mhurhangee/ep-ind-claims huggingface dataset:
A method for data transmission between a sensor device and an electronic device, the method including: broadcasting, by the sensor device, a beacon dataset and a sensor dataset that is associated with the beacon dataset simultaneously, the sensor dataset being generated by the sensor device and including data detected by the sensor device; in receipt of the beacon dataset, determining, by the electronic device, whether to receive the sensor dataset associated with the beacon dataset; and when it is determined to receive the sensor dataset associated with the beacon dataset, operating, by the electronic device, in a scan mode so as to receive the sensor dataset associated with the beacon dataset; characterized in that: the step of broadcasting a beacon dataset and a sensor dataset is to periodically broadcast the beacon dataset and the sensor dataset; the step of determining whether to receive the sensor dataset associated with the beacon dataset includes determining whether the beacon dataset has been by the electronic device received before, and determining to receive the sensor dataset associated with the beacon dataset when it is determined that the beacon dataset has not been received by the electronic device before. broadcasting, by the sensor device, a beacon dataset and a sensor dataset that is associated with the beacon dataset simultaneously, the sensor dataset being generated by the sensor device and including data detected by the sensor device; in receipt of the beacon dataset, determining, by the electronic device, whether to receive the sensor dataset associated with the beacon dataset; and when it is determined to receive the sensor dataset associated with the beacon dataset, operating, by the electronic device, in a scan mode so as to receive the sensor dataset associated with the beacon dataset; characterized in that: the step of broadcasting a beacon dataset and a sensor dataset is to periodically broadcast the beacon dataset and the sensor dataset; the step of determining whether to receive the sensor dataset associated with the beacon dataset includes determining whether the beacon dataset has been by the electronic device received before, and determining to receive the sensor dataset associated with the beacon dataset when it is determined that the beacon dataset has not been received by the electronic device before.
A method comprising Receiving, at a proxy server, a request from a client to initiate a service session, wherein the request includes a first authentication context that has been previously initiated by an authentication, server;; requesting verification of the first authentication, context from the authentication server; validating the first authentication context based, at least in part, on the verification implementing a second authentication, context based, at least in part, on the verification of the first authentication context to initiate the service session; receiving another request from the client to retrieve data from another server, different from the proxy server and the authentication server, over the service session; authenticating the another request using the second authentication context; and initiating retrieval of the data over the service session from the another server using the first authentication context.
A seat belt retractor comprising a spool mounted for rotation to a frame; the spool having a locked mode of operation and a freewheeling mode of operation, one or both of a web sensor and/or vehicle sensor for initiating lockup of the spool; a collapsible member positioned about the circumference of the spool, the collapsible member having a first end, a second end and a middle therebetween, the collapsible member initially positioned with the first end secured to or otherwise located against the spool, the middle includes a plurality of undulations (112a - 112h), formed by adjacent peaks and valleys, each valley configured to initially lie in close proximity to the circumference of the spool, the second end of the collapsible member initially positioned adjacent and spaced from the first end characterized in that the second end is configured to slide over the first end during operation; the seat belt upon exiting the slot of said retractor is rolled about the undulations (112a - 112h) of the collapsible member and in that the second end of the collapsible member is configured to slide in between an adjacent loop of the seat belt and be covered by another loop of the seat belt.
Electric equipment for motor vehicles, in particular lighting or signaling devices, incorporating a housing in which an electronic component is placed close to a wall of the housing accessible on the side opposite the component, - the said wall of a housing with a securely attached portion that can be removed to release an opening that allows the replacement of the electronic component, - the said enclosure wall having in addition means to secure a cover for the closure of the said opening after removing the secable portion, and a means of sealing on at least one portion of the opening circumference to cooperate with a means of conjugated sealing provided on the cover and to ensure a watertight closure, characterized by the equipment having at least one source of light LED type controlled by an electronic card, the electronic component being made by the electronic card. - the said wall of a housing with a securely attached portion that can be removed to release an opening that allows the replacement of the electronic component, - the said enclosure wall having in addition means to secure a cover for the closure of the said opening after removing the secable portion, and a means of sealing on at least one portion of the opening circumference to cooperate with a means of conjugated sealing provided on the cover and to ensure a watertight closure, characterized by the equipment having at least one source of light LED type controlled by an electronic card, the electronic component being made by the electronic card.
Method of producing a self-adhesive surface on a wall covering or floor covering, characterized by the following steps: i. providing a wall covering or floor covering and where - the wall covering has on his facing side a pattern layer and arranged beneath this there is a support layer made of paper and furthermore disposed on the support layer there is a substrate-polymerized film of pressure-sensitive adhesive and - the floor covering has on its topside a wear layer and beneath the wear layer follows a decorative layer and moreover beneath the decorative layer there is a support layer or a support plate, where it is followed by a substrate-polymerized film of pressure-sensitive adhesive; ii. providing a reactive fluid adhesive based on acrylate and/or on silicone, iii. applying the adhesive to the surface of the wall covering or floor covering which is to be bonded to a base, iv. spreading the adhesive on the surface, and v. substrate-polymerizing the adhesive to form a pressure-sensitive adhesive (23, 29) by chemical crosslinking of the adhesive by means of energy, using at least one initiator i. providing a wall covering or floor covering and where - the wall covering has on his facing side a pattern layer and arranged beneath this there is a support layer made of paper and furthermore disposed on the support layer there is a substrate-polymerized film of pressure-sensitive adhesive and - the floor covering has on its topside a wear layer and beneath the wear layer follows a decorative layer and moreover beneath the decorative layer there is a support layer or a support plate, where it is followed by a substrate-polymerized film of pressure-sensitive adhesive; - the wall covering has on his facing side a pattern layer and arranged beneath this there is a support layer made of paper and furthermore disposed on the support layer there is a substrate-polymerized film of pressure-sensitive adhesive and - the floor covering has on its topside a wear layer and beneath the wear layer follows a decorative layer and moreover beneath the decorative layer there is a support layer or a support plate, where it is followed by a substrate-polymerized film of pressure-sensitive adhesive; ii. providing a reactive fluid adhesive based on acrylate and/or on silicone, iii. applying the adhesive to the surface of the wall covering or floor covering which is to be bonded to a base, iv. spreading the adhesive on the surface, and v. substrate-polymerizing the adhesive to form a pressure-sensitive adhesive (23, 29) by chemical crosslinking of the adhesive by means of energy, using at least one initiator
Cooking device, in particular oven, with an operating unit, a display unit, with a cooking chamber, with a heating element integrated in a cooking chamber ceiling for providing a top heat and an independently actuatable heating element integrated in a cooking chamber base for providing a bottom heat and with at least one cooking chamber partition panel arranged in the cooking chamber and comprising at least one heating element (40, 42), and with at least one sensor unit, which is designed to capture at least one parameter of the cooking chamber partition panel in a signal and with a control unit, which is designed to evaluate a signal of the at least one sensor unit, characterised in that the at least one sensor unit is designed to capture a number of heating elements (40, 42) and their functionality.
A compound of formula: wherein B is selected from the group consisting of a base and a protected- base; P 1 is -CH 2 OC CH 2 CH 2 C CH 3; P 2 is hydrogen or or salts thereof or or salts thereof, wherein R is methyl, 2- cyanoethyl, 2-chlorophenyl, 4-chlorophenyl; and P 3 is hydrogen or a O-protecting group. B is selected from the group consisting of a base and a protected- base; P 1 is -CH 2 OC CH 2 CH 2 C CH 3; P 2 is hydrogen or or salts thereof or or salts thereof, wherein R is methyl, 2- cyanoethyl, 2-chlorophenyl, 4-chlorophenyl; and P 3 is hydrogen or a O-protecting group.
Corner or centre arrangement of an outer frame, comprising a horizontally aligned and a vertically aligned frame profile having identically stepped frame profile surfaces each facing towards the inside of the frame, and having a profile connector arranged between the frame profile surface of the horizontal frame profile and that cut face of the vertical frame profile that is perpendicular to the direction of longitudinal extent, characterized in that the profile connector a. has a stepped lower face (14, 15) composed of a first partial lower face and a second partial lower face, which stepped lower face is placed, in particular at least substantially form-fittingly placed, on the stepped profile surface of the horizontal frame profile of frame profiles with an identically stepped profile surface, and b. has a planar surface, on which the cut face of a vertical frame profile is placed in flush, in particular abutting, fashion, and c. a stepped front face (16', 16") composed of a first partial front face and a second partial front face (16"), which stepped front face extends, in line with the direction of longitudinal extent of a vertical frame profile, that profile surface of the frame profile that is stepped identically to the horizontal frame profile, and d. a planar back face, which is positioned parallel to the cut face of the horizontal frame profile, in particular in a corner in line with the cut face. a. has a stepped lower face (14, 15) composed of a first partial lower face and a second partial lower face, which stepped lower face is placed, in particular at least substantially form-fittingly placed, on the stepped profile surface of the horizontal frame profile of frame profiles with an identically stepped profile surface, and b. has a planar surface, on which the cut face of a vertical frame profile is placed in flush, in particular abutting, fashion, and c. a stepped front face (16', 16") composed of a first partial front face and a second partial front face (16"), which stepped front face extends, in line with the direction of longitudinal extent of a vertical frame profile, that profile surface of the frame profile that is stepped identically to the horizontal frame profile, and d. a planar back face, which is positioned parallel to the cut face of the horizontal frame profile, in particular in a corner in line with the cut face.
A method for processing, in a synthesis apparatus, signals received from an antenna array in a wireless communications system having a plurality of radio access transceivers (160, 161, 162) and a plurality of mobile devices (100, 101, 102), the method comprising: performing a transformation comprising aperture synthesis to map signal content of the signals received from the antenna array to at least one element of a plurality of elements (146, 147, 148) in an image plane storage, wherein the image plane storage comprises a stored synthesized image plane which is a representation of an object plane in which the plurality of mobile devices are located, to produce a time series of values (142, 143, 144) for the at least one element; and assigning the at least one element to at least one radio access transceiver of the plurality of radio access transceivers (160, 161, 162) for receiving the time series of values (142, 143, 144) from the at least one element. performing a transformation comprising aperture synthesis to map signal content of the signals received from the antenna array to at least one element of a plurality of elements (146, 147, 148) in an image plane storage, wherein the image plane storage comprises a stored synthesized image plane which is a representation of an object plane in which the plurality of mobile devices are located, to produce a time series of values (142, 143, 144) for the at least one element; and assigning the at least one element to at least one radio access transceiver of the plurality of radio access transceivers (160, 161, 162) for receiving the time series of values (142, 143, 144) from the at least one element.
Tank container having a tank and a cuboid framework which holds the tank via end edges at the ends of a shell ring and end frames (3, 4) connected thereto, the framework comprising lateral lower longitudinal bars and transfer runners extending therebetween, characterized in that the longitudinal bars and the transfer runners are coupled to one another via cross members penetrating the transfer runners.
A biological fluid collection device comprising: a collection module comprising: a housing comprising: a first end having a sample introduction opening; a second end having a sample dispensing opening; a passageway extending between the sample introduction opening and the sample dispensing opening; and a holding chamber in fluid communication with the passageway; a closure covering the first end of the housing; a cap covering the second end of the housing and having a vented plug; and an activation member adapted to force a fluid sample contained in the holding chamber out of the sample dispensing opening; and an outer housing having an open end and a closed end, characterized in that the collection module is removably positioned inside of the outer housing and the closure closes the open end of the outer housing, and in that the cap is adapted to allow air to pass from the passageway of the collection module through the cap and the vented plug and into the outer housing while preventing a fluid sample from passing therethrough. a collection module comprising: a housing comprising: a first end having a sample introduction opening; a second end having a sample dispensing opening; a passageway extending between the sample introduction opening and the sample dispensing opening; and a holding chamber in fluid communication with the passageway; a closure covering the first end of the housing; a cap covering the second end of the housing and having a vented plug; and an activation member adapted to force a fluid sample contained in the holding chamber out of the sample dispensing opening; and a housing comprising: a first end having a sample introduction opening; a second end having a sample dispensing opening; a passageway extending between the sample introduction opening and the sample dispensing opening; and a holding chamber in fluid communication with the passageway; a first end having a sample introduction opening; a second end having a sample dispensing opening; a passageway extending between the sample introduction opening and the sample dispensing opening; and a holding chamber in fluid communication with the passageway; a closure covering the first end of the housing; a cap covering the second end of the housing and having a vented plug; and an activation member adapted to force a fluid sample contained in the holding chamber out of the sample dispensing opening; and an outer housing having an open end and a closed end, characterized in that the collection module is removably positioned inside of the outer housing and the closure closes the open end of the outer housing, and in that the cap is adapted to allow air to pass from the passageway of the collection module through the cap and the vented plug and into the outer housing while preventing a fluid sample from passing therethrough.
Stator arrangement for an electric three-phase generator, comprising a plurality of stator teeth (51; 52; 53; 54), comprising a contacting device, which is arranged on an end portion of the stator teeth (51; 52; 53; 54) and comprises an annular base body, comprising a continuously wound winding wire which is wound in each case about individual stator teeth (51; 52; 53; 54) in order to form stator tooth windings and portions of which are arranged on the contacting device between the individual stator teeth (51; 52; 53; 54), wherein the contacting device comprises a plurality of wire guides, which are provided in multiple rows (7', 7", 7"', 7"") on the outer surface of the contacting device in the peripheral direction and which are arranged and embodied so as to fixedly position the portions of the winding wire, which are arranged on the contacting device, comprising a connecting element, which is arranged on the contacting device and embodied so as to electrically connect portions of the winding wire which are arranged immediately adjacent to one another on the contacting device, in order to form a star point.
A method for detecting at least one physiological signal of a patient, wherein the method comprises the following method steps: monitoring at least a subsection of a patient's surface with a thermal camera which generates consecutive video frames with multiple pixels of the monitored subsection, wherein the subsection of a patient's surface includes at least a part of a humid portion of the surface, in particular the mouth and/or nose area of the patient as a region of interest; generating time-resolved temperature values of at least one pixel of the region of interest; and generating a cardiac signal as the physiological signal based on the generated time-resolved temperature values due to temperature changes due to breathing air flow. monitoring at least a subsection of a patient's surface with a thermal camera which generates consecutive video frames with multiple pixels of the monitored subsection, wherein the subsection of a patient's surface includes at least a part of a humid portion of the surface, in particular the mouth and/or nose area of the patient as a region of interest; generating time-resolved temperature values of at least one pixel of the region of interest; and generating a cardiac signal as the physiological signal based on the generated time-resolved temperature values due to temperature changes due to breathing air flow.
A nutritional composition for infants or children, characterized in that said composition comprises cold-soluble carob having solubility in an aqueous medium of more than 60% at a temperature comprised between 10°C and 45°C at a concentration comprised between 0.2% and 0.75% by weight and at least two pectins of different natures, including 0.1% to 5% by weight of highly esterified pectins and 2% to 8% by weight of weakly esterified pectins, said percentages being expressed by weight based on the total weight of the composition.
A method of controlled cooling of one or multiple previously heated and substantially straight steel wire/wires to a predetermined temperature range, the previously heated and substantially straight steel wires having a diameter which is more than 3.5 mm and less than 20mm, the method comprises the steps of: a) guiding the previously heated and substantially straight steel wire/wires along individual path/paths through one or multiple first coolant bath/baths, the first coolant bath/baths comprises a bath liquid, wherein the bath liquid comprises water and a stabilizing additive, wherein the bath liquid and the multiple previously heated and substantially straight steel wires create a steam film around each steel wire itself along each individual path; b) directing an impinging liquid immersed inside the first coolant bath/baths towards the previously heated and substantially straight steel wire/wires over a certain length L along individual path/paths, to cool down the previously heated and substantially straight steel wire/wires, wherein the impinging liquid decreases the thickness of the steam film or destabilizes the steam film, thereby increasing the speed of cooling over the length L along individual path/paths, c) guiding the previously heated and substantially straight steel wire/wires along individual path/paths out of the first coolant bath/baths to be further cooled down in air, in order to prevent turbulences in the next cooling bath d) after the further cooling in air, guiding the previously heated, substantially straight steel wire/wires along individual path/paths through one or multiple second coolant bath/baths, wherein the substantially straight steel wire/wires are subjected to a cooling transformation from austenite to pearlite. a) guiding the previously heated and substantially straight steel wire/wires along individual path/paths through one or multiple first coolant bath/baths, the first coolant bath/baths comprises a bath liquid, wherein the bath liquid comprises water and a stabilizing additive, wherein the bath liquid and the multiple previously heated and substantially straight steel wires create a steam film around each steel wire itself along each individual path; b) directing an impinging liquid immersed inside the first coolant bath/baths towards the previously heated and substantially straight steel wire/wires over a certain length L along individual path/paths, to cool down the previously heated and substantially straight steel wire/wires, wherein the impinging liquid decreases the thickness of the steam film or destabilizes the steam film, thereby increasing the speed of cooling over the length L along individual path/paths, c) guiding the previously heated and substantially straight steel wire/wires along individual path/paths out of the first coolant bath/baths to be further cooled down in air, in order to prevent turbulences in the next cooling bath d) after the further cooling in air, guiding the previously heated, substantially straight steel wire/wires along individual path/paths through one or multiple second coolant bath/baths,