mhurhangee/ep-ind-claims huggingface dataset:
An RFID tag having a patch antenna that functions as the tag antenna; characterised by comprising: a small dipole antenna having two straight sections (43a, 43b) connected at a bent section, into a reversed L shape one of the straight sections being located inside a cutout section of the patch antenna, the cutout section being straight, and extending from the centre of an edge toward the inside of the patch antenna; a loop pattern connected to the small dipole antenna and functioning as a parallel inductor for matching the impedance of the tag; and an LSI chip mounted to the small dipole antenna near the bent section; wherein in operation, a high-frequency connection between the small dipole antenna and the patch antenna is realised by way of the cutout section, by which high-frequency connection power is electromagnetically supplied from the small dipole antenna to the patch antenna. a small dipole antenna having two straight sections (43a, 43b) connected at a bent section, into a reversed L shape one of the straight sections being located inside a cutout section of the patch antenna, the cutout section being straight, and extending from the centre of an edge toward the inside of the patch antenna; a loop pattern connected to the small dipole antenna and functioning as a parallel inductor for matching the impedance of the tag; and an LSI chip mounted to the small dipole antenna near the bent section; wherein in operation, a high-frequency connection between the small dipole antenna and the patch antenna is realised by way of the cutout section, by which high-frequency connection power is electromagnetically supplied from the small dipole antenna to the patch antenna.
A method of evaluating an ex vivo heart for transplantation suitability comprising: placing a heart in a protective chamber of an organ care system, connecting the heart to a perfusion fluid circuit to perfuse fluid to the heart, pumping a perfusion fluid to the heart, and, monitoring lactate in the heart to assess heart status; said monitoring comprising: i) measuring a first lactate value of the perfusion fluid in an arterial conduit, ii) measuring a first lactate value of the perfusion fluid in a venous conduit, and iii) calculating a V-A lactate differential value from the first lactate value of the perfusion fluid in the venous conduit and the first lactate value of the perfusion fluid in the arterial conduit; iv) repeating steps i)-iii) one or more additional times to measure subsequent V-A lactate differentials over time; wherein the method further comprises providing the trend data for the V-A lactate differentials over time to evaluate the perfusion status of the heart. placing a heart in a protective chamber of an organ care system, connecting the heart to a perfusion fluid circuit to perfuse fluid to the heart, pumping a perfusion fluid to the heart, and, monitoring lactate in the heart to assess heart status; said monitoring comprising: i) measuring a first lactate value of the perfusion fluid in an arterial conduit, ii) measuring a first lactate value of the perfusion fluid in a venous conduit, and iii) calculating a V-A lactate differential value from the first lactate value of the perfusion fluid in the venous conduit and the first lactate value of the perfusion fluid in the arterial conduit; iv) repeating steps i)-iii) one or more additional times to measure subsequent V-A lactate differentials over time; wherein the method further comprises providing the trend data for the V-A lactate differentials over time to evaluate the perfusion i) measuring a first lactate value of the perfusion fluid in an arterial conduit, ii) measuring a first lactate value of the perfusion fluid in a venous conduit, and iii) calculating a V-A lactate differential value from the first lactate value of the perfusion fluid in the venous conduit and the first lactate value of the perfusion fluid in the arterial conduit; iv) repeating steps i)-iii) one or more additional times to measure subsequent V-A lactate differentials over time;
Process for manufacturing a can comprising a metal body having an upper part hermetically sealed by a first bottom and a lower part hermetically sealed by a second bottom, the first bottom being formed by a flexible sheet forming a flexible bottom, directly welded to the metal body, so as to resist pressure stresses during heat treatment (sterilization) of the can, characterized in that it comprises a step of pre-cutting the flexible bottom, by partial incision of the flexible sheet to obtain a pre-cut part, while maintaining the impermeability of the sheet to air, the pre-cutting being carried out after heat treatment of the can.
Method for checking execution of applets (AA1, AB1) developed in object-oriented language and compiled in bytecode, the method being implemented by a software firewall of an operating system installed in a chip of the iUICC type or on an electronic card of the eUICC type, the operating system comprising an interpreter (JCVM) that is software interpreting and executing the bytecode of the applets (AA1, AB1), each applet (AA1, AB1) being associated with a single context (CA1, CB1, JB), each context (CA1, CB1, JB) being associated with one or more applets, each context (CA1, CB1, JB) being associated with a single use profile (PA, PB) among a plurality of use profiles, and each use profile (PA, PB) being associated with one or more contexts (CA1, CB1, JB), and, when the software firewall is informed by the interpreter (JCVM) of access to a static data item from a first applet to a second applet (AB3, AA1), the software firewall performs the following steps: - determining (502, 552) a source profile of the access to the static data item, which is the profile associated with the context with which the first applet is associated; - determining (503, 553) a destination profile of the access to the static data item, which is the profile associated with the context with which the second applet (AB3, AA1) is associated; - checking (504, 554) whether the source profile of the access is identical to the destination profile of the access to the static data item; - when the source profile of the access to the static data item is not identical to the destination profile of the access to the static data item, refusing (505, 561) access to the static data item; and - when the source profile of the access to the static data item is identical to the destination profile of the access to the static data item, applying (506, 556) intercontext access checking rules. - determining (502, 552) a source profile of the access to the static data item, which is the profile associated with the context with which the first applet is associated; - determining (503, 553) a destination profile of the access to the static data item, which is the profile associated with the context with which the second applet (AB3, AA1) is associated; - checking (504, 554) whether the source profile of the access is identical to the destination profile of the access to the static data item; - when the source profile of the access to the static data item is not identical to the destination profile of the access to the static data item, refusing (505, 561) access to the static data item; and - when the source profile of the access to the static data item is identical to the destination profile of the access to the static data item, applying (506, 556) intercontext access checking rules.
A method of distinguishing between constipation-predominant irritable bowel syndrome and diarrhea-predominant irritable bowel syndrome in a human subject diagnosed with irritable bowel syndrome, the method comprising detecting for the presence of methane in a breath sample from the subject; wherein detection of the presence of methane in the breath sample indicates the subject has constipation - predominant irritable bowel syndrome.
Extractor hood comprising - at least one mounting bracket with - at least one wall element which can be fastened to the wall and - at least one holding element extending away from the wall element in the direction of the front side of the housing and - a housing, in particular intake housing or chimney housing, - wherein the housing has at least one connecting element which is arranged on at least one housing wall (220, 240, 250) and can be connected to the holding element of the mounting bracket, - wherein the connecting element is formed by at least one recess of the housing, and - wherein the recess - is arranged on the rear of the housing facing the wall and - is moulded such that it can be slid onto the holding element of the mounting bracket with a substantially high-precision fit, characterised in that - the recess is arranged in the vertical direction at a distance from the upper end of the housing and - the mounting bracket has at least one mounting aid area, with which the mounting position of the mounting bracket can be fixed in the vertical direction relative to a room ceiling, wherein the mounting aid area indicates the distance between the recess and the upper end of the housing. - at least one mounting bracket with - at least one wall element which can be fastened to the wall and - at least one holding element extending away from the wall element in the direction of the front side of the housing and - a housing, in particular intake housing or chimney housing, - wherein the housing has at least one connecting element which is arranged on at least one housing wall (220, 240, 250) and can be connected to the holding element of the mounting bracket, - wherein the connecting element is formed by at least one recess of the housing, and - wherein the recess - is arranged on the rear of the housing facing the wall and - is moulded such that it can be slid onto the holding element of the mounting bracket with a substantially high-precision fit, - the recess is arranged in the vertical direction at a distance from the upper end of the housing and - the mounting bracket has at least one mounting aid area, with which the mounting position of the mounting bracket can be fixed in the vertical direction relative to a room ceiling, wherein the mounting aid area indicates the distance between the recess and the upper end of the housing.
A device, comprising: a message receiving component configured to receive, from at least one mobile communication device, a digital message (110, 112) intended for a base station; and a message relaying component configured to transmit the digital message (110,112) to the base station, wherein: the at least one mobile communication device and the base station are not communicatively coupled to each other, characterized in that the device comprises: a detecting component configured to: detect that the base station is within a communication range, and inform the at least one mobile communication device of an available communication connection with the base station, wherein: a detection signal is transmitted by the detecting component to search for the base station after the digital message (110, 112) is received. a message receiving component configured to receive, from at least one mobile communication device, a digital message (110, 112) intended for a base station; and a message relaying component configured to transmit the digital message (110,112) to the base station, wherein: the at least one mobile communication device and the base station are not communicatively coupled to each other, characterized in that the device comprises: a detecting component configured to: detect that the base station is within a communication range, and inform the at least one mobile communication device of an available communication connection with the base station, wherein: a detection signal is transmitted by the detecting component to search for the base station after the digital message (110, 112) is received. a detecting component configured to: detect that the base station is within a communication range, and inform the at least one mobile communication device of an available communication connection with the base station, wherein: detect that the base station is within a communication range, and inform the at least one mobile communication device of an available communication connection with the base station, wherein: a detection signal is transmitted by the detecting component to search for the base station after the digital message (110, 112) is received.
A method for receiving a channel quality indicator, CQI, the method comprising: transmitting to a user equipment, UE, an adjustment factor configured for each of base station coordination types, wherein the adjustment factor reflects load conditions at base stations, and wherein the base station coordination types define which base stations among multiple base stations perform coordinated transmission and the level of traffic offloading for each of the base stations performing coordinated transmission; and receiving the CQI reported from the UE, the CQI being calculated at the UE using the adjustment factor. transmitting to a user equipment, UE, an adjustment factor configured for each of base station coordination types, wherein the adjustment factor reflects load conditions at base stations, and wherein the base station coordination types define which base stations among multiple base stations perform coordinated transmission and the level of traffic offloading for each of the base stations performing coordinated transmission; and receiving the CQI reported from the UE, the CQI being calculated at the UE using the adjustment factor.
Computer-implemented method of predicting status of a testcase of a software maintained by means of a code repository, comprising, for each execution of the testcase, logging the status as a multi-valued attribute such as "pass" or "fail", characterized in, for each two chronologically adjacent executions, retrieving from the repository any changeset committed interjacently and observing correlation between the changeset and transition in status between the two executions, such as from "pass" to "fail", "fail" to "pass", "fail" to "fail", or "pass" to "pass", based on the observed correlations, building a training dataset from input vectors representing the changesets, each input vector being labelled with the correlating transition, fitting a statistical classification model on the training dataset, and, by means of the model, predicting the status transition resulting from committing a given further changeset to the repository. for each execution of the testcase, logging the status as a multi-valued attribute such as "pass" or "fail", characterized in, for each two chronologically adjacent executions, retrieving from the repository any changeset committed interjacently and observing correlation between the changeset and transition in status between the two executions, such as from "pass" to "fail", "fail" to "pass", "fail" to "fail", or "pass" to "pass", based on the observed correlations, building a training dataset from input vectors representing the changesets, each input vector being labelled with the correlating transition, fitting a statistical classification model on the training dataset, and, by means of the model, predicting the status transition resulting from committing a given further changeset to the repository.
A heater, comprising: a ceramic body having a rod-like shape; and a heat generating resistor embedded in the ceramic body, the heat generating resistor comprising a first straight line section, a second straight line section which is disposed alongside the first straight line section, and a folded section which connects the first straight line section and the second straight line section, characterised in that, in a cross section of the heater taken along a plane which passes through the first straight line section and which is perpendicular to an axial direction of the ceramic body, the first straight line section has a shape having a first major axis, the second straight line section has a shape having a second major axis, the second major axis is inclined with respect to the first major axis, and a centroid (Gr) of the first straight line section and the second straight line section is deviated from a centroid (Gc) of the ceramic body to the side on which a distance between the first major axis and the second major axis is narrower. a ceramic body having a rod-like shape; and a heat generating resistor embedded in the ceramic body, the heat generating resistor comprising a first straight line section, a second straight line section which is disposed alongside the first straight line section, and a folded section which connects the first straight line section and the second straight line section, characterised in that, in a cross section of the heater taken along a plane which passes through the first straight line section and which is perpendicular to an axial direction of the ceramic body, the first straight line section has a shape having a first major axis, the second straight line section has a shape having a second major axis, the second major axis is inclined with respect to the first major axis, and a centroid (Gr) of the first straight line section and the second straight line section is deviated from a centroid (Gc) of the ceramic body to the side on which a distance between the first major axis and the second major axis is narrower.
A mechanical pump (30, 100) comprising: a motor with an output shaft (12, 108); a cam (14, 104) coupled to the output shaft (12, 108) for rotating the cam (14, 104) when the motor is energized; a driver (16, 113) with spaced ledges (18a, 18b) engaging the cam (14, 104) and driven linearly by the rotating cam (14, 104); a piston (22, 110) driven by the driver (16, 113); a cylinder (50, 112) receiving the piston (22, 110) therein including an inlet section for drawing fluid into the cylinder (50, 112) and an outlet section for pumping fluid out of the cylinder (50, 112) as the piston (22, 110) reciprocates in the cylinder (50, 112); and characterized by an adjustor residing between a ledge (18a, 18b) of the driver (16, 113) and the piston (22, 110) configured to vary the stroke of the piston (22, 110). a motor with an output shaft (12, 108); a cam (14, 104) coupled to the output shaft (12, 108) for rotating the cam (14, 104) when the motor is energized; a driver (16, 113) with spaced ledges (18a, 18b) engaging the cam (14, 104) and driven linearly by the rotating cam (14, 104); a piston (22, 110) driven by the driver (16, 113); a cylinder (50, 112) receiving the piston (22, 110) therein including an inlet section for drawing fluid into the cylinder (50, 112) and an outlet section for pumping fluid out of the cylinder (50, 112) as the piston (22, 110) reciprocates in the cylinder (50, 112); and characterized by an adjustor residing between a ledge (18a, 18b) of the driver (16, 113) and the piston (22, 110) configured to vary the stroke of the piston (22, 110).
A lithium ion battery module, comprising: - a lineup of prismatic lithium ion battery cells positioned within a cell receptacle area of a housing of the lithium ion battery module, wherein the prismatic battery cells of the lineup are spaced apart from one another in a floating, spaced arrangement by fixed protrusions extending from internal surfaces of the housing forming the cell receptacle area, the fixed protrusions extending inwardly to form a plurality of discontinuous slots across a width of the cell receptacle area, wherein the fixed protrusions only extend along a length direction of the prismatic battery cells, the length direction extending from respective bases of the prismatic battery cells to respective terminal ends of the prismatic battery cells. - a lineup of prismatic lithium ion battery cells positioned within a cell receptacle area of a housing of the lithium ion battery module, wherein the prismatic battery cells of the lineup are spaced apart from one another in a floating, spaced arrangement by fixed protrusions extending from internal surfaces of the housing forming the cell receptacle area, the fixed protrusions extending inwardly to form a plurality of discontinuous slots across a width of the cell receptacle area,
A subsea foundation arranged for installation in seabed soil, the foundation having: a bearing surface arranged to be embedded into the seabed soil on installation; and a low-resistance coating that at least partially covers the bearing surface, which coating has a resistance-reducing property to reduce resistance to movement of the bearing surface relative to the seabed soil; wherein the low-resistance coating is an aerogel or an aero-clay and is composed or arranged to promote degradation of its resistance-reducing property during or after installation. a bearing surface arranged to be embedded into the seabed soil on installation; and a low-resistance coating that at least partially covers the bearing surface, which coating has a resistance-reducing property to reduce resistance to movement of the bearing surface relative to the seabed soil; wherein the low-resistance coating is an aerogel or an aero-clay and is composed or arranged to promote degradation of its resistance-reducing property during or after installation.
Apparatus for heating plastic bits, comprising a heating zone in which introduced plastic bits can be heated, and a heating device which is suited to conduct heat into the heating zone, wherein the apparatus comprises filling bodies, wherein the filling bodies can be introduced into the heating zone and wherein the filling bodies are suited to give off absorbed heat to the plastic bits in the heating zone, characterized in that a separating device is provided, which is suited to separate the filling bodies from the plastic bits.
A continuous method of forming a busbar, (1,31) the method comprising continuously providing an electrically conductive material (2,32) having a first major surface (2a,32a) with longitudinal edges, continuously bringing an adhesive material (3,33) into contact with the electrically conductive material (2,32) and securing the adhesive material (3,33) to the first major surface (2a,32a) of the electrically conductive material (2,32) such that the adhesive material (3,33) is inboard of both of the longitudinal edges of the first major surface (2a,32a) of the electrically conductive material (2,32) and is able subsequently to secure the first major surface (2a,32a) of the busbar (1,31) at a site of use.
Process for the recovery of an at least bidentate organic compound comprised in a porous metal-organic framework material, the material comprising the at least bidentate organic compound coordinated to at least one metal ion, the process comprising the steps of (a) treating the metal-organic framework material with an acidic or alkaline liquid; (b) optionally separating off solid residue; (c) isolating the at least bidentate organic compound. (a) treating the metal-organic framework material with an acidic or alkaline liquid; (b) optionally separating off solid residue; (c) isolating the at least bidentate organic compound.
Sealing joint for an electrical connector, comprising a body made of a flexible material, said body presenting a series of holes which extend along axes substantially parallel to each other, each hole forming a passageway of connection and comprising a sealing membrane adapted to be pierced and crossed by a conducting element, said membrane comprising a preferential opening portion created by a local reduction of the membrane thickness, that preferential opening portion being linked to at least one thick portion, the thick portion itself linked to a wall of the hole, wherein the membrane comprises a peripheral edge connected to the wall, wherein said preferential opening portion presents at least two ends which are located in the vicinity of the peripheral edge of the membrane, wherein said preferential opening portion being suitable for allowing a membrane tear upon insertion of the electrical connector extending along a continuous line, characterized in that, the at least two ends of the preferential opening portion are connected to the wall of the hole by a part of gradually increased thickness (ts) in a direction towards the wall.