mhurhangee/ep-ind-claims huggingface dataset:
A seat tilting mechanism comprising a main body, a support member rotationally mounted to said main body, and a first coil spring mounted between said main body and said support member to provide resistance to rotation of said support member, in which said seat tilting mechanism further comprises a second coil spring and an engagement mechanism which engages said second coil spring for resistance to rotation of said support member when said first coil spring reaches a pre-determined length when placed under load in use, characterised in that said seat tilting mechanism comprises an extension resistance mechanism comprising a first end part, a second end part and said first coil spring and second coil spring mounted for extension between said first end part and said second end part, in which said second coil spring comprises an axially extending spacer member mounted to a first end thereof, in which said engagement mechanism comprises a first radially extending portion provided at a first end of said spacer member and a second radially extending portion provided on said first end part, and in which said second radially extending portion engages said first radially extending portion when said first coil spring reaches a pre-determined length of extension when placed under load in use.
Method for detecting and preventing boiling in primary heat exchangers in heating devices, in particular condensing heating devices, comprising a burner with the heat exchanger, with which the heat recovered from the burner is transferred to a heat exchanger medium which is convected in a circuit of a pump, wherein microboiling preceding boiling is recorded, wherein one or a plurality of process variables (21, 22, 32, 33) characterising the microboiling are recorded and compared to a threshold value, and in that when exceeding the threshold value at least one operating parameter is changed which counteracts boiling, characterised in that the characterising process variable is the variance of the pressure (32, 31) of the heat exchanger to be heated.
A device for monitoring analyte concentration, the device comprising: an implantable analyte sensor configured to generate a signal associated with a concentration of an analyte; and a sensing membrane located over the sensor, the sensing membrane comprising a biointerface layer, wherein the biointerface layer comprises a biointerface polymer, wherein the biointerface polymer comprises polyurethane and/or polyurea segments and one or more zwitterionic repeating units. an implantable analyte sensor configured to generate a signal associated with a concentration of an analyte; and a sensing membrane located over the sensor, the sensing membrane comprising a biointerface layer, wherein the biointerface layer comprises a biointerface polymer, wherein the biointerface polymer comprises polyurethane and/or polyurea segments and one or more zwitterionic repeating units.
Lighting device comprising at least - a first and a second LED assembly (130, 132), each of said LED assemblies comprising at least one LED element (134, 136), with each such LED element (134, 136) comprising an LED chip and a carrier with a planar surface for carrying the LED chip, said LED chip emitting light with a main optical direction, - wherein said first and said second LED assemblies (130, 132) are mounted relative to each other so that at least a first LED element from the first LED assembly and a second LED element from the second LED assembly enclose a rotating angle (γ) between their respective planar surfaces with respect to an axis of rotation, so as to involve a light angle between the first and second main optical directions; - wherein said axis of rotation is parallel to a plane of said planar carrier surface of at least one of said first and second LED elements (134, 136); - wherein said first and second LED assemblies (130, 132) are arranged offset from each other parallel to said axis of rotation, characterized in that - said first and said second LED assemblies (130, 132) each comprise only one LED element (134, 136), and - wherein said main optical directions of said LED elements (134, 136) form intersecting lines as viewed along said axis of rotation. - a first and a second LED assembly (130, 132), each of said LED assemblies comprising at least one LED element (134, 136), with each such LED element (134, 136) comprising an LED chip and a carrier with a planar surface for carrying the LED chip, said LED chip emitting light with a main optical direction, - wherein said first and said second LED assemblies (130, 132) are mounted relative to each other so that at least a first LED element from the first LED assembly and a second LED element from the second LED assembly enclose a rotating angle (γ) between their respective planar surfaces with respect to an axis of rotation, so as to involve a light angle between the first and second main optical directions; - wherein said axis of rotation is parallel to a plane of said planar carrier surface of at least one of said first and second LED elements (134, 136); - wherein said first and second LED assemblies (130, 132) are arranged offset from each other parallel to said axis of rotation, - said first and said second LED assemblies (130, 132) each comprise only one LED element (134, 136), and - wherein said main optical directions of said LED elements (134, 136) form intersecting lines as viewed along said axis of rotation.
A system for curing or drying tobacco leaves comprising: a first barn configured for housing tobacco leaves, the first barn comprising a first heat source and a first flue pipe for transporting first combustion gases generated by a combustion of fuel in the first heat source, the first flue pipe carrying the first combustion gases being configured to heat air inside the first barn to dry or cure the tobacco leaves housed inside the first barn; a second barn (12B, 12C) configured for housing tobacco leaves, the second barn (12B, 12C) comprising a second heat source (14B, 14C) and a second flue pipe (16B, 16C) for transporting second combustion gases generated by a combustion of fuel in the second heat source (14B, 14C), the second flue pipe (16B, 16C) carrying the second combustion gases being configured to heat air inside the second barn (12B, 12C) to dry or cure the tobacco leaves housed inside the second barn (12B, 12C); and a connecting flue pipe (20A, 20B) configured and arranged to connect the first flue pipe inside the first barn to the second flue pipe (16B, 16C) inside the second barn (12B, 12C), wherein the connecting flue pipe (20A, 20B) is configured to transfer at least a portion of the first combustion gases generated by the first heat source into the second flue pipe (16B, 16C) to heat the air inside the second barn (12B, 12C,) prior to combustion of fuel in the second heat source (14B, 14C). a first barn configured for housing tobacco leaves, the first barn comprising a first heat source and a first flue pipe for transporting first combustion gases generated by a combustion of fuel in the first heat source, the first flue pipe carrying the first combustion gases being configured to heat air inside the first barn to dry or cure the tobacco leaves housed inside the first barn; a second barn (12B, 12C) configured for housing tobacco leaves, the second barn (12B, 12C) comprising a second heat source (14B, 14C) and a second flue pipe (16B, 16C) for transporting second combustion gases generated by a combustion of fuel in the second heat source (14B, 14C), the second flue pipe (16B, 16C) carrying the second combustion gases being configured to heat air inside the second barn (12B, 12C) to dry or cure the tobacco leaves housed inside the second barn (12B, 12C); and a connecting flue pipe (20A, 20B) configured and arranged to connect the first flue pipe inside the first barn to the second flue pipe (16B, 16C) inside the second barn (12B, 12C), wherein the connecting flue pipe (20A, 20B) is configured to transfer at least a portion of the first combustion gases generated by the first heat source into the second flue pipe (16B, 16C) to heat the air inside the second barn (12B, 12C,) prior to combustion of fuel in the second heat source (14B, 14C).
Pump device to be mounted coaxially in a pipe, the pump device comprising an axial or mixed flow pump with a guide tube arranged around a propeller portion of the pump device characterized in that the guide tube has an elastic portion at its outlet end which elastic portion is bendable in radial outward direction.
An implantable medical device for creating an anastomosis between a gallbladder and a portion of a gastrointestinal tract, the device comprising: a tubular structure comprising at least one elongate member forming a framework of interconnected struts (208, 220), the tubular structure including: a central portion defining a longitudinal axis and including a plurality of central portion cells defined by the at least one elongate member; a first apposition portion forming a first flange extending substantially radially outward from the central portion and, at a first end of the central portion, the first apposition portion comprising a plurality of first flange cells defined by the at least one elongate member; and a second apposition portion at a second end of the central portion, the second apposition portion forming a second flange extending substantially radially outward from the central portion and comprising a plurality of second flange cells defined by the at least one elongate member; wherein an end of at least some of the second flange cells are opened to the central portion, and characterised in that the first and second apposition portions each comprise undulating connecting members which combine to form circumferential rings (216, 218) extending circumferentially around a radially-outer circumference thereof. a tubular structure comprising at least one elongate member forming a framework of interconnected struts (208, 220), the tubular structure including: a central portion defining a longitudinal axis and including a plurality of central portion cells defined by the at least one elongate member; a first apposition portion forming a first flange extending substantially radially outward from the central portion and, at a first end of the central portion, the first apposition portion comprising a plurality of first flange cells defined by the at least one elongate member; and a second apposition portion at a second end of the central portion, the second apposition portion forming a second flange extending substantially radially outward from the central portion and comprising a plurality of second flange cells defined by the at least one elongate member; a central portion defining a longitudinal axis and including a plurality of central portion cells defined by the at least one elongate member; a first apposition portion forming a first flange extending substantially radially outward from the central portion and, at a first end of the central portion, the first apposition portion comprising a plurality of first flange cells defined by the at least one elongate member; and a second apposition portion at a second end of the central portion, the second apposition portion forming a second flange extending substantially radially outward from the central portion and comprising a plurality of second flange cells defined by the at least one elongate member; wherein an end of at least some of the second flange cells are opened to the central portion, and
A hard disk accommodating unit, comprising: a fixing recess; a first tray slidably disposed in the fixing recess so that the first tray is allowed to reciprocally slide in the fixing recess in a sliding direction; two position-limiting parts disposed on the first tray and arranged with an interval; a second tray for carrying a hard disk driver, slidably disposed on the first tray, so that the second tray is allowed to reciprocally slide on the first tray in the sliding direction, wherein the second tray is disposed between the hard disk driver and the first tray; and two push portions disposed on the second tray and arranged separately wherein, when the second tray slides a distance along the sliding direction, one of the two push portions starts to push one of the two position-limiting parts, so that the first tray is pushed into the fixing recess, and when the second tray protrudes from the fixing recess and slides the distance, the other push portion of the two push portions starts to push the other position-limiting part of the two position-limiting parts, such that the first tray is pulled out of the fixing recess by the second tray. a fixing recess; a first tray slidably disposed in the fixing recess so that the first tray is allowed to reciprocally slide in the fixing recess in a sliding direction; two position-limiting parts disposed on the first tray and arranged with an interval; a second tray for carrying a hard disk driver, slidably disposed on the first tray, so that the second tray is allowed to reciprocally slide on the first tray in the sliding direction, wherein the second tray is disposed between the hard disk driver and the first tray; and two push portions disposed on the second tray and arranged separately wherein, when the second tray slides a distance along the sliding direction, one of the two push portions starts to push one of the two position-limiting parts, so that the first tray is pushed into the fixing recess, and when the second tray protrudes from the fixing recess and slides the distance, the other push portion of the two push portions starts to push the other position-limiting part of the two position-limiting parts, such that the first tray is pulled out of the fixing recess by the second tray.
A method for determining a likelihood of cancer recurrence in a patient with prostate cancer, comprising: measuring an expression level of GSTM2 in a biological sample comprising prostate tissue obtained from the patient; predicting a likelihood of cancer recurrence for the patient; wherein an increased expression level of GSTM2 is negatively associated with an increased risk of recurrence. measuring an expression level of GSTM2 in a biological sample comprising prostate tissue obtained from the patient; predicting a likelihood of cancer recurrence for the patient;
Modular electrical plug connector arrangement for control devices in a motor vehicle, comprising a module carrier and at least one first plug-in module and one second plug-in module, wherein the first plug-in module has a first plug housing, wherein the first plug housing is formed for receiving a first electrical plug-in connector, wherein the first plug housing has an electrically conductive first contact element, wherein the second plug-in module has a second plug housing, wherein the second plug housing is formed for receiving a second electrical plug-in connector, wherein the second plug housing has an electrically conductive second contact element, wherein the first plug-in module and the second plug-in module are arranged next to one another and/or one behind the other in the module carrier, wherein the first plug-in module and the second plug-in module are positioned relative to one another in the module carrier, and wherein the first plug-in module and the second plug-in module are each non-releasably connected to the module carrier by welding or adhesive bonding, wherein the module carrier is delimited by a front side and a rear side which is situated opposite the front side, wherein the module carrier has, for the first plug-in module, a first aperture which extends between the front side and the rear side in the direction from the front side to the rear side, characterized in that the module carrier has, for the second plug-in module, a second aperture which extends between the front side and the rear side in the direction from the front side to the rear side, wherein the first aperture is configured in such a way that the first plug-in module, which can be inserted into the first aperture, can be displaced transversely in relation to a first insertion direction of the first plug-in module and can be rotated about a first axis which extends parallel in relation to the first insertion direction, wherein the second aperture is configured in such a way that the second plug-in module, which can be inserted into the second aperture, can be displaced transversely in relation to a second insertion direction of the second plug-in module and can be rotated about a second axis which extends parallel in relation to the second insertion direction.
A method of a server for deriving a time stamp for a piece of data, the method comprising receiving a signing request from a client comprising a hash value of the piece of data, wherein the hash value is formed using a time-forwarded one-time signing key, OTSK, wherein the time-forwarded OTSK comprises a time-forwarded index; queuing the signing request; pushing the hash value to a signature infrastructure entity at the time-forwarded time; and receiving a time stamp from the signature infrastructure entity, wherein the one-time signing key comprises a value of a hash chain where the hash chain comprises values bound by a root of a hash tree on top of a sequence formed by possible one-time signing keys, the root corresponding to the root hash.
A terminal comprising: a receiving section adapted to receive downlink control information used for scheduling of a downlink shared channel or an uplink shared channel; and a control section adapted to determine a transport block size, TBS, of the downlink shared channel or the uplink shared channel by determining a target code rate based on a modulation and coding scheme, MCS, index in the downlink control information, calculating a TBS value using the determined target code rate, using a number of allocated physical resource blocks, PRBs, using a number of symbols allocated to the downlink shared channel or the uplink shared channel, and using an overhead for the downlink shared channel or the uplink shared channel, and selecting, from a plurality of TBS candidates, the TBS that is closest to, and not less than, the calculated TBS value. a receiving section adapted to receive downlink control information used for scheduling of a downlink shared channel or an uplink shared channel; and a control section adapted to determine a transport block size, TBS, of the downlink shared channel or the uplink shared channel by determining a target code rate based on a modulation and coding scheme, MCS, index in the downlink control information, calculating a TBS value using the determined target code rate, using a number of allocated physical resource blocks, PRBs, using a number of symbols allocated to the downlink shared channel or the uplink shared channel, and using an overhead for the downlink shared channel or the uplink shared channel, and selecting, from a plurality of TBS candidates, the TBS that is closest to, and not less than, the calculated TBS value. determining a target code rate based on a modulation and coding scheme, MCS, index in the downlink control information, calculating a TBS value using the determined target code rate, using a number of allocated physical resource blocks, PRBs, using a number of symbols allocated to the downlink shared channel or the uplink shared channel, and using an overhead for the downlink shared channel or the uplink shared channel, and selecting, from a plurality of TBS candidates, the TBS that is closest to, and not less than, the calculated TBS value.
A selected allergen comprised in a skin patch device, for use in a method of treating eczema in a subject by repeated application of the device to a non eczematous intact area of the skin of the subject, wherein said device is applied under conditions allowing contact between the allergen and the skin and allowing the allergen to penetrate into stratum corneum of the epidermis, said selected allergen causing a cutaneous inflammatory reaction, said allergen being applied in dry form and in the absence of adjuvant, said application causing a progressive decrease of the skin reactivity thereby leading to a disappearance of eczema, and wherein said selected allergen is a milk, peanut, egg, pollen or dust mite allergen.
A method of determining a region attribute, comprising: identifying a marker line in a target map, wherein the target map is a map of a to-be-cleaned target scene, which an intelligent cleaning device relies on during a cleaning process; determining an unenclosed region with a first position as a reference point and an enclosed region in the target map, based on the identified marker line and an auxiliary object in the target map, wherein the auxiliary object includes a map boundary and an obstacle, and the first position is a position of a preset reference object in the target map; determining the enclosed region as a user-defined cleaning region for the cleaning process of the intelligent cleaning device; and determining the unenclosed region as a normal cleaning region for the cleaning process of the intelligent cleaning device, characterized in that the marker line comprises a straight line or a polyline; the enclosed region is a region enclosed by the marker line and a target auxiliary object and excluding the first position, and the target auxiliary object is an auxiliary object that intersects with the marker line in the target map. identifying a marker line in a target map, wherein the target map is a map of a to-be-cleaned target scene, which an intelligent cleaning device relies on during a cleaning process; determining an unenclosed region with a first position as a reference point and an enclosed region in the target map, based on the identified marker line and an auxiliary object in the target map, wherein the auxiliary object includes a map boundary and an obstacle, and the first position is a position of a preset reference object in the target map; determining the enclosed region as a user-defined cleaning region for the cleaning process of the intelligent cleaning device; and determining the unenclosed region as a normal cleaning region for the cleaning process of the intelligent cleaning device, characterized in that the marker line comprises a straight line or a polyline; the enclosed region is a region enclosed by the marker line and a target auxiliary object and excluding the first position, and the target auxiliary object is an auxiliary object that intersects with the marker line in the target map.