mhurhangee/ep-ind-claims huggingface dataset:
A multi-layer laminated filter media comprising: a first layer of filter media, the first layer of filter media comprising fibers that are non-bicomponent and free of binder material to comprise a first single melt component; a second layer of filter media, the second layer of filter media comprising fibers that are non-bicomponent and free of binder material to comprise a second single melt component; and a thermally bonded interface between the first layer of filter media and the second layer of filter media utilizing at least one of the first single melt component and the second single melt component; in which a surface (56,78) of at least one of the first and second layers of filter media (13,15) has pools of melted individual fibers formed thereon and the core of said at least one of the first and second layers of filter media (13,15) has no substantially softened or melted fibers, said melt pools providing increased surface contact for the thermally bonded interface between the first and the second layers of filter media (13,15). a first layer of filter media, the first layer of filter media comprising fibers that are non-bicomponent and free of binder material to comprise a first single melt component; a second layer of filter media, the second layer of filter media comprising fibers that are non-bicomponent and free of binder material to comprise a second single melt component; and a thermally bonded interface between the first layer of filter media and the second layer of filter media utilizing at least one of the first single melt component and the second single melt component; in which a surface (56,78) of at least one of the first and second layers of filter media (13,15) has pools of melted individual fibers formed thereon and the core of said at least one of the first and second layers of filter media (13,15) has no substantially softened or melted fibers, said melt pools providing increased surface contact for the thermally bonded interface between the first and the second layers of filter media (13,15).
Disposable sensor device for patient monitoring, comprising: - a sensor for providing an electric quantity based on a quantity to be detected; - a first signal terminal and a second signal terminal providing a tap for the electric quantity; - a first connector accommodating the first and second signal terminals (22, 23) and comprising a third signal terminal; wherein the electric quantity is applied between the first and second signal terminals (22, 23) of the first connector; characterized in that the first connector is provided with a trimming element which is coupled between the first signal terminal and the third signal terminal of the first connector and is configured to simulate the influence of a selectively attachable monitoring device on a measuring of the electric quantity, wherein the trimming element is configured to be electrically effective or ineffective depending on a connector structure of a corresponding further second or third connector (C, B) to be coupled with the first connector. - a sensor for providing an electric quantity based on a quantity to be detected; - a first signal terminal and a second signal terminal providing a tap for the electric quantity; - a first connector accommodating the first and second signal terminals (22, 23) and comprising a third signal terminal;
A method of operating a power conversion circuit comprising a transformer, first and second capacitors (C1, C3), first and second switches (Q1, Q2), the first switch being coupled to the primary winding so as to control a flow of current through the primary winding and the second switch being coupled to the primary winding, so as to control the flow of current through an active resonant clamp circuit, wherein the active resonant clamp circuit is configured to absorb leakage energy from the primary winding, and a controller operating the first and second switches to produce a regulated output voltage (Vout) for delivery to a load in an output system, the method comprising: switching the first switch on at a first switching frequency, so as to store energy in a primary winding of the transformer; charging the first and second capacitors (C1, C3) in series with leakage energy from the transformer through a body diode of the second switch and a first diode coupled between the first and second capacitors (C1, C3) by switching the first switch off; switching the second switch on when current is flowing through the body diode of the second switch; discharging the first and second capacitors (C1, C3) in parallel via a second diode coupled across the first capacitor and the first diode and a third diode coupled across the second capacitor and the first diode after all leakage inductance energy has been transferred from the transformer to the first and second capacitors; switching the second switch off at a first amount of time before the next switching on of the first switch, wherein the first amount of time is determined so as to achieve zero voltage switching of the first switch; wherein at least one of the first switching frequency and the first amount of time is variable as determined by operating conditions. switching the first switch on at a first switching frequency, so as to store energy in a primary winding of the transformer; charging the first and second capacitors (C1, C3) in series with leakage energy from the transformer through a body diode of the second switch and a first diode coupled between the first and second capacitors (C1, C3) by switching the first switch off; switching the second switch on when current is flowing through the body diode of the second switch; discharging the first and second capacitors (C1, C3) in parallel via a second diode coupled across the first capacitor and the first diode and a third diode coupled across the second capacitor and the first diode after all leakage inductance energy has been transferred from the transformer to the first and second capacitors; switching the second switch off at a first amount of time before the next switching on of the first switch, wherein the first amount of time is determined so as to achieve zero voltage switching of the first switch; wherein at least one of the first switching frequency and the first amount of time is variable as determined by operating conditions.
A system for correcting malocclusions to an end arch form comprising at least one activator embedded in a polymeric or elastic inner shell and an outer-shell wherein said outer-shell is at least partially in the desired end arch form such that said outer-shell acts as a force module, and wherein a retaining device is formed into the outer-shell to hold the inner shell and outer-shell together while allowing removal without damaging the shells.
Apparatus for drying paint applied on the surface and vertical edges of basically flat parts, comprising a UV lamp, a reflector and a conveying system (15, 16, 17) for translating said part beneath said reflector, characterized in that it comprises only one reflector having elliptical shape, positioned so that ellipse's major axis crossing both foci is perpendicular to part to be dried, wherein the UV lamp is in the first focus of the ellipse and wherein the second focus is in proximity of the lower edge of the reflector.
A compound for use in treating a disease or disorder associated with suppression of neutrophil apoptosis or excessive release of IL-8 selected from sepsis and septic shock, in a subject, wherein the compound is selected from the group consisting of 18:0 LPC (which is also called: 1-stearoyl lysophosphatidylcholine; L - α -Lysophosphatidylcholine stearoyl; Lysolecithin stearoyl), 18:1 LPC (which is also called: 1-oleoyl lysophosphatidylcholine; L - α -Lysophosphatidylcholine oleoyl; Lysolecithin oleoyl), 14:0 LPC (which is also called: 1-myristoyl lysophospatidylcholine; L - α -Lysophosphatidylcholine myristoyl), and 16:0 LPC (which is also called: 1-palmitoyl lysophosphatidylcholine; L- α -Lysophosphatidylcholine palmitoyl; Lysolecithin palmitoyl; DL - α -Lysophosphatidylcholine palmitoyl).
Analysis method for analyzing a sample for the possible presence of sulphite-resistant yeasts of the Brettanomyces bruxellensis species, characterized in that it comprises: - a step of detection of the possible presence, in said sample, of yeasts of the Brettanomyces bruxellensis species belonging to the genetic group of oenological triploid yeasts, comprising the detection, for yeasts contained in said sample, of a molecular marker specific to the yeasts of the Brettanomyces bruxellensis species of the genetic group of oenological triploid yeasts, - and, if such a presence is detected, the deduction that said sample contains yeasts of the Brettanomyces bruxellensis species resistant to sulphites. - a step of detection of the possible presence, in said sample, of yeasts of the Brettanomyces bruxellensis species belonging to the genetic group of oenological triploid yeasts, comprising the detection, for yeasts contained in said sample, of a molecular marker specific to the yeasts of the Brettanomyces bruxellensis species of the genetic group of oenological triploid yeasts, - and, if such a presence is detected, the deduction that said sample contains yeasts of the Brettanomyces bruxellensis species resistant to sulphites.
Aircraft communication system comprising a primary network of AFDX type intended to connect a plurality of primary equipment items (310, 311, 320, 321, 330, 340, 360), said primary equipment being physically connected to a switching device (351, 352, 353) of the primary network which allows communication between all these primary equipment items via virtual links, characterized in that the system comprises: - a secondary network dissimilar from said primary network whilst having the same protocol at frame level, said secondary network being intended to connect a plurality of secondary equipment items (510, 520, 530, 540), said secondary equipment being connected to a hub of the secondary network which allows communication between all these secondary equipment items, and - an interconnection gateway (700; 700a; 700b; 700c) between said primary and secondary networks, intended to copy common data frames bit-by-bit originating from one of said primary and secondary networks (300, 500) for their distribution through the other of said primary and secondary networks (300, 500), to have this common data shared by the two networks (300, 500). - a secondary network dissimilar from said primary network whilst having the same protocol at frame level, said secondary network being intended to connect a plurality of secondary equipment items (510, 520, 530, 540), said secondary equipment being connected to a hub of the secondary network which allows communication between all these secondary equipment items, and - an interconnection gateway (700; 700a; 700b; 700c) between said primary and secondary networks, intended to copy common data frames bit-by-bit originating from one of said primary and secondary networks (300, 500) for their distribution through the other of said primary and secondary networks (300, 500), to have this common data shared by the two networks (300, 500).
Method for operating a magnetic resonance apparatus by means of a safety unit, taking into account persons fitted with implants, wherein the magnetic resonance apparatus comprises a first part and a second part (nSP), wherein the first part is operated separately from the second part (nSP) and comprises the safety unit, wherein the second part (nSP) has a system control unit for controlling the magnetic resonance apparatus, wherein the safety unit is embodied to send control signals to the system control unit of the second part (nSP), wherein, during an examination of a person fitted with an implant, the safety unit controls the magnetic resonance apparatus in a restricted operating mode to comply with implant-conformant limit values, characterised in that the first part is operated using software that fulfils safety requirements in accordance with a first safety category, wherein the second part (nSP) is operated using software that fulfils safety requirements in accordance with a second safety category, wherein the first safety category has higher safety requirements than the second safety category.
A side-gusset bag with two front walls and two side gussets (2a, 2b), which are respectively connected to the front walls by means of lateral edges and feature a bending line that extends in a longitudinal direction of the bag centrally between the respectively assigned lateral edges, wherein a carrying handle arrangement featuring a carrying handle film is fastened on one of the side gussets on an outer side of the bag, wherein the carrying handle arrangement is fastened on end sections referred to the longitudinal direction and features a handle section between the end sections, and wherein the carrying handle arrangement extends over less than 80% of the width (b Sf) of the assigned side gusset in a transverse direction (q) and is respectively spaced apart from the two assigned lateral edges by a distance (a) of at least 5 mm, characterized in that the carrying handle film is at the folding line interrupted by a gap with a width (b Sp) of at least 2 mm, wherein said gap extends in the longitudinal direction and separates the carrying handle film into a first carrying handle film section and a separate second carrying handle film section.
A radio frame transmission method, comprising: receiving physical random access channel, PRACH, trigger information that is carried in a first transmission time unit in a first radio frame and that is from a wireless network device; and sending, to the wireless network device in response to the PRACH trigger information, a preamble sequence carried in a second transmission time unit in a second radio frame, wherein there is a preset first mapping relationship between a time unit number of the first transmission time unit and a time unit number of the second transmission time unit, and subcarrier spacing of the first radio frame is different from subcarrier spacing of the second radio frame. receiving physical random access channel, PRACH, trigger information that is carried in a first transmission time unit in a first radio frame and that is from a wireless network device; and sending, to the wireless network device in response to the PRACH trigger information, a preamble sequence carried in a second transmission time unit in a second radio frame, wherein there is a preset first mapping relationship between a time unit number of the first transmission time unit and a time unit number of the second transmission time unit, and subcarrier spacing of the first radio frame is different from subcarrier spacing of the second radio frame.
A pharmaceutical composition comprising an inhibitor compound that selectively inhibits cyclin dependent kinase 4 and/or cyclin-dependent kinase 6, for use in a method of enhancing the efficacy of growth factors to rescue and support hematopoietic cell populations in a subject undergoing cancer treatment for a cancer which does not depend on the activities of CDK4/6 for proliferation, said method comprising (i) administering to a subject a pharmaceutically effective amount of the inhibitor compound (ii) exposing said subject to a DNA damaging agent to treat the cancer, and (iii) administering a growth factor in order to rescue and support the hematopoietic cell population.
An air conditioning system (100, 100A, 100B) comprising: an intake unit configured to take in return air of an indoor space from a ceiling of the indoor space; an outdoor air processing unit; an air conditioner; and a plurality of radiation units, wherein the outdoor air processing unit is connected to the intake unit via a first duct, and the outdoor air processing unit is configured to supply outdoor air while exhausting part of the return air taken in via the intake unit to outdoors, the air conditioner is connected to the intake unit via a second duct and connected to the outdoor air processing unit via a third duct, and the air conditioner is configured to supply, as air-conditioning air, mixed air of the other part of the return air taken in via the intake unit and the outdoor air supplied by the outdoor air processing unit, the plurality of radiation units are connected to the air conditioner and disposed in a manner to surround the intake unit, and the plurality of radiation units are configured to radiate heat of the air-conditioning air supplied by the air conditioner while discharging the air-conditioning air to the indoor space, and the air conditioning system (100, 100A, 100B) is configured to air-condition the indoor space so as to radiate the heat from the plurality of radiation units while generating an induced air stream in the intake unit to ventilate the indoor space. an intake unit configured to take in return air of an indoor space from a ceiling of the indoor space; an outdoor air processing unit; an air conditioner; and a plurality of radiation units, wherein the outdoor air processing unit is connected to the intake unit via a first duct, and the outdoor air processing unit is configured to supply outdoor air while exhausting part of the return air taken in via the intake unit to outdoors, the air conditioner is connected to the intake unit via a second duct and connected to the outdoor air processing unit via a third duct, and the air conditioner is configured to supply, as air-conditioning air, mixed air of the other part of the return air taken in via the intake unit and the outdoor air supplied by the outdoor air processing unit, the plurality of radiation units are connected to the air conditioner and disposed in a manner to surround the intake unit, and the plurality of radiation units are configured to radiate heat of the air-conditioning air supplied by the air conditioner while discharging the air-conditioning air to the indoor space, and the air conditioning system (100, 100A, 100B) is configured to air-condition the indoor space so as to radiate the heat from the plurality of radiation units while generating an induced air stream in the intake unit to ventilate the indoor space.
A diagnostic device for a radiometric detector, the diagnostic device comprising: an amplitude measuring unit for obtaining information relating to amplitudes of the pulses measured by the detector; a comparator unit (108, 902) for comparing the obtained information with reference values; wherein the diagnostic device is configured to determine whether small pulse amplitudes occur increasingly, and in that case to increase a trigger threshold of a measurement value channel in order to reduce the counting rate; or to determine whether the frequency of large pulse amplitudes is increased, and in that case not to use pulses with large pulse amplitudes for measurement; or to determine whether the photopeak of the amplitude distribution is widened, and in that case to further calibrate. an amplitude measuring unit for obtaining information relating to amplitudes of the pulses measured by the detector; a comparator unit (108, 902) for comparing the obtained information with reference values; wherein the diagnostic device is configured to determine whether small pulse amplitudes occur increasingly, and in that case to increase a trigger threshold of a measurement value channel in order to reduce the counting rate; or to determine whether the frequency of large pulse amplitudes is increased, and in that case not to use pulses with large pulse amplitudes for measurement; or to determine whether the photopeak of the amplitude distribution is widened, and in that case to further calibrate.
A memory device, comprising: a lower conductive line extending in a first direction and comprising a stack of alternating layers; an upper conductive line extending in a second direction crossing the lower conductive line and comprising a stack of alternating layers; wherein at least one of the stacks of alternating layers of the lower conductive line and the upper conductive line comprises a mixture line (56a, 54a) and a metallic line (56b, 54b), wherein the mixture line (56a, 54a) comprises tungsten and carbon and the metallic line (56b,54b) comprises metallic material without carbon; a memory cell stack interposed at an intersection between the upper and lower conductive lines and, the memory cell stack including: a first active element over the lower conductive line and a second active element disposed over the first active element, wherein one of the first and second active elements and comprises a storage element and the other of the first and second active elements comprises a selector element; an electrode interposed between the first active element and the lower conductive line; and a second electrode interposed between the second active element and the upper conductive line. a lower conductive line extending in a first direction and comprising a stack of alternating layers; an upper conductive line extending in a second direction crossing the lower conductive line and comprising a stack of alternating layers; wherein at least one of the stacks of alternating layers of the lower conductive line and the upper conductive line comprises a mixture line (56a, 54a) and a metallic line (56b, 54b), wherein the mixture line (56a, 54a) comprises tungsten and carbon and the metallic line (56b,54b) comprises metallic material without carbon; a memory cell stack interposed at an intersection between the upper and lower conductive lines and, the memory cell stack including: a first active element over the lower conductive line and a second active element disposed over the first active element, wherein one of the first and second active elements and comprises a storage element and the other of the first and second active elements comprises a selector element; an electrode interposed between the first active element and the lower conductive line; and a second electrode interposed between the second active element and the upper conductive line. a first active element over the lower conductive line and a second active element disposed over the first active element, wherein one of the first and second active elements and comprises a storage element and the other of the first and second active elements comprises a selector element; an electrode interposed between the first active element and the lower conductive line; and a second electrode interposed between the second active element and the upper conductive line.
An optical system comprising: - a wafer, and - an optical element, said wafer and optical element being bonded to each other by an adhesive material, wherein the wafer has a perimeter shoulder, wherein the perimeter shoulder defines a perimeter section and a central section of the wafer, said perimeter section having an average thickness lower than an average thickness of the central section, wherein the perimeter section and the central section each comprise a front surface, respectively called perimeter front surface and central front surface, facing the optical element, characterized in that the perimeter front surface and the central front surface forming together a front surface of the wafer, wherein the adhesive material is provided only on the perimeter front surface. - a wafer, and - an optical element, said wafer and optical element being bonded to each other by an adhesive material, wherein the wafer has a perimeter shoulder, wherein the perimeter shoulder defines a perimeter section and a central section of the wafer, said perimeter section having an average thickness lower than an average thickness of the central section, wherein the perimeter section and the central section each comprise a front surface, respectively called perimeter front surface and central front surface, facing the optical element, characterized in that the perimeter front surface and the central front surface forming together a front surface of the wafer, wherein the adhesive material is provided only on the perimeter front surface.