mhurhangee/ep-ind-claims huggingface dataset:
Method of providing data from a server to a mobile terminal that comprises a secure element and is configured to communicate with the server via a plurality of communication channels, including a mobile communications network, wherein the method comprises the following steps: initiating a communication between the secure element and a server via at least one of the plurality of communication channels, sending at least one test data packet from the server, in particular a buffer sizing test server, to the mobile terminal, wherein the test data packet can be divided into a plurality of data fragments, wherein the data fragments have a predetermined equal buffer size, and the method being characterised by measuring the elapsed data transfer time for the test data packet; varying the buffer size for data fragmentation to a different buffer size; and repeating the steps of sending the test data packet, measuring and varying until a minimum data transfer time for the test data packet is determined. initiating a communication between the secure element and a server via at least one of the plurality of communication channels, sending at least one test data packet from the server, in particular a buffer sizing test server, to the mobile terminal, wherein the test data packet can be divided into a plurality of data fragments, wherein the data fragments have a predetermined equal buffer size, and the method being characterised by measuring the elapsed data transfer time for the test data packet; varying the buffer size for data fragmentation to a different buffer size; and repeating the steps of sending the test data packet, measuring and varying until a minimum data transfer time for the test data packet is determined.
A power tool comprising: a motor; a connecting unit (4, 5, 6) configured to be connected to a secondary battery, wherein the secondary battery includes a plurality of secondary battery cells; and a voltage detection unit configured to detect a voltage of the secondary battery connected to the connecting unit, characterized in that: the power tool further comprises a determination unit configured to determine whether a type of the secondary battery is a first type secondary battery or a second type secondary battery different from the first type secondary battery based on change of detected voltage of the secondary battery connected to the connecting unit, wherein all of the plurality of secondary battery cells in the first type secondary battery are connected in series, and parallel connection exists in connecting the plurality of secondary battery cells in the second type secondary battery, and wherein the determination unit restricts output of the motor when the secondary battery is determined to be the first type secondary battery. a motor; a connecting unit (4, 5, 6) configured to be connected to a secondary battery, wherein the secondary battery includes a plurality of secondary battery cells; and a voltage detection unit configured to detect a voltage of the secondary battery connected to the connecting unit, characterized in that: the power tool further comprises a determination unit configured to determine whether a type of the secondary battery is a first type secondary battery or a second type secondary battery different from the first type secondary battery based on change of detected voltage of the secondary battery connected to the connecting unit, wherein all of the plurality of secondary battery cells in the first type secondary battery are connected in series, and parallel connection exists in connecting the plurality of secondary battery cells in the second type secondary battery, and wherein the determination unit restricts output of the motor when the secondary battery is determined to be the first type secondary battery. the power tool further comprises a determination unit configured to determine whether a type of the secondary battery is a first type secondary battery or a second type secondary battery different from the first type secondary battery based on change of detected voltage of the secondary battery connected to the connecting unit, wherein all of the plurality of secondary battery cells in the first type secondary battery are connected in series, and parallel connection exists in connecting the plurality of secondary battery cells in the second type secondary battery, and wherein the determination unit restricts output of the motor when the secondary battery is determined to be the first type secondary battery.
A coating agent comprising an olefin polymer having a heat of fusion as measured in accordance with JIS K 7122 being in the range of 0 to 50 J/g and having a weight average molecular weight (Mw) as measured by GPC of 1×10 4 to 1000×10 4, and a hydrocarbon-based synthetic oil having a 40°C kinematic viscosity of 5,000 to 500,000 cSt.
An apparatus for testing waterproofness of a half-finished product comprising: a body provided with a seat part on which a half-finished product having a plurality of holes formed therein and a plurality of parts mounted thereon is seated; a cover covering the body; a sealing means including a sealing pad provided between the body and the cover and sealing inner and outer surfaces of the half-finished product such that areas of the holes and the parts of the half-finished product are separated from each other, the sealing means being configured to form a chamber space for testing waterproofness of the parts; and a hole blocking means including a sliding block provided on an outer periphery of the seat part and moved in a lateral direction of the half-finished product by forward and backward movement, a blocking member provided at a front end of the sliding block and blocking a side hole of the holes of the half-finished product, the side hole being formed on a side of the half-finished product, and a pushing member provided on a lower surface of the cover and pushing the sliding block to move the sliding block forward when the body and the cover are coupled to each other; characterized in that the hole blocking means comprises a pushing member provided on a lower surface of the cover and pushing the sliding block to move the sliding block forward when the body and the cover are coupled to each other. a body provided with a seat part on which a half-finished product having a plurality of holes formed therein and a plurality of parts mounted thereon is seated; a cover covering the body; a sealing means including a sealing pad provided between the body and the cover and sealing inner and outer surfaces of the half-finished product such that areas of the holes and the parts of the half-finished product are separated from each other, the sealing means being configured to form a chamber space for testing waterproofness of the parts; and a hole blocking means including a sliding block provided on an outer periphery of the seat part and moved in a lateral direction of the half-finished product by forward and backward movement, a blocking member provided at a front end of the sliding block and blocking a side hole of the holes of the half-finished product, the side hole being formed on a side of the half-finished product, and a pushing member provided on a lower surface of the cover and pushing the sliding block to move the sliding block forward when the body and the cover are coupled to each other;
A system for controlling a hot-rolled steel plant, said hot-rolled steel plant having a heating furnace for heating a steel material and an induction heating apparatus disposed on a delivery side of the heating furnace, the system comprising: an extraction temperature computation unit for computing temperature distribution inside the steel material when the steel material is extracted from the heating furnace; an entry-side temperature computation unit for computing, based on the temperature distribution inside the steel material computed by the extraction temperature computation unit, temperature distribution inside the steel material when the steel material arrives at an entry side of the induction heating apparatus; and a delivery-side temperature computation unit for computing, based on the temperature distribution inside the steel material computed by the entry-side temperature computation unit, temperature distribution inside the steel material when the steel material arrives at a delivery side of the induction heating apparatus. an extraction temperature computation unit for computing temperature distribution inside the steel material when the steel material is extracted from the heating furnace; an entry-side temperature computation unit for computing, based on the temperature distribution inside the steel material computed by the extraction temperature computation unit, temperature distribution inside the steel material when the steel material arrives at an entry side of the induction heating apparatus; and a delivery-side temperature computation unit for computing, based on the temperature distribution inside the steel material computed by the entry-side temperature computation unit, temperature distribution inside the steel material when the steel material arrives at a delivery side of the induction heating apparatus.
An epidural needle assembly for safely introducing an introducer needle into an epidural space in the spinal column of a patient, the assembly comprising: an elongated tubular introducer sleeve needle having a lumen extending from a distal tip to a proximal end with a bevelled side opening at the distal tip providing a tissue piercing point; a syringe needle having a proximal end and a distal end and an internal lumen of predetermined cross section continuously extending therethrough, a syringe hub secured to the proximal end and a head secured to the distal end; characterised in that the head is an enlarged head and the syringe needle is dimensioned and contoured to be received in the lumen of the introducer sleeve needle with the hub releaseably seated with the proximal end of the introducer needle and with the enlarged head filling and terminating at the bevelled side opening when the hub is fully seated to the proximal end of the introducer sleeve needle; and in that the syringe needle lumen exiting the enlarged head at the bevelled side opening immediately adjacent the tissue piercing point of the introducer sleeve needle whereby the needle assembly is percutaneously inserted and advanced with tactile feedback into a patient for thereby safely and accurately introducing the distal tip of the introducer sleeve needle into an epidural space. an elongated tubular introducer sleeve needle having a lumen extending from a distal tip to a proximal end with a bevelled side opening at the distal tip providing a tissue piercing point; a syringe needle having a proximal end and a distal end and an internal lumen of predetermined cross section continuously extending therethrough, a syringe hub secured to the proximal end and a head secured to the distal end; characterised in that the head is an enlarged head and the syringe needle is dimensioned and contoured to be received in the lumen of the introducer sleeve needle with the hub releaseably seated with the proximal end of the introducer needle and with the enlarged head filling and terminating at the bevelled side opening when the hub is fully seated to the proximal end of the introducer sleeve needle; and in that the syringe needle lumen exiting the enlarged head at the bevelled side opening immediately adjacent the tissue piercing point of the introducer sleeve needle whereby the needle assembly is percutaneously inserted and advanced with tactile feedback into a patient for thereby safely and accurately introducing the distal tip of the introducer sleeve needle into an epidural space.
Method for operating a once-through steam generator with an evaporator, in which a feeding mass flow of a flow medium is fed with the aid of a feed pump to the evaporator and at least partly evaporated there, wherein non-evaporated flow medium is separated in a separator connected downstream from the evaporator and is fed back to a circulating mass flow of the separated flow medium with the aid of a circulating pump into the evaporator, so that the mass flow referred to as the evaporator mass flow of the flow medium flowing through the evaporator is composed additively of the feeding mass flow and the circulating mass flow, characterised in that - in a low-load interval the feeding mass flow is increased as the load rises, while the circulating mass flow is kept substantially constant, - in a moderate-load interval the feeding mass flow is increased further with increasing load and the circulating mass flow is reduced to zero, and - if necessary in a high load interval the feeding mass flow is increased further with increasing load and the circulating mass flow is kept at zero. and wherein, for the moderate-load interval a minimum value is defined for the evaporator mass flow and, for the low-load interval, the circulating mass flow is substantially kept constant at the halved minimum value. - in a low-load interval the feeding mass flow is increased as the load rises, while the circulating mass flow is kept substantially constant, - in a moderate-load interval the feeding mass flow is increased further with increasing load and the circulating mass flow is reduced to zero, and - if necessary in a high load interval the feeding mass flow is increased further with increasing load and the circulating mass flow is kept at zero.
A cellulosic fiber-based adhesive tape substrate, at least one side of which is directly coated with a single layer containing an aqueous mixture of: a) at least one organic polymer comprising pendant groups with at least one vinyl function; b) at least one polysiloxane comprising at least one hydrogen siloxane monomer -(O-SiR 1 H)-, wherein R 1 is a linear or branched and/or cyclic hydrocarbon chain which may contain heteroatoms; c) at least one hydrosilylation catalyst. a) at least one organic polymer comprising pendant groups with at least one vinyl function; b) at least one polysiloxane comprising at least one hydrogen siloxane monomer -(O-SiR 1 H)-, wherein R 1 is a linear or branched and/or cyclic hydrocarbon chain which may contain heteroatoms; c) at least one hydrosilylation catalyst.
A method for producing floors for animal stables, the method comprising at least the following steps in this order: - application of a layer of liquid cement onto a defined floor area; - subsequent placing of one format part or of a plurality of format parts (9, 9', 9") of compacted organic material into the layer of cement while the layer is in its plastic state; and - hardening of the cement, with the format part or the plurality of format parts (9, 9', 9") remaining in the cement during the hardening and after the hardening as a recognisable component of the floor; characterised in that the placing of one format part or of a plurality of format parts (9, 9', 9") results in forming grooves (Fu, Fu', Fu") in the cement, in which grooves (Fu, Fu', Fu") the one or more format parts (9, 9', 9") are disposed. - application of a layer of liquid cement onto a defined floor area; - subsequent placing of one format part or of a plurality of format parts (9, 9', 9") of compacted organic material into the layer of cement while the layer is in its plastic state; and - hardening of the cement, with the format part or the plurality of format parts (9, 9', 9") remaining in the cement during the hardening and after the hardening as a recognisable component of the floor; characterised in that the placing of one format part or of a plurality of format parts (9, 9', 9") results in forming grooves (Fu, Fu', Fu") in the cement, in which grooves (Fu, Fu', Fu") the one or more format parts (9, 9', 9") are disposed.
A dryer comprising: a drum installed in a rotatable manner and configured to accommodate an object to be dried therein; a front support installed at an entrance of the drum to support the drum; a rear support installed at an opposite side of the entrance of the drum to support the drum; an exhaust hole formed in the front support, through which interior air of the drum is discharged; and a humidity sensor installed to the front support at a position adjacent to the exhaust hole and serving to detect humidity of the air to be introduced into the exhaust hole, characterized in that: the installation position of the humidity sensor allows the air moving in a rotating direction of the drum within the drum to pass a surface of the humidity sensor prior to being discharged through the exhaust hole. a drum installed in a rotatable manner and configured to accommodate an object to be dried therein; a front support installed at an entrance of the drum to support the drum; a rear support installed at an opposite side of the entrance of the drum to support the drum; an exhaust hole formed in the front support, through which interior air of the drum is discharged; and a humidity sensor installed to the front support at a position adjacent to the exhaust hole and serving to detect humidity of the air to be introduced into the exhaust hole, characterized in that: the installation position of the humidity sensor allows the air moving in a rotating direction of the drum within the drum to pass a surface of the humidity sensor prior to being discharged through the exhaust hole.
An eye compress configured to deliver moist heat therapy to at least one eye of a patient, the eye compress comprising: at least one eye coverage portion having a front side and an opposite back side; wherein the front side is configured for contact with the patient's body when the eye compress is worn; and at least one securing strap affixed to the at least one eye coverage portion: wherein the at least one eye coverage portion at least partially comprises a moisture-permeable antimicrobial material, a fill material enclosed within the moisture-permeable antimicrobial material, and a recessed area on at least the front side of the at least one eye coverage portion, whereby the fill material is configured to absorb and release moisture through the moisture-permeable antimicrobial material and deliver moist heat therapy to the eye area of the patient. at least one eye coverage portion having a front side and an opposite back side; wherein the front side is configured for contact with the patient's body when the eye compress is worn; and at least one securing strap affixed to the at least one eye coverage portion: wherein the at least one eye coverage portion at least partially comprises a moisture-permeable antimicrobial material, a fill material enclosed within the moisture-permeable antimicrobial material, and a recessed area on at least the front side of the at least one eye coverage portion, whereby the fill material is configured to absorb and release moisture through the moisture-permeable antimicrobial material and deliver moist heat therapy to the eye area of the patient.
An adhesive skin patch material, which comprises a polyurethane elastomer film, a pressure-sensitive adhesive layer provided on one side of the polyurethane elastomer film, and a release liner releasably laminated so as to cover the sticky surface of the pressure-sensitive adhesive layer, wherein the polyurethane elastomer film has a thickness of 1 μm to 9 μm, wherein the pressure-sensitive adhesive layer has a thickness of 20 to 35 μm, and wherein the pressure-sensitive adhesive layer contains an acrylic-based copolymer and an ingredient in a liquid or pasty state at room temperature.
Front suspension system for industrial vehicles comprising two frontal axles (A, B) a first axle and a second axle arranged just behind the first axle, both connected to a vehicle chassis, wherein the suspension system comprises for each side of the vehicle: - two consecutive leaf springs (LSA, LSB), one for each of said axles (A, B), wherein each leaf spring has a first end and an opposite second end hinged to the vehicle chassis, - a swinging arm (SAA, SAB) for each axle, - a bellow (ABA, ABB) for each axle interposed between the leaf spring and the vehicle chassis, said first end of the second leaf spring of the second axle being hinged to the chassis by means of a first support element, and wherein said corresponding swinging arm has a first end also hinged to the vehicle chassis by means of said first support element, thereby said first and second leaf spring are consecutive due to said common first support element; characterized in that each said swinging arm (SAA, SAB) has a first end hinged to the vehicle chassis and a second end fixedly connected with an intermediate region of the leaf spring and with one end of the corresponding axle; said system further comprising bumpers connectable to side members of said vehicle, protruding in use downwards, and comprising, in turn, resilient elements to stop said second ends of said swinging arms (SAA, SAB) while approaching said chassis; each said bellow (ABA, ABB) being interposed between said second ends of said swinging arms (SAA, SAB) and a side member of said vehicle. - two consecutive leaf springs (LSA, LSB), one for each of said axles (A, B), wherein each leaf spring has a first end and an opposite second end hinged to the vehicle chassis, - a swinging arm (SAA, SAB) for each axle, - a bellow (ABA, ABB) for each axle interposed between the leaf spring and the vehicle chassis,
A method comprising collecting a urine sample from a subject suspected of having a disorder or condition, wherein the subject has been administered a biomarker nanoparticle, wherein the biomarker nanoparticle comprises a modular structure having a carrier domain linked to an enzyme susceptible detectable marker, wherein the enzyme susceptible detectable marker is comprised of an enzyme susceptible domain linked to a detectable marker whereby the detectable marker is released from the biomarker nanoparticle when exposed to a protease, wherein the detectable marker comprises a capture ligand and a detection ligand connected by Glutamate-Fibrinopeptide B (GluFib) [SEQ ID NO: 1], and wherein the capture ligand is selected from the group consisting of fluorescein, dinitrophenyl, tetra-methylrhodamine, and Alexa Fluor 488 and the detection ligand is biotin; and, subjecting the urine sample to analysis method by a capture assay, wherein the capture assay involves an affinity step where an affinity agent binds to the capture ligand and a detection step, wherein the detection ligand is detected in order to detect the presence of the ligand marker, and wherein the presence of the ligand marker in the biological sample is indicative of the disorder or condition within the subject.