conveyor apparatus based on the calculated motion curve.
A computer-implemented method comprising: storing an encryption public key that is associated with a group of nodes, each node in the group associated with a private key share, the private key shares associated with a threshold private key reconstruction scheme for the group to allow an encryption private key associated with the encryption public key to be determined from at least a threshold of the private key shares; iteratively obtaining a plurality of indicators provided by a plurality of nodes of the group, wherein each node is configured to generate at least one of the plurality of indicators, each of the indicators representing one of an encryption private key share or a dummy signal, wherein when a predetermined event has not occurred, the indicator is a dummy signal; and in response to detecting the predetermined event, the indicator is an encryption private key share; and identifying the encryption private key by iteratively: selecting a subset of the indicators; calculating a possible shared secret based on the subset of the indicators; and evaluating each possible shared secret against the encryption public key to determine whether the possible shared secret is the encryption private key. storing an encryption public key that is associated with a group of nodes, each node in the group associated with a private key share, the private key shares associated with a threshold private key reconstruction scheme for the group to allow an encryption private key associated with the encryption public key to be determined from at least a threshold of the private key shares; iteratively obtaining a plurality of indicators provided by a plurality of nodes of the group, wherein each node is configured to generate at least one of the plurality of indicators, each of the indicators representing one of an encryption private key share or a dummy signal, wherein when a predetermined event has not occurred, the indicator is a dummy signal; and in response to detecting the predetermined event, the indicator is an encryption private key share; when a predetermined event has not occurred, the indicator is a dummy signal; and in response to detecting the predetermined event, the indicator is an encryption private key share; and identifying the encryption private key by iteratively: selecting a subset of the indicators; calculating a possible shared secret based on the subset of the indicators; and evaluating each possible shared secret against the encryption public key to determine whether the possible shared secret is the encryption private key. selecting a subset of the indicators; calculating a possible shared secret based on the subset of the indicators; and evaluating each possible shared secret against the encryption public key to determine whether the possible shared secret is the encryption private key.
Method for producing a recombinant protein of interest, characterised in by the following steps: (a) providing a fusion protein comprising an N pro autoprotease moiety and a protein of interest moiety in inclusion bodies, (b) solubilising the fusion protein in the inclusion bodies by subjecting the inclusion bodies to a solubilisation buffer containing a detergent and wherein the solubilisation buffer contains no chaotropes or chaotropes in a concentration corresponding to less than 1.5 M urea, wherein the detergent in the solubilisation buffer is a lauroyl amino acid, especially lauroyl-L-glutamate, lauroyl-sarcosinate, or mixtures thereof; (c) refolding the solubilised fusion protein, and (d) allowing the fusion protein to be cleaved by the N pro autoprotease moiety under kosmotropic conditions, wherein the recombinant protein of interest is cleaved from the fusion protein, and (e) recovering the protein of interest. (a) providing a fusion protein comprising an N pro autoprotease moiety and a protein of interest moiety in inclusion bodies, (b) solubilising the fusion protein in the inclusion bodies by subjecting the inclusion bodies to a solubilisation buffer containing a detergent and wherein the solubilisation buffer contains no chaotropes or chaotropes in a concentration corresponding to less than 1.5 M urea, wherein the detergent in the solubilisation buffer is a lauroyl amino acid, especially lauroyl-L-glutamate, lauroyl-sarcosinate, or mixtures thereof; (c) refolding the solubilised fusion protein, and (d) allowing the fusion protein to be cleaved by the N pro autoprotease moiety under kosmotropic conditions, wherein the recombinant protein of interest is cleaved from the fusion protein, and (e) recovering the protein of interest.
Semiconductor device comprising a silicon substrate, at least one 3D low value resistor having a resistance of smaller than 1 Ω/□, wherein the resistor is present within the substrate by a 3D pattern consisting out of a multiplicity of repeating structures having edges, having a depth in the substrate of more than 5 μm, and having a pitch p, wherein the edges of the 3D pattern are N- or P-type doped, having an insulating material on the edges of one or more materials selected from the group consisting of oxide, silicon nitride, undoped polysilicon, or other oxides such as Ta 2 O 5, HfO 2, AI 2 O 3, wherein the 3D pattern is further filled with a layer having a thickness d of one or more materials selected from the group consisting of doped polysilicon, and conducting material such as metal or alloy, such as TiN, TiW, TiCu, which layer edges are delimited by photolithography, further comprising first electrically conducting contacts, and second electrically conducting contacts, wherein: the structure of the 3D pattern is chosen from the group comprising holes, trenches, pillars, tripods, walls, cavities and combinations thereof, the layer filling the 3D pattern forms a first resistor attached to the first electrically conducting contacts, the doped silicon edges form a second resistor layer attached to the second electrically conducting contacts, the first resistor being connected in parallel to the second resistor, and the pitch p of the 3D pattern is from 0.2 μm to less than 5 μm. the structure of the 3D pattern is chosen from the group comprising holes, trenches, pillars, tripods, walls, cavities and combinations thereof, the layer filling the 3D pattern forms a first resistor attached to the first electrically conducting contacts, the doped silicon edges form a second resistor layer attached to the second electrically conducting contacts, the first resistor being connected in parallel to the second resistor, and the pitch p of the 3D pattern is from 0.2 μm to less than 5 μm.
Method for determining the average throwing range of spreading particles (6, 9, 10) of a spreading material by means of at least one sensor, preferably a radar sensor, which operates in a contactless fashion and is arranged on an agricultural distribution machine, said spreading particles (6, 9, 10) being distributed by means of at least one centrifugal disc, having throwing blades, of said distribution machine, wherein the at least one sensor is arranged in such a way that the emission direction of the electromagnetic waves or sound waves of the at least one sensor has at least one parallel component with respect to the flying direction of the spreading particles which are in the measuring range of the sensor, and the speed (v F2) of the spreading particles is determined from the measured values registered by the sensor, utilizing the Doppler effect by means of an evaluation program which is stored in the memory of a job computer of the distribution machine or of a tractor vehicle, characterized in that in order to determine the speed profile during the flight and/or the throwing range a second value is used for the speed (V F1) of the spreading particles, which second value is determined at an earlier time of the flying movement in that the average launching speed (V F1), present at the moment of ejection, is determined from the centrifugal disc rotational speed (V D), the geometry of the centrifugal disc and the throwing blade and the impact point, and/or the speed (V F1) of the spreading material which leaves the centrifugal disc is measured by means of a second sensor.
A cabinet for installation in an aircraft, the cabinet having a plurality of visible surfaces configured to be apparent when the cabinet is installed in the aircraft, the cabinet comprising: a shell defining a load-bearing structure of the cabinet; and an outer panel detachably connected to the shell for defining at least a part of the visible surfaces of the cabinet; wherein the outer panel is configured to be detachably connected to the shell in a stationary position relative to the shell through engagement of complementary attachment members respectively attached to the outer panel and to the shell, the complementary attachment members allowing an adjustment of the stationary position of the outer panel relative to the shell when the outer panel is detached from the shell characterized in that the complementary attachment members include: a first attachment member having a portion adjustable relative to the outer panel or to the shell; and a second attachment member detachably engaged to the portion of the first attachment member; wherein the portion of the first attachment member comprises an adjustable position with respect to the shell, and the second attachment member being connected to the outer panel with a fixed position relative thereto. a shell defining a load-bearing structure of the cabinet; and an outer panel detachably connected to the shell for defining at least a part of the visible surfaces of the cabinet; wherein the outer panel is configured to be detachably connected to the shell in a stationary position relative to the shell through engagement of complementary attachment members respectively attached to the outer panel and to the shell, the complementary attachment members allowing an adjustment of the stationary position of the outer panel relative to the shell when the outer panel is detached from the shell characterized in that the complementary attachment members include: a first attachment member having a portion adjustable relative to the outer panel or to the shell; and a second attachment member detachably engaged to the portion of the first attachment member; wherein the portion of the first attachment member comprises an adjustable position with respect to the shell, and the second attachment member being connected to the outer panel with a fixed position relative thereto. a first attachment member having a portion adjustable relative to the outer panel or to the shell; and a second attachment member detachably engaged to the portion of the first attachment member; wherein the portion of the first attachment member comprises an adjustable position with respect to the shell, and the second attachment member being connected to the outer panel with a fixed position relative thereto.
Container for used oils or other liquids and granular solids, in particular for the domestic environment, comprising a containing body defining a containing compartment having an upper aperture a covering lid to cover said upper aperture, on which an exit/entrance hole is made, a removable stopper to selectively put said containing compartment into communication with the outside of said container through said exit/entrance hole, characterized in that in proximity to said upper aperture at least a first seating is made in the containing body, for the stable positioning, in the position of use, of a possible filter element, selectively positionable and removable, and in that said lid is disposed, in the closed position, above said first seating and in a second seating made in the containing body.