mhurhangee/ep-ind-claims huggingface dataset:
An injection pump for an internal combustion engine, the injection pump comprising - a pump body, - a first fluid chamber and a second fluid chamber being arranged inside the pump body, the first fluid chamber and the second fluid chamber being in mutual fluid communication, - a first reciprocating plunger being arranged inside the pump body and protruding into the first fluid chamber, - a second plunger being arranged at least partly inside the second fluid chamber and having a different diameter than the first plunger, - a first fluid port being in fluid communication with the first fluid chamber, - a second fluid port being in fluid communication with the second fluid chamber. - a fluid supply channel being in fluid communication with the first fluid chamber and/or the second fluid chamber via the first fluid port and/or the second fluid port, - a fluid outlet being in fluid communication with the first fluid chamber and/or the second fluid chamber, and - a thrust means for moving the first plunger and the second plunger, the thrust means comprising a roller that can rotate against a cam of a camshaft, characterized in that the diameter of the second plunger is less than 15 percent of the diameter of the first plunger and in that the second plunger is attached to the same thrust means as the first plunger. - a pump body, - a first fluid chamber and a second fluid chamber being arranged inside the pump body, the first fluid chamber and the second fluid chamber being in mutual fluid communication, - a first reciprocating plunger being arranged inside the pump body and protruding into the first fluid chamber, - a second plunger being arranged at least partly inside the second fluid chamber and having a different diameter than the first plunger, - a first fluid port being in fluid communication with the first fluid chamber, - a second fluid port being in fluid communication with the second fluid chamber. - a fluid supply channel being in fluid communication with the first fluid chamber and/or the second fluid chamber via the first fluid port and/or the second fluid port, - a fluid outlet being in fluid communication with the first fluid chamber and/or the second fluid chamber, and - a thrust means for moving the first plunger and the second plunger, the thrust means comprising a roller that can rotate against a cam of a camshaft,
Foot prosthesis, comprising an upper part, and a lower part that is placed on the ground when walking, which parts extend one above the other and at a distance from each other, are connected to each other at the forefoot and the heel and, forming a spring, move relative to each other during walking, the upper part and the lower part being formed by means of a one-piece, closed component made from a carbon fiber composite, characterized in that the upper part and the lower part merge into each other at the forefoot and the heel, in each case via a deflection (7, 8) in the range of between 135° and 180°.
A method for detecting circulating endothelial cells (CECs) in a non-enriched blood sample, comprising (a) determining, using fluorescent scanning microscopy, presence or absence of one or more immunofluorescent markers by direct analysis in nucleated cells in the non-enriched blood sample in the presence of surrounding white blood cells (WBCs), wherein the immunofluorescent markers comprise a marker specific for endothelial cells, and (b) assessing the morphology of the nucleated cells, wherein the CECs are detected among the nucleated cells based on a combination of distinct immunofluorescent staining and morphological characteristics.
A method of decontaminating heavy metal contaminated soil or sludge which includes a) treating soil or sludge with an acid at a pH below 2 in a first treatment stage to form a liquid and a solid phase with a solids content from 5 to 30% b) separating the liquid and solid phases from the first treatment stage c) mixing the solid phase from the first treatment stage with a fresh acid liquid at a pH below 2 in a second treatment stage to form a liquid and a solid phase with a solids content from 5 to 30% d) separating the liquid and solid phases from the second treatment stage e) treating the liquid separated in step b) from the first treatment stage to precipitate heavy metals f) separating the precipitated heavy metals from the liquid of step e) and recycling the liquid to step c) g) treating the solids from step d) to adjust the pH to a level for a soil conditioner or fertilizer h) using the liquor from step d) as the acidic liquid in the first treatment stage for fresh batches of soil or sludge. a) treating soil or sludge with an acid at a pH below 2 in a first treatment stage to form a liquid and a solid phase with a solids content from 5 to 30% b) separating the liquid and solid phases from the first treatment stage c) mixing the solid phase from the first treatment stage with a fresh acid liquid at a pH below 2 in a second treatment stage to form a liquid and a solid phase with a solids content from 5 to 30% d) separating the liquid and solid phases from the second treatment stage e) treating the liquid separated in step b) from the first treatment stage to precipitate heavy metals f) separating the precipitated heavy metals from the liquid of step e) and recycling the liquid to step c) g) treating the solids from step d) to adjust the pH to a level for a soil conditioner or fertilizer h) using the liquor from step d) as the acidic liquid in the first treatment stage for fresh batches of soil or sludge.
Method for functional testing of a holding brake of an electric motor in which, with the holding brake closed, phase currents (i su, i sv, i sw) are applied to the electric motor in magnitude and angle for producing a current vector (i s) and it is checked whether the holding brake slips when the phase currents (i su, i sv, i sw) are being applied, characterized in that the phase currents (i su, i sv, i sw) are varied so that the current vector (i s) is rotated, with the holding brake closed, so that the current vector (i s) is normal to the rotor flux direction (d) at least one time.
A micro-electro-mechanical microphone comprising: - a substrate; - a sensor chip, which is coupled to the substrate through an own bottom face and integrates a MEMS electro-acoustic transducer on an own top face opposite to the bottom face; - a control chip, which is joined to the substrate and is operatively coupled to the sensor chip; - a bonding ring, which surrounds the sensor chip and the control chip; and - a cap, which is coupled to the substrate via said bonding ring and forms an acoustic chamber that houses the control chip and the sensor chip, characterized in that it further comprises a barrier, which extends between the bonding ring and the sensor chip at a first distance and a second distance, respectively, therefrom for defining a first trench between the bonding ring and the barrier and a second trench between the barrier and the sensor chip. - a substrate; - a sensor chip, which is coupled to the substrate through an own bottom face and integrates a MEMS electro-acoustic transducer on an own top face opposite to the bottom face; - a control chip, which is joined to the substrate and is operatively coupled to the sensor chip; - a bonding ring, which surrounds the sensor chip and the control chip; and - a cap, which is coupled to the substrate via said bonding ring and forms an acoustic chamber that houses the control chip and the sensor chip,
Actuation module for a door handle, in particular for a motor vehicle, with an actuation element which can be coupled to an electrical component for triggering a switching signal, wherein at least part of the actuation element is arranged inside a receptacle, wherein a potting compound is arranged inside the receptacle for sealing the electrical component, wherein a bearing element constructed from an elastic material is arranged on the actuation element and is designed to move the actuation element, characterized in that the elastic material is designed to retain its elastic properties to a temperature of at least minus 40 degrees Celsius, preferably to minus 70 degrees Celsius in order to guarantee actuation of the electrical component with the actuation element.
Method of producing a plate-shaped heat exchanger for batteries or converters for power generation, comprising the steps of: - injection-moulding a plastics material around a first profiled thermal conductor element at the outer circumference thereof so as to form a first frame part while forming two supply channel halves, from which depressions extend to the profiled thermal conductor element, and a respective connection for each supply channel half, - injection-moulding a plastics material around a second profiled thermal conductor element at the outer circumference thereof so as to form a second frame part while forming two supply channel halves, from which depressions extend to the profiled thermal conductor element, and a respective connection for each supply channel half, - connecting the first frame part with the second frame part, wherein the first frame part is brought into conjunction with the second frame part in such a way that the profiles of the profiled thermal conductor elements (16, 18) face towards and bear against one another and the supply channel halves of the first and second frame parts (12, 14) form supply channels and the depressions form openings from the supply channels to the channels formed by the profiles of the profiled thermal conductor elements (16, 18), wherein the connections (38, 40) of the first and second frame parts (12, 14) are so constructed that the connections of the first frame part of the heat exchanger can be connected with the connections of a second frame part of a further heat exchanger. - injection-moulding a plastics material around a first profiled thermal conductor element at the outer circumference thereof so as to form a first frame part while forming two supply channel halves, from which depressions extend to the profiled thermal conductor element, and a respective connection for each supply channel half, - injection-moulding a plastics material around a second profiled thermal conductor element at the outer circumference thereof so as to form a second frame part while forming two supply channel halves, from which depressions extend to the profiled thermal conductor element, and a respective connection for each supply channel half, - connecting the first frame part with the second frame part, wherein the first frame part is brought into conjunction with the second frame part in such a way that the profiles of the profiled thermal conductor elements (16, 18) face towards and bear against one another and the supply channel halves of the first and second frame parts (12, 14) form supply channels and the depressions form openings from the supply channels to the channels formed by the profiles of the profiled thermal conductor elements (16, 18),
An active implantable medical device formed of an autonomous hybrid capsule, in particular for subcutaneous implantation, the device comprising a hermetical body housing electronic circuitry and power supply means for powering the electronic circuitry and at least one detection and/or therapy delivery lead extending from the body, the lead comprising a set of cables each formed of an electrically conductive core cable connected to a respective pole of said electronic circuitry and at least one detection and/or therapy delivery electrode, characterized in that the lead is a microlead comprising a set of microcables, in that the device lacks an electrical connector between the microlead and the electronic circuitry, in that each core cable is connected to its respective pole via permanent connection means, and in that the permanent connection means comprise: - an insulating base hermetically traversed by a plurality of pins corresponding to the respective poles of the electronic circuitry; - a support hermetically receiving the base; - a set of conductive connection parts, each connection part comprising a first passage for a respective core cable and a second passage for a respective pin and being welded to the latter; - an insulating guidance and retaining part mounted on the support and mechanically locked thereto, said guidance and retaining part having a plurality of recesses for the respective connection parts, each recess opening at its bottom onto a passage into which a respective pin projects; and - at least one transition and protection element encapsulating the guidance and retaining part, the connection parts, and adjoining regions of the core cables. - an insulating base hermetically traversed by a plurality of pins corresponding to the respective poles of the electronic circuitry; - a support hermetically receiving the base; - a set of conductive connection parts, each connection part comprising a first passage for a respective core cable and a second passage for a respective pin and being welded to the latter; - an insulating guidance and retaining part mounted on the support and mechanically locked thereto, said guidance and retaining part having a plurality of recesses for the respective connection parts, each recess opening at its bottom onto a passage into which a respective pin projects; and - at least one transition and protection element encapsulating the guidance and retaining part, the connection parts, and adjoining regions of the core cables.
A system for enabling cloud access to a legacy application, said system comprising a local system and a cloud system, wherein the local system comprises: a locally installed legacy application; a first storage comprising a first data store associated with the application; an adapter configured to retrieve data from the first data store, the adapter further configured to receive a command from the cloud system and then execute the command against the application; and a synchronisation engine configured to synchronise the retrieved data with the cloud system; and the cloud system comprises: a second storage comprising a second data store associated with the legacy application; and an application programming interface, API, configured to receive the retrieved data from the local system and update the second data store based on the received data. the local system comprises: a locally installed legacy application; a first storage comprising a first data store associated with the application; an adapter configured to retrieve data from the first data store, the adapter further configured to receive a command from the cloud system and then execute the command against the application; and a synchronisation engine configured to synchronise the retrieved data with the cloud system; and a locally installed legacy application; a first storage comprising a first data store associated with the application; an adapter configured to retrieve data from the first data store, the adapter further configured to receive a command from the cloud system and then execute the command against the application; and a synchronisation engine configured to synchronise the retrieved data with the cloud system; and the cloud system comprises: a second storage comprising a second data store associated with the legacy application; and an application programming interface, API, configured to receive the retrieved data from the local system and update the second data store based on the received data. a second storage comprising a second data store associated with the legacy application; and an application programming interface, API, configured to receive the retrieved data from the local system and update the second data store based on the received data.
Installation for refrigerating a same application by means of a single refrigerator/liquefier (L/R) or several refrigerators/liquefiers (L/R) arranged in parallel, the refrigerator(s)/liquefier(s) (L/R) using a working gas of the same type having a low molar mass, i.e. having a low molar mass less than 10g/mol such as pure helium gas, each refrigerator/liquefier (L/R) comprising a compression station to compress the working gas, a cold box intended for cooling the working gas at the outlet of the compression station, with the working gas cooled by each one of the respective cold boxes of the refrigerators/liquefiers (L, R) being placed heat exchange with the application for the purpose of transferring frigories to the latter, wherein all of the compression stations of the refrigerator(s)/liquefier(s) form a single compression station that provides for the compression of the working gas for each one of the cold boxes of the refrigerator(s)/liquefier(s) (L, R), the compression station comprising only compression machines of the lubricated screw type (EC1, EC2, EC3) and systems (4, 14) for removing the oil from the working fluid at the outlet of the compression machines (EC1, EC2, EC3), and in that the compression station comprises a plurality of compression machines (EC1, EC2, EC3) defining several levels of pressure (VLP, LP, MP, HP, HP1, HP2) for the working fluid, with the passing from a level of pressure (VLP, LP, MP, HP, HP1, HP2) to the next higher level of pressure carried out via one or more compression machines (EC1, EC2, EC3) in series or via several compression machines (EC1, EC2, EC3) arranged in parallel, the compression station comprising at least two compression machines (EC2, EC3) defining at least two levels of pressure (MP, HP) increasing above the level of pressure (VLP/LP) of the fluid at the inlet of the compression station, two main compression machines (EC1, EC2), respectively first and second main compression machines, being arranged in series and defining, at their respective fluid outlet, levels of pressure respectively called "low" and "high", with the main compression machines (EC1, EC2) being arranged in series one following the other, i.e. without any other secondary compression machine in series between them, characterised by another secondary compression machine being supplied at the inlet with a fluid coming from the cold boxes at an intermediate level of pressure called "medium" between the low and high levels, this secondary compression machine also defining, at its fluid outlet, a "high" level of pressure, with the medium level of pressure being higher than the level of pressure at the inlet of the main compression machines (EC1, EC2).
A kit, comprising at least one cold spray and at least one dosage form for transdermally administering at least one pharmaceutically active ingredient, wherein the at least one dosage form comprises a transdermal therapeutic system.
A safety device for a port of entry of a magnetic card in an automatic machine, the device comprising an attachment frame to a fixed structure of the automatic machine; the attachment frame comprising a pair of walls facing each other and spaced apart to delimit a flat transit slot for the transit of the magnetic card from and to the port of entry of the automatic machine in a direction of insertion/extraction; at least one of said walls having a recess; the device further comprising a horizontal pin coupled to said attachment frame and a hollow body, characterized in that said pin crosses said recess in a direction orthogonal to said direction of insertion/extraction and in that said hollow body surrounds said pin with radial clearance and is floating with respect to said other wall between a distanced position, in which it remains by gravity, allowing the insertion and extraction of the magnetic card in said slot, and an approached position, in which it partially closes said slot preventing the insertion of the magnetic card in the slot.
An analysis system for tracking movement activity of a plurality of individuals and operable to generate monitored movement data for one or more individuals of the plurality of individuals, comprising: a storage module configured to store a plurality of tracks indicating in time series a position of an individual of the plurality of individuals that is moving as track data, and to store sensor data indicating in time series a measurement result of a particular individual by a sensor worn by the particular individual; an individual identification module configured to select a track from the plurality of tracks of the track data in order of priority, from the longest track containing the most track data to the shortest track containing the least track data; a speed calculation module configured to calculate a speed index indicating a movement speed of the individual based on the selected track data; an index calculation module configured to calculate a behavior index indicating a movement intensity of the particular individual based on the sensor data; a similarity degree calculation module configured to calculate a degree of similarity between the calculated speed index and the calculated behavior index by executing a degree of similarity verification; and an association module configured to associate the selected track data with the particular individual, on which the sensor data has been measured, based on the degree of similarity. a storage module configured to store a plurality of tracks indicating in time series a position of an individual of the plurality of individuals that is moving as track data, and to store sensor data indicating in time series a measurement result of a particular individual by a sensor worn by the particular individual; an individual identification module configured to select a track from the plurality of tracks of the track data in order of priority, from the longest track containing the most track data to the shortest track containing the least track data; a speed calculation module configured to calculate a speed index indicating a movement speed of the individual based on the selected track data; an index calculation module configured to calculate a behavior index indicating a movement intensity of the particular individual based on the sensor data; a similarity degree calculation module configured to calculate a degree of similarity between the calculated speed index and the calculated behavior index by executing a degree of similarity verification; and an association module configured to associate the selected track data with the particular individual, on which the sensor data has been measured, based on the degree of similarity.