mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting a leak, comprising at least the following steps: a) capturing a flow volume of a liquid through a liquid line in a multiplicity of liquid removal processes (1.1, 1.2, 1.3, 1.4), wherein a flow rate of the liquid and a flow duration of the liquid per liquid removal process are captured; b) comparing the flow volumes of the liquid of the respective liquid removal processes with an alarm value ; c) outputting an alarm signal if the flow volume of the liquid of a liquid removal process (1.1, 1.2, 1.3, 1.4) exceeds the alarm value ; d) adapting the alarm value on the basis of a frequency of the occurrence of the flow volumes of the liquid of the liquid removal processes above an adaptation value , wherein the detection of leaks comprises measuring a pressure of the liquid in the liquid line , characterized in that at least the adaptation value or the alarm value is separately adaptable for a multiplicity of ranges of the flow rate of the liquid. a) capturing a flow volume of a liquid through a liquid line in a multiplicity of liquid removal processes (1.1, 1.2, 1.3, 1.4), wherein a flow rate of the liquid and a flow duration of the liquid per liquid removal process are captured; b) comparing the flow volumes of the liquid of the respective liquid removal processes with an alarm value ; c) outputting an alarm signal if the flow volume of the liquid of a liquid removal process (1.1, 1.2, 1.3, 1.4) exceeds the alarm value ; d) adapting the alarm value on the basis of a frequency of the occurrence of the flow volumes of the liquid of the liquid removal processes above an adaptation value , wherein the detection of leaks comprises measuring a pressure of the liquid in the liquid line ,
Interface device for a ski binding comprising a support base and a support plate operatively coupled with said support base and having an upper surface intended to come in contact with a front portion of a ski boot sole , said support plate being pivoted on said support base to be rotatably movable with respect to said support base, characterised in that said support plate is taken in a first operating position (A) with respect to said support base , when said support plate comes in contact with a first type of ski boot having a sole of GripWalk TM type or the like, and in that said support plate is taken in a second operating position (B) with respect to said support base , when said support plate comes in contact with a second type of ski boot having a sole designed according to the standard DIN ISO 5355; wherein, when the front portion of the ski boot sole is placed on said support plate , said support plate rotates with respect to said support base due to the weight force of the ski boot and is taken to said first operating position (A) or to said second operating position (B), so that said interface device takes automatically an operating configuration, which corresponds to said first operating position (A) or to said second operating position (B), to support the ski boot and help the attachment of the ski boot with a toe element of the ski binding.
A battery pack comprising: a cell assembly unit including a plurality of battery cells and a bus bar configured to electrically connect the plurality of battery cells ; a frame unit accommodating the cell assembly unit ; a bracket unit fixing the cell assembly unit to the frame unit , wherein the bracket unit and the frame unit form a flow path (B) through which a gas is discharged; and a reverse flow prevention member disposed between the bus bar and the bracket unit , the reverse flow prevention member including a plurality of gas permeation holes, each of which extends from one end facing the bus bar and leads to another end facing the flow path (B), wherein the bus bar contacts the reverse flow prevention member , and wherein the reverse flow prevention member contacts the bracket unit . a cell assembly unit including a plurality of battery cells and a bus bar configured to electrically connect the plurality of battery cells ; a frame unit accommodating the cell assembly unit ; a bracket unit fixing the cell assembly unit to the frame unit , wherein the bracket unit and the frame unit form a flow path (B) through which a gas is discharged; and a reverse flow prevention member disposed between the bus bar and the bracket unit , the reverse flow prevention member including a plurality of gas permeation holes, each of which extends from one end facing the bus bar and leads to another end facing the flow path (B), wherein the bus bar contacts the reverse flow prevention member , and wherein the reverse flow prevention member contacts the bracket unit .
A surgical assembly , comprising: - a pedicle-screw cap , where the cap comprises at least one external thread and a central recess in order to insert a screw bit; - a cap-holder in the form of a hollow sleeve comprising an end for connection with the cap and a locking pin mounted slidably in the hollow sleeve between a neutral position and a position for locking of the cap ; and • the cap includes at least two diametrically opposed radial notches , provided from one external lateral wall of said cap , each of the notches comprising two opposed lateral grooves ; • the connection end of the cap-holder sleeve is extended longitudinally by two diametrically opposed lugs which can engage in the notches and each comprising two opposed lateral shoulders complementarity to the grooves of the notch and able to engage in said grooves for axially locking the sleeve on the cap ; characterized in that the connection end of the sleeve comprises two longitudinal and diametrically opposed slits so as to form two elastic branches , where said slits pass by the lugs forming two pairs of lugs , where the lugs from each pair of lugs are able to come to engage, by coming closer to each other by elastic deformation of the branches , in the corresponding notch until the shoulders of the lugs come to latch in the grooves of the notches . - a pedicle-screw cap , where the cap comprises at least one external thread and a central recess in order to insert a screw bit; - a cap-holder in the form of a hollow sleeve comprising an end for connection with the cap and a locking pin mounted slidably in the hollow sleeve between a neutral position and a position for locking of the cap ; and • the cap includes at least two diametrically opposed radial notches , provided from one external lateral wall of said cap , each of the notches comprising two opposed lateral grooves ; • the connection end of the cap-holder sleeve is extended longitudinally by two diametrically opposed lugs which can engage in the notches and each comprising two opposed lateral shoulders complementarity to the grooves of the notch and able to engage in said grooves for axially locking the sleeve on the cap ; • the cap includes at least two diametrically opposed radial notches , provided from one external lateral wall of said cap , each of the notches comprising two opposed lateral grooves ; • the connection end of the cap-holder sleeve is extended longitudinally by two diametrically opposed lugs which can engage in the notches and each comprising two opposed lateral shoulders complementarity to the grooves of the notch and able to engage in said grooves for axially locking the sleeve on the cap ;
Position sensor for detecting a position of a magnetic object along a path , having: a planar coil ; a number of distributed magnetizable elements which at least partially cover the planar coil and can be magnetized by means of the magnetic object , as a result of which an impedance of the planar coil can be changed; the magnetizable elements of the number of distributed magnetizable elements being arranged in a row on the planar coil along the path and being mechanically connected to one another along the path by means of a web ; and a processor for determining the position of the magnetic object on the basis of the impedance of the planar coil . a planar coil ; a number of distributed magnetizable elements which at least partially cover the planar coil and can be magnetized by means of the magnetic object , as a result of which an impedance of the planar coil can be changed; the magnetizable elements of the number of distributed magnetizable elements being arranged in a row on the planar coil along the path and being mechanically connected to one another along the path by means of a web ; and a processor for determining the position of the magnetic object on the basis of the impedance of the planar coil .
A wireless electronic device , comprising: a backplate , wherein an external face of the backplate is arranged to be visible to and/or in contact with a user of the wireless electronic device, and an internal face of the backplate faces internal portions of the wireless electronic device; and first and second curved antennas spaced apart from each other along an end portion of the backplate, each of the first and second curved antennas comprising a radiating element and a parasitic element electrically coupled to the radiating element, characterised in that portions of the first and second curved antennas are outside of the perimeter of the external face of the backplate. a backplate , wherein an external face of the backplate is arranged to be visible to and/or in contact with a user of the wireless electronic device, and an internal face of the backplate faces internal portions of the wireless electronic device; and first and second curved antennas spaced apart from each other along an end portion of the backplate, each of the first and second curved antennas comprising a radiating element and a parasitic element electrically coupled to the radiating element, characterised in that portions of the first and second curved antennas are outside of the perimeter of the external face of the backplate.
An airbag comprising: a side cushion positioned at a side of a passenger and configured to protrude forward from a seatback of a passenger seat when deployed, the side cushion having an inner space and a cushion storage space at a front portion of the inner space; and a front cushion stored folded in the cushion storage space and configured to protrude from the cushion storage space of the side cushion toward a front of the passenger when deployed, the front cushion protrudes out of the cushion storage space by airbag gas and is deployed in front of the passenger ; wherein the front cushion is connected to a front portion of the side cushion when the airbag is deployed, characterized by a connection passage positioned at the front portion of the side cushion and extending to the front cushion ; and a second separator positioned at a rear portion of the connection passage and having a second vent hole configured to control a flow of an airbag gas supplied to the front cushion . a side cushion positioned at a side of a passenger and configured to protrude forward from a seatback of a passenger seat when deployed, the side cushion having an inner space and a cushion storage space at a front portion of the inner space; and a front cushion stored folded in the cushion storage space and configured to protrude from the cushion storage space of the side cushion toward a front of the passenger when deployed, the front cushion protrudes out of the cushion storage space by airbag gas and is deployed in front of the passenger ; wherein the front cushion is connected to a front portion of the side cushion when the airbag is deployed, characterized by a connection passage positioned at the front portion of the side cushion and extending to the front cushion ; and a second separator positioned at a rear portion of the connection passage and having a second vent hole configured to control a flow of an airbag gas supplied to the front cushion .
On-board motor vehicle electrical system comprising a first voltage supply system and comprising a second voltage supply system , - wherein the first voltage supply system has a first voltage source with a relatively low voltage, and the second voltage supply system has a second voltage source with a relatively high voltage, - wherein the first voltage supply system and the second voltage supply system are DC-isolated from one another and connected to one another in a signal-transmitting manner by a coupling element , - wherein the second voltage supply system has at least one electrical switching element for a load , and - wherein the on-board motor vehicle electrical system has a control apparatus for controlling the load by means of the respective switching element , - wherein the coupling element is connected to the respective switching element in a signal-transmitting manner by means of the control apparatus , characterized - in that the first voltage supply system has an additional control apparatus , and - in that the additional control apparatus is connected to the coupling element in a signal-transmitting manner. - wherein the first voltage supply system has a first voltage source with a relatively low voltage, and the second voltage supply system has a second voltage source with a relatively high voltage, - wherein the first voltage supply system and the second voltage supply system are DC-isolated from one another and connected to one another in a signal-transmitting manner by a coupling element , - wherein the second voltage supply system has at least one electrical switching element for a load , and - wherein the on-board motor vehicle electrical system has a control apparatus for controlling the load by means of the respective switching element , - wherein the coupling element is connected to the respective switching element in a signal-transmitting manner by means of the control apparatus , - in that the first voltage supply system has an additional control apparatus , and - in that the additional control apparatus is connected to the coupling element in a signal-transmitting manner.
A method of forming multiphasic microparticles comprising: applying a first liquid composition to a surface of a template defining a first region having a first receding contact angle of less than or equal to 5° for polar and non-polar liquids and a second region having a second receding contact angle of greater than or equal to 10° for polar or non-polar liquids, wherein the first liquid composition remains in the first region and forms a release layer that is a solid or semi-solid; applying a second liquid composition over the release layer, wherein the second liquid composition remains in the first region and forms a first layer that is a solid or semi-solid; applying a third liquid composition over the first layer, wherein the third liquid composition remains in the first region and forms a second layer that is a solid or semi-solid; and releasing the first layer and the second layer from the template by removing the release layer from the template to create a multiphasic microparticle comprising at least the first layer and the second layer. applying a first liquid composition to a surface of a template defining a first region having a first receding contact angle of less than or equal to 5° for polar and non-polar liquids and a second region having a second receding contact angle of greater than or equal to 10° for polar or non-polar liquids, wherein the first liquid composition remains in the first region and forms a release layer that is a solid or semi-solid; applying a second liquid composition over the release layer, wherein the second liquid composition remains in the first region and forms a first layer that is a solid or semi-solid; applying a third liquid composition over the first layer, wherein the third liquid composition remains in the first region and forms a second layer that is a solid or semi-solid; and releasing the first layer and the second layer from the template by removing the release layer from the template to create a multiphasic microparticle comprising at least the first layer and the second layer.
A manufactured part, having at least one layer , this layer comprising an assembly of sheet elements at least partially made of elastomer, mutually extending without overlapping and together forming a patchwork including pairs of adjoining sheet elements which have a common contour segment and which are linked to one another at the level of their common contour segment by a continuity of the elastomer between them, through this common contour segment and inside the patchwork, characterized in that it has a support carrying the patchwork, the patchwork at least partially covering the support and being linked to this support , and that the support is at least partially made of elastomer, the linkage of the patchwork to the support comprising a continuity of the elastomer between the patchwork and the support .
A cartridge of an electronic vaping device , the cartridge comprising: a housing assembly , the housing assembly being a single piece housing assembly, the housing assembly including, a housing extending in a longitudinal direction, the housing being generally cylindrical, the housing including, an outer surface , and an inner surface ; a reservoir configured to contain a pre-vapor formulation; a transverse end wall at a first end of the housing , the transverse end wall having at least one outlet extending therethrough, the transverse wall integrally formed with the housing ; an opening in a second end of the housing ; a secondary transverse wall , the secondary transverse wall between the opening and the transverse end wall , the secondary transverse wall and the inner surface defining the reservoir ; and at least one air passage extending longitudinally through the housing between the outer surface and the inner surface of the housing , the at least one air passage having at least one air passage outlet between the transverse end wall and the secondary transverse wall such that the at least one air passage communicates with the at least one outlet; a reservoir cap assembly configured to be inserted in the opening of the housing , wherein the reservoir cap assembly comprises: a reservoir cap having an opening extending therethrough; and at least one wick extending through the opening in the reservoir cap assembly ; wherein the wick includes one or more slots extending longitudinally through the wick . a housing extending in a longitudinal direction, the housing being generally cylindrical, the housing including, an outer surface , and an inner surface ; an outer surface , and an inner surface ; a reservoir configured to contain a pre-vapor formulation; a transverse end wall at a first end of the housing , the transverse end wall having at least one outlet extending therethrough, the transverse wall integrally formed with the housing ; an opening in a second end of the housing ; a secondary transverse wall , the secondary transverse wall between the opening and the transverse end wall , the secondary transverse wall and the inner surface defining the reservoir ; and at least one air passage extending longitudinally through the housing between the outer surface and the inner surface of the housing , the at least one air passage having at least one air passage outlet between the transverse end wall and the secondary transverse wall such that the at least one air passage communicates with the at least one outlet; a reservoir cap assembly configured to be inserted in the opening of the housing , wherein the reservoir cap assembly comprises: a reservoir cap having an opening extending therethrough; and at least one wick extending through the opening in the reservoir cap assembly ; wherein the wick includes one or more slots extending longitudinally through the wick . a reservoir cap having an opening extending therethrough; and at least one wick extending through the opening in the reservoir cap assembly ; wherein the wick includes one or more slots extending longitudinally through the wick .
A method of starting usage of a print system (1; 201) having a nozzle array to dispense print liquid, wherein a negative pressure is applied to at least one volume (13; 213; 313, 369; 413) of the print system which is filled with gas, the negative pressure being applied by a negative pressure pump assembly of the print system through at least one vent (15; 215; 315, 323; 415) positioned so that the vent forms part of the periphery of the volume; wherein during startup the negative pressure is refreshed during a relatively long accumulated time span, such that while pressure in the volume decreases the gas is drawn out through the vent and print liquid is drawn into the volume, the volume filling with the print liquid until one side of the vent is covered with the liquid, and the pressure in the volume increasing up to a point where it becomes relatively steady; and wherein after startup, during routine usage of the print system, a negative pressure is refreshed during a relatively short accumulated time span such that bubbles of gas within the volume are drawn out through the vent.
A pharmaceutical tablet formulation for oral administration of an antisense oligonucleotide comprising: an intra-granular phase comprising an antisense oligonucleotide comprising the nucleotide sequence of SEQ ID NO: 1 or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable filler; an extra-granular phase comprising a disintegrant; and an enteric coating comprising an ethylacrylate-methacrylic acid copolymer, wherein the pharmaceutical tablet formulation, upon oral administration to a patient, delivers the antisense oligonucleotide substantially to the terminal ileum and/or right colon of the patient. an intra-granular phase comprising an antisense oligonucleotide comprising the nucleotide sequence of SEQ ID NO: 1 or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable filler; an extra-granular phase comprising a disintegrant; and an enteric coating comprising an ethylacrylate-methacrylic acid copolymer, wherein the pharmaceutical tablet formulation, upon oral administration to a patient, delivers the antisense oligonucleotide substantially to the terminal ileum and/or right colon of the patient.