mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a dosing device with a control unit and a dosing unit, the latter having a cannula with a first volume and a tip, and also a sampling container fluidically connected to the cannula, said method comprising the following steps: a) moving the dosing unit linearly at a predetermined speed in a first direction along an axis, such that the cannula is moved into a vessel containing at least one liquid; b) aspirating fluid constantly through the cannula, with a predetermined volumetric flow, by a pump device; c) measuring at least one optical parameter of the aspirated fluid using at least one optical sensor, which is arranged between the cannula and the sampling container; d) when a change of the at least one optical parameter is detected, using the control unit to store a first position of the dosing unit on the axis and interrupting the movement of the dosing unit; e) using the control unit to calculate a second position of the dosing unit on the axis, at which second position the tip of the cannula has penetrated a first phase boundary, on the basis of the first position, the predetermined speed, the first volume and the predetermined volumetric flow. a) moving the dosing unit linearly at a predetermined speed in a first direction along an axis, such that the cannula is moved into a vessel containing at least one liquid; b) aspirating fluid constantly through the cannula, with a predetermined volumetric flow, by a pump device; c) measuring at least one optical parameter of the aspirated fluid using at least one optical sensor, which is arranged between the cannula and the sampling container; d) when a change of the at least one optical parameter is detected, using the control unit to store a first position of the dosing unit on the axis and interrupting the movement of the dosing unit; e) using the control unit to calculate a second position of the dosing unit on the axis, at which second position the tip of the cannula has penetrated a first phase boundary, on the basis of the first position, the predetermined speed, the first volume and the predetermined volumetric flow.
An adhesive bandage, comprising: a thin sheet having an underside provided with a self-adhesive; a wireless transmitter; a memory unit, coupled to the wireless transmitter, for storing a patient identifier and for storing patient data that comprises measurement thresholds, vital signs measurements and treatment data; wherein the treatment data includes test results, drugs prescriptions and dosage and a log of medical procedures applied during a hospitalization; a monitor, coupled to the memory unit, for monitoring vital signs and for generating the vital signs measurements; a wireless receiver for receiving requests to obtain requested patient data; an alert generator, coupled to the memory unit, for generating an alert if a vital sign measurement reached an associated measurement threshold; and a processor, coupled to the wireless transmitter, to the wireless receiver and to the memory unit, for determining whether to transmit, by the wireless transmitter, the requested patient data and the patient identifier, and for determining whether to transmit, by the wireless transmitter, the alert and the patient identifier; and wherein at least one component out of the processor, the alert generator, the wireless transmitter, the memory, the monitor, the memory unit and the wireless receiver is connected to the thin sheet. a thin sheet having an underside provided with a self-adhesive; a wireless transmitter; a memory unit, coupled to the wireless transmitter, for storing a patient identifier and for storing patient data that comprises measurement thresholds, vital signs measurements and treatment data; wherein the treatment data includes test results, drugs prescriptions and dosage and a log of medical procedures applied during a hospitalization; a monitor, coupled to the memory unit, for monitoring vital signs and for generating the vital signs measurements; a wireless receiver for receiving requests to obtain requested patient data; an alert generator, coupled to the memory unit, for generating an alert if a vital sign measurement reached an associated measurement threshold; and a processor, coupled to the wireless transmitter, to the wireless receiver and to the memory unit, for determining whether to transmit, by the wireless transmitter, the requested patient data and the patient identifier, and for determining whether to transmit, by the wireless transmitter, the alert and the patient identifier; and wherein at least one component out of the processor, the alert generator, the wireless transmitter, the memory, the monitor, the memory unit and the wireless receiver is connected to the thin sheet.
A handle for razor that is made of a composition comprising: a) from 60 to 95% by weight of a mixture of polylactic acid and a bioplastic polymer chosen in the group consisting of polybutylene adipate terephtalate (PBAT), bio-polyethylene (bio-PE), and polybutylene succinate, wherein the weight ratio polylactic acid/bioplastic polymer ranges from 60/40 to 90/10, and b) from 5 to 40% by weight of mineral fillers chosen in the group consisting of calcium carbonate and shells of shellfish, the weight % being relative to the total weight of the handle for razor. a) from 60 to 95% by weight of a mixture of polylactic acid and a bioplastic polymer chosen in the group consisting of polybutylene adipate terephtalate (PBAT), bio-polyethylene (bio-PE), and polybutylene succinate, wherein the weight ratio polylactic acid/bioplastic polymer ranges from 60/40 to 90/10, and b) from 5 to 40% by weight of mineral fillers chosen in the group consisting of calcium carbonate and shells of shellfish,
A tensile test machine characterized by comprising: a pair of gripping members (117, 125) which grip two different end portions of a sample on opposite sides of the sample in a horizontal direction, a tensile force applying means which is connected to the sample through either of the pair of gripping members (117, 125) so as to apply a tensile force to the sample, and a torque meter for receiving a torsional moment, the tensile test machine being characterized in that the torque meter has a moment receiving member for receiving the torsional moment, and outputs an electrical signal corresponding to the torsional moment applied to the moment receiving member, the moment receiving member being connected to one of the pair of gripping members (117, 125) through a tensile force transmitting member (115, 315) which extends in the radial direction of a central axis of the moment receiving member from the moment receiving member, and a support beam (116, 124) having one end rotatably connected to an end of the tensile force transmitting member (115, 315) and the other end on which the one gripping member is provided. a pair of gripping members (117, 125) which grip two different end portions of a sample on opposite sides of the sample in a horizontal direction, a tensile force applying means which is connected to the sample through either of the pair of gripping members (117, 125) so as to apply a tensile force to the sample, and a torque meter for receiving a torsional moment, the tensile test machine being characterized in that the torque meter has a moment receiving member for receiving the torsional moment, and outputs an electrical signal corresponding to the torsional moment applied to the moment receiving member, the moment receiving member being connected to one of the pair of gripping members (117, 125) through a tensile force transmitting member (115, 315) which extends in the radial direction of a central axis of the moment receiving member from the moment receiving member, and a support beam (116, 124) having one end rotatably connected to an end of the tensile force transmitting member (115, 315) and the other end on which the one gripping member is provided.
Sub-assembly of external parts for a watch, comprising at least one water-resistant joint between a first component and a second component, which are provided to be screwed, one on the other, by enclosing each said water-resistant joint in order to form together a water-resistant structure in a water-resistant position of maximum compression of at least one said water-resistant joint according to an axial direction, characterised in that said first component supports a first inclined toothing, which is provided to cooperate with a second opposite inclined toothing which said second component supports, and in that said first component and/or said second component and/or a second ring interposed between said first component and said second component comprises at least one zone which is elastically deformable under the action of a relative rotation, about said axial direction, of said first component relative to said second component which is caused by an external force on said sub-assembly of external parts, and the deformation range of which is dimensioned to allow compression of said at least one elastically deformable zone during the action of said external force allowing clearance of the teeth tips during said relative rotation and, upon the release of the external force, a relaxation of said at least one elastically deformable zone allowing return to complete cooperation of the teeth tips (110, 210) of one of the toothings with the teeth hollows (220, 120) of the other toothing in a new relative angular position.
A method of imaging a fracture comprising: a) packing an electrically active proppant into a fracture, b) charging said proppant with an electric signal, c) detecting said electric signal with one or more surface antennae, and d) imaging said fracture using the detected eletric signal (c), wherein said proppant comprises an EA particle, an EA fracture fluid or both EA particle and fracture fluid, characterised in that: e) a downhole generator is brought into contact with the proppant or the signal is transmitted via a wire to the proppant; and f) the electric signal is encoded, a) packing an electrically active proppant into a fracture, b) charging said proppant with an electric signal, c) detecting said electric signal with one or more surface antennae, and d) imaging said fracture using the detected eletric signal (c), e) a downhole generator is brought into contact with the proppant or the signal is transmitted via a wire to the proppant; and f) the electric signal is encoded,
A method of inhibiting VEGF induced sprouting by contacting cells in vitro with a composition comprising a chimeric anti-endoglin antibody and a composition comprising an antagonistic anti-VEGF antibody; said chimeric anti-endoglin antibody comprising a light chain variable region (V L) having an amino acid sequence set forth as SEQ ID NO: 1; a light chain constant region (C L) having an amino acid sequence set forth as SEQ ID NO: 2; a heavy chain variable region (V H) having an amino acid sequence set forth as SEQ ID NO: 3; and a constant region (Fc) having an amino acid sequence set forth as SEQ ID NO: 4.
A method for removing fixing members from a formwork base, comprising the following steps: a. step C: grouping a fixing member to be removed from the formwork base with at least one other fixing member into a group of fixing members by arranging the fixing member to be removed from the formwork base and the at least one other fixing member of the group of fixing members in a stacked structure along a stacking axis and/or in a housing configured as a magazine. b. step D: removing the group of fixing members from the formwork base. a. step C: grouping a fixing member to be removed from the formwork base with at least one other fixing member into a group of fixing members by arranging the fixing member to be removed from the formwork base and the at least one other fixing member of the group of fixing members in a stacked structure along a stacking axis and/or in a housing configured as a magazine. b. step D: removing the group of fixing members from the formwork base.
Crawler or tracked vehicle having a vehicle hull and a plurality of running gear rollers (2 n) and an apparatus (1, 1') for damping vibrations of a tracked chassis by means of torsion bars or torsion spring bars, characterized in that at least the front running gear roller (2 1), but also the rear running gear roller (2 n), is mounted on a side region by way of in each case one torsion spring bar which is attached on the said side region of the vehicle hull of the crawler vehicle outside the interior space of the vehicle hull and on the vehicle hull longitudinally in the vehicle direction, each running gear roller (2 1, 2 n) being connected to a rotatably mounted carrying arm, and the torsion spring bar being arranged between the respective carrying arm and the side region of the vehicle hull.
A method of determining on a receiver device whether to cancel an ongoing download of a current segment of content at a current representation and to switch to another representation of the current segment in response to recognizing a switching situation, characterized by: selecting another representation of the current segment subject to the ongoing download; determining a cost of switching to the selected representation of the current segment subject to the ongoing download, wherein the cost of switching is selected from the group consisting of a playout cost, a power cost, a data usage cost, and an average bit rate cost; determining whether the cost of switching to the selected representation exceeds a cost threshold based on the switching situation; and performing one of: switching to the selected representation in response to determining that the cost of switching does not exceed the cost threshold; or continuing the ongoing download in response to determining that the cost of switching exceeds the cost threshold. selecting another representation of the current segment subject to the ongoing download; determining a cost of switching to the selected representation of the current segment subject to the ongoing download, wherein the cost of switching is selected from the group consisting of a playout cost, a power cost, a data usage cost, and an average bit rate cost; determining whether the cost of switching to the selected representation exceeds a cost threshold based on the switching situation; and performing one of: switching to the selected representation in response to determining that the cost of switching does not exceed the cost threshold; or continuing the ongoing download in response to determining that the cost of switching exceeds the cost threshold. switching to the selected representation in response to determining that the cost of switching does not exceed the cost threshold; or continuing the ongoing download in response to determining that the cost of switching exceeds the cost threshold.
A prepreg comprising: a) a resin composition characterized in that it comprises: a1) at least one thickenable bisphenol A-based epoxy vinyl ester resin containing carboxylic groups and an acid value between 10-50 mg KOH/g; a2) at least one high-performance epoxy vinyl ester resin; a3) a thickening agent; a4) a catalyst system; and b) a fiber layer wherein the at least one thickenable bisphenol A-based epoxy vinyl ester resin comprises after curing: a) a tensile strength between 55MPa and 80MPa; b) an elongation at break between 2% and 6%; and c) a flexural strength between 100MPa and 140MPa,and the at least one high-performance epoxy vinyl ester resin is a resin having, after curing: a) an impact resistance, unnotched Izod Impact, between 400 and 550J/m; b) a tensile strength between 55MPa and 80MPa; c) a tensile elongation at break between 8% and 14%; and d) a flexural strength greater than or equal to 100MPa and a flexural modulus greater than or equal to 2500MPa, wherein the tensile strength, the elongation at break and the tensile elongation at break are determined according to ISO 527-1 2012; the flexural strength and the flexural modulus are determined according to ISO 178 2010; the impact resistance, unotched Izod Impact is determined according to ASTM D 256 2010 a) a resin composition characterized in that it comprises: a1) at least one thickenable bisphenol A-based epoxy vinyl ester resin containing carboxylic groups and an acid value between 10-50 mg KOH/g; a2) at least one high-performance epoxy vinyl ester resin; a3) a thickening agent; a4) a catalyst system; and a1) at least one thickenable bisphenol A-based epoxy vinyl ester resin containing carboxylic groups and an acid value between 10-50 mg KOH/g; a2) at least one high-performance epoxy vinyl ester resin; a3) a thickening agent; a4) a catalyst system; and b) a fiber layer a) a tensile strength between 55MPa and 80MPa; b) an elongation at break between 2% and 6%; and c) a flexural strength between 100MPa and 140MPa,and the at least one high-performance epoxy vinyl ester resin is a resin having, after curing: a) an impact resistance, unnotched Izod Impact, between 400 and 550J/m; b) a tensile strength between 55MPa and 80MPa; c) a tensile elongation at break between 8% and 14%; and d) a flexural strength greater than or equal to 100MPa and a flexural modulus greater than or equal to 2500MPa, a) an impact resistance, unnotched Izod Impact, between 400 and 550J/m; b) a tensile strength between 55MPa and 80MPa; c) a tensile elongation at break between 8% and 14%; and d) a flexural strength greater than or equal to 100MPa and a flexural modulus greater than or equal to 2500MPa,
A case, comprising: a base unit including: a heat generating component, and a heat diffusing surface comprising at least one exhaust vent at a first side of the base to dissipate the heat of the heat generating component; a display unit including, a stand having a heat dissipating member, the heat dissipating member comprising an air vent including at least one aperture, and a lid connected to the stand, the lid being configured to be above the stand when the display unit is in an open position; and a hinge to connect the base unit and the display unit, the hinge being connected below the at least one exhaust vent of the heat diffusing surface and the air vent of the heat dissipating member, wherein when the display unit is in a closed position the heat diffusing surface overlaps the heat dissipating member, and the air vent of the heat dissipating member aligns with the at least one exhaust vent. a base unit including: a heat generating component, and a heat diffusing surface comprising at least one exhaust vent at a first side of the base to dissipate the heat of the heat generating component; a heat generating component, and a heat diffusing surface comprising at least one exhaust vent at a first side of the base to dissipate the heat of the heat generating component; a display unit including, a stand having a heat dissipating member, the heat dissipating member comprising an air vent including at least one aperture, and a lid connected to the stand, the lid being configured to be above the stand when the display unit is in an open position; and a stand having a heat dissipating member, the heat dissipating member comprising an air vent including at least one aperture, and a lid connected to the stand, the lid being configured to be above the stand when the display unit is in an open position; and a hinge to connect the base unit and the display unit, the hinge being connected below the at least one exhaust vent of the heat diffusing surface and the air vent of the heat dissipating member, wherein when the display unit is in a closed position the heat diffusing surface overlaps the heat dissipating member, and the air vent of the heat dissipating member aligns with the at least one exhaust vent.
A detection method for explosives and/or other target substances with the aid of a tracker dog, in which a respective object is checked with the aid of a tracker dog accompanied by a canine handler, by visually observing the behavioural change of the tracker dog, and in which the presence of the explosives and/or other target substances is determined by the behavioural change of the tracker dog, characterised in that prior to checking the respective object, an integrated psychophysiological reaction of the tracker dog to the detection of the odour of an explosive and/or another target substance in a predetermined concentration is determined using a system, attached to the tracker dog, for detecting psychophysiological values, the odour strength (concentration) of the explosive or another target substance being adjusted with the aid of an olfactometer, in that if the behaviour of the tracker dog changes when checking the respective object, the current integrated psychophysiological response of the tracker dog is detected by the system, attached to the tracker dog, for detecting psychophysiological values and compared with the previously detected response to the odour detection, in that the system attached to the tracker dog comprises electrocardiogram sensors, electroencephalogram sensors and a respiratory sensor, in that the integrated psychophysiological response of the tracker dog to the detection of the odour of the explosive and/or the other target substance in the predetermined concentration is stored in a portable computer, in that the current integrated psychophysiological response of the tracker dog when checking the object is stored in the portable computer, in that the current integrated psychophysiological response of the tracker dog, which response is stored in the computer, is compared with the previously determined integrated psychophysiological response, stored in the computer, of the tracker dog upon detection of the odour of the explosive and/or the other target substance in the predetermined concentration to obtain the comparison result, and in that a judgement is made about the detection by the tracker dog of the explosives and/or other target substances on the basis of the comparison results.