mhurhangee/ep-ind-claims huggingface dataset:
A device for monitoring a fluid flow rate of a cardiovascular system of a subject, said device comprising an input for obtaining a time-dependent measurement signal (d(n)) from a pressure sensor (4a-4c) in an extracorporeal blood circuit which is adapted for connection to the cardiovascular system, the pressure sensor (4a-4c) being arranged to detect a subject pulse originating from a subject pulse generator in the cardiovascular system of the subject, wherein the device further comprises a signal processor connected to the input and being configured to: process the measurement signal to obtain a pulse profile (e(n)) which is a temporal signal profile of the subject pulse, and calculate the fluid flow rate based at least partly on the temporal signal profile. process the measurement signal to obtain a pulse profile (e(n)) which is a temporal signal profile of the subject pulse, and calculate the fluid flow rate based at least partly on the temporal signal profile.
A method for reserving medium access in an ad hoc network, comprising: transmitting a reservation request by a reservation owner, the reservation request identifying a reservation allocation, a reservation target, and a reservation type, the reservation type identifying exclusive use of the reservation allocation by the reservation owner and the reservation target during a reservation period, characterised by wherein the reservation owner, identified as an initial reservation owner, transmits an outgoing clear to send communication to the reservation target, identified as an initial reservation target, to transfer current ownership of the reservation allocation to the initial reservation target. transmitting a reservation request by a reservation owner, the reservation request identifying a reservation allocation, a reservation target, and a reservation type, the reservation type identifying exclusive use of the reservation allocation by the reservation owner and the reservation target during a reservation period, characterised by wherein the reservation owner, identified as an initial reservation owner, transmits an outgoing clear to send communication to the reservation target, identified as an initial reservation target, to transfer current ownership of the reservation allocation to the initial reservation target.
A rubber composition for a tire, wherein the content of an isoprene-based rubber in 100% by mass of a rubber component ranges from 10% by mass to 100% by mass, the content of a butadiene rubber in 100% by mass of the rubber component ranges from 0% by mass to 80% by mass, the content of a styrene butadiene rubber in 100% by mass of the rubber component ranges from 0% by mass to 70% by mass, and the content of a terpene-based resin having a hydroxyl value that is less than or equal to 20 and a softening point ranging from 106°C to 124°C ranges from 1 part by mass to 50 parts by mass, per 100 parts by mass of the rubber component, wherein the rubber composition further includes silica and carbon black, wherein the total content of silica and carbon black ranges from 60 parts by mass to 140 parts by mass, per 100 parts by mass of the rubber component.
A method comprising: determining a second elevation beam (518H, 518M, 518L) for transmission to a user device (506, 508, 510) using a second carrier, wherein: selection of the second elevation beam is based at least in part on information relating to a first elevation beam, said first elevation beam (516L, 516M, 516H) is for transmission to the user device (506, 508, 510) using a first carrier, the first elevation beam is for a first base station, the second elevation beam is for a second base station, and the information comprises a location of the second base station with respect to the first base station and elevation information associated with the first elevation beam; wherein the elevation information is received from the first base station and configuring the second elevation beam for transmission to the user device (506, 508, 510). determining a second elevation beam (518H, 518M, 518L) for transmission to a user device (506, 508, 510) using a second carrier, wherein: selection of the second elevation beam is based at least in part on information relating to a first elevation beam, said first elevation beam (516L, 516M, 516H) is for transmission to the user device (506, 508, 510) using a first carrier, the first elevation beam is for a first base station, the second elevation beam is for a second base station, and the information comprises a location of the second base station with respect to the first base station and elevation information associated with the first elevation beam; wherein the elevation information is received from the first base station and configuring the second elevation beam for transmission to the user device (506, 508, 510).
A transport refrigeration system comprising: a transport refrigeration unit configured to provide conditioned air to a refrigerated cargo space of a transport container; a fuel cell configured to provide electricity to the transport refrigeration unit; one or more supplemental power sources configured to provide supplemental electricity to the transport refrigeration unit; and a power management module configured to manage the electricity and the supplemental electricity provided to the transport refrigeration unit, wherein the power management module is configured to detect a condition of the transport refrigeration unit that requires supplemental electricity and provide the supplemental electricity to the transport refrigeration unit from the one or more supplemental power sources; characterized in that the condition of the transport refrigeration unit that requires supplemental electricity is at least one of a low load condition, a max load condition, or a rapid ramp condition. a transport refrigeration unit configured to provide conditioned air to a refrigerated cargo space of a transport container; a fuel cell configured to provide electricity to the transport refrigeration unit; one or more supplemental power sources configured to provide supplemental electricity to the transport refrigeration unit; and a power management module configured to manage the electricity and the supplemental electricity provided to the transport refrigeration unit, wherein the power management module is configured to detect a condition of the transport refrigeration unit that requires supplemental electricity and provide the supplemental electricity to the transport refrigeration unit from the one or more supplemental power sources; characterized in that the condition of the transport refrigeration unit that requires supplemental electricity is at least one of a low load condition, a max load condition, or a rapid ramp condition.
A method for controlling display of a screen of a mobile terminal, the method comprising: detecting, by the mobile terminal, a first beam, wherein the first beam is a beam emitted by a recognition apparatus for scanning a code displayed on the screen; determining whether the first beam is in an inclined state, wherein the inclined state indicates that the first beam has an inclination angle that is greater than a first threshold in a predetermined direction, and wherein the predetermined direction is determined based on a display direction of an interface content on the screen of the mobile terminal, wherein the interface content is an image of a code suitable for being scanned and recognized by the recognition apparatus; and in response to determining that the first beam is in the inclined state, adjusting the display direction of the interface content on the screen of the mobile terminal based on the inclined state of the first beam. detecting, by the mobile terminal, a first beam, wherein the first beam is a beam emitted by a recognition apparatus for scanning a code displayed on the screen; determining whether the first beam is in an inclined state, wherein the inclined state indicates that the first beam has an inclination angle that is greater than a first threshold in a predetermined direction, and wherein the predetermined direction is determined based on a display direction of an interface content on the screen of the mobile terminal, wherein the interface content is an image of a code suitable for being scanned and recognized by the recognition apparatus; and in response to determining that the first beam is in the inclined state, adjusting the display direction of the interface content on the screen of the mobile terminal based on the inclined state of the first beam.
Tube, more particularly swivel tube, for an optical observation device, more particularly for a microscope, comprising a viewing height which is linearly variable in terms of length and/or height, wherein the tube has an optical light path in which at least two optical deflection elements (23, 34) are arranged in manner in which they can move independently of one another, wherein the tube has a base part for application on an optical observation device, in which a deflection element rotatable about a first axis of rotation is arranged, wherein the tube has an eyepiece holder swivelable in relation to the base part, in which a deflection element rotatable about a second axis of rotation is arranged, wherein the eyepiece holder is arranged in a swivelable manner on the base part by way of at least one intermediate holder (40, 41), wherein the intermediate holder is connected to the base part by way of a rotary joint and to the eyepiece holder by way of a rotary joint, wherein the deflection element of the base part is coupled to the rotary joint between the base part and the intermediate holder and wherein the deflection element of the eyepiece is coupled to the rotary joint between the eyepiece holder and the intermediate holder, characterized in that the deflection element of the base part is connected to a coupling element which is connected to a catch element which is connected to the base part and to a catch element which is connected to the intermediate holder and in that the deflection element of the eyepiece holder is connected to a coupling element which is connected to a catch element which is connected to the eyepiece holder and to a catch element which is connected to the intermediate holder.
Aircraft seat device with at least one aircraft seat element (10a; 10b) embodied as a backrest, which implements at least a portion of a table-free aircraft seat (12a; 12b), with at least one deposit and/or storage element (14a; 14b) embodied separately from the aircraft seat element (10a; 10b), wherein the aircraft seat element comprises at least one interface (16a; 16b) via which the deposit and/or storage element (14a; 14b) is connectable to the aircraft seat element (10a; 10b) on requirement, wherein the deposit and/or storage element (14a; 14b) is embodied as a serving element forming a rectangular, polygonal, round or oval planar plate; characterised in that the planar plate comprises an underside (30a; 30b) and an upper side (32a; 32b) which are implemented corresponding to each other in such a way that the deposit and/or storage element (14a; 14b) is configured to be stacked for storage in a space-saving fashion.
A system intended at least for the removal of energy in thermochemical form based on a reversible reaction of a first reagent A and a second reagent B to give a product C and heat and comprising • a hydration reactor configured to ensure conducting an exothermic reaction of the first reagent A with the second reagent B to produce the product C and heat comprising a start-up phase and a maintenance phase, • a circulation module comprising a circuit for circulating a heat transfer fluid in the hydration reactor, • a storage module configured to receive the first reagent A, • a storage module configured to receive the product C, the system comprises: a module for producing the second reagent B in the phase of maintaining the exothermic reaction, the second reagent being water vapour, comprising an evaporator and a hot source, intended for the evaporation of water by heat transfer from the heat produced by the exothermic reaction for the benefit of the production of water vapour, the hot source being at least partially the heat transfer fluid allowing extracting the thermal energy from the hydration reactor, the circuit for circulating the heat transfer fluid being configured to ensure the heat transfer between the hydration reactor and the evaporator. • a hydration reactor configured to ensure conducting an exothermic reaction of the first reagent A with the second reagent B to produce the product C and heat comprising a start-up phase and a maintenance phase, • a circulation module comprising a circuit for circulating a heat transfer fluid in the hydration reactor, • a storage module configured to receive the first reagent A, • a storage module configured to receive the product C,
A gripper for gripping and conveying flat objects, in particular printed products such as newspapers, magazines or brochures, or of small groups thereof, said gripper comprising a gripper body, a first clamping tongue, a second clamping tongue and a means for producing a clamping force, wherein the clamping tongues (4 and 5) comprise clamping jaws at their distal end, wherein the second clamping tongue is pivotable relative to the first clamping tongue about a pivot axis, by which means the gripper may be brought into an open and into a closed configuration, wherein the clamping jaws of the two clamping tongues (4 and 5) bear on one another or on a clamped object in the closed configuration, and are pressed against one another by the clamping force, characterized in that at least one of the two clamping tongues (4 or 5) comprises two laterally extending arms at its distal end, which arms are resilient in a direction parallel to the clamping force, and that a clamping jaw (10, 11) with a contact surface is provided on each of the arms, in a manner such that a clamped object is clamped in two clamping regions, which are distanced to one another.
A structural material suitable for constructing load bearing structures such as truck mountable dumper or tipper bodies, tanks, ship hulls, containers and the like, comprising - a first layer of fibre reinforced thermoplastic or thermoset material; - a space frame structure of fibre reinforced thermoplastic or thermoset material; - a second layer of fibre reinforced thermoplastic or thermoset material; wherein the space frame structure is arranged in between and affixed to the first and the second layer (2,3) and wherein the space frame structure between the first and second layer (2,3)comprises open spaces, characterized in that the open spaces in the space frame are filled with a foam material. - a first layer of fibre reinforced thermoplastic or thermoset material; - a space frame structure of fibre reinforced thermoplastic or thermoset material; - a second layer of fibre reinforced thermoplastic or thermoset material;
Use of at least one filler selected from oxides of silicon and aluminium, or mixed oxides in the presence of further cations in a multi-component synthetic mortar fixing system for fixing anchoring elements in building substrates, which system comprises in one component reactive synthetic resins (i) based on urethane (meth)acrylate, (ii) based on epoxy resin or (iii) based on free-radical-hardening (and/or -hardenable) unsaturated reactive resins and, in a further component, hardener and the at least one filler selected from oxides of silicon and aluminium, or mixed oxides in the presence of further cations, characterised in that the d50 average particle size of the at least one filler is 40 μm or less, for increasing the bonding strength compared to fillers of larger particle size, wherein the d50 average particle size is determined by means of particle size distribution curve analyses using sieves or by laser granulometry.
An agent comprising SEK-1005 (Ser, 3-hydroxy- N -[2-hydroxy-1-oxo-2-tetrahydro-2-hydroxy-6-methyl-5-(2-methylpropyl)-2 H -pyran-2-yl-propyl]-Leu-Pip(hexahydro-3-pyridazinecarbonyl)- N -hydroxy-Ala- N -methyl-Phe-Pip-rho-lactone) for use in treating or preventing rejection of a transplant in a patient.
A process for the preparation of a saturated aliphatic non-alpha-branched carboxylic acid with 3 to 5 carbon atoms by oxidation of the corresponding aldehyde with oxygen, which comprises (a) converting the corresponding aldehyde with oxygen at a temperature of 40 to 150°C and an oxygen partial pressure of 0.001 to 1 MPa to obtain a mixture containing the saturated aliphatic carboxylic acid and ≤ 2 mol-% of the corresponding aldehyde with respect to the saturated aliphatic carboxylic acid, (b) thermally treating the mixture obtained in step (a) in the liquid phase at a temperature of 80 to 250°C and a pressure of 0.1 to 2 MPa abs for 0.25 to 100 hours, and (c) distilling the mixture obtained in step (b) in a single distillation column to obtain a distillate containing ≥ 90 wt.-% of the saturated aliphatic carboxylic acid and having an active oxygen content of 0 to 25 wt.-ppm based on the distillate. (a) converting the corresponding aldehyde with oxygen at a temperature of 40 to 150°C and an oxygen partial pressure of 0.001 to 1 MPa to obtain a mixture containing the saturated aliphatic carboxylic acid and ≤ 2 mol-% of the corresponding aldehyde with respect to the saturated aliphatic carboxylic acid, (b) thermally treating the mixture obtained in step (a) in the liquid phase at a temperature of 80 to 250°C and a pressure of 0.1 to 2 MPa abs for 0.25 to 100 hours, and (c) distilling the mixture obtained in step (b) in a single distillation column to obtain a distillate containing ≥ 90 wt.-% of the saturated aliphatic carboxylic acid and having an active oxygen content of 0 to 25 wt.-ppm based on the distillate.
A solar cell comprising: a silicon substrate which is crystalline; a first silicon oxide layer which is disposed on a first principal surface of the silicon substrate and includes phosphorus as an impurity; and a first amorphous silicon layer which is disposed on the first silicon oxide layer, wherein a phosphorous concentration profile in a thickness direction between the first amorphous silicon layer and the silicon substrate has a maximum value in the first silicon oxide layer. a silicon substrate which is crystalline; a first silicon oxide layer which is disposed on a first principal surface of the silicon substrate and includes phosphorus as an impurity; and a first amorphous silicon layer which is disposed on the first silicon oxide layer, wherein a phosphorous concentration profile in a thickness direction between the first amorphous silicon layer and the silicon substrate has a maximum value in the first silicon oxide layer.
A shelf-life stable fine dry particulate retinal composition that includes a retinaldehyde present inside of the pores of nanoporous calcium particles and/or on the surface of the particles and the particles have diameters that range from 0.01 to 100 μm.
A method for operating a vibrating flow meter having a previously established offset correlation between a zero offset and one or more operating conditions, comprising steps of: receiving sensor signals from the vibrating flow meter; determining a current zero offset for the vibrating flow meter based on the received sensor signals; determining one or more current operating conditions; comparing the one or more current operating conditions to one or more previous operating conditions of the offset correlation; characterized by: if the offset correlation includes a previously determined zero offset corresponding to the current operating conditions, then generating an average zero offset based on the current and previously determined zero offsets. receiving sensor signals from the vibrating flow meter; determining a current zero offset for the vibrating flow meter based on the received sensor signals; determining one or more current operating conditions; comparing the one or more current operating conditions to one or more previous operating conditions of the offset correlation; characterized by: if the offset correlation includes a previously determined zero offset corresponding to the current operating conditions, then generating an average zero offset based on the current and previously determined zero offsets.
Tubeless pneumatic vehicle tyre comprising a tread provided with a multiplicity of spikes, sidewalls and bead regions and also comprising an airtight inner layer, which forms the inner side facing the interior space of the pneumatic vehicle tyre, characterized in that an acoustic damping layer (6, 6', 6"), running around in the form of a ring, is attached to the region of the inner side opposite from the tread, and in that the acoustic damping layer has its maximum degree of absorption in the range of 300 to 500 Hz.
Hand machine tool comprising a tool holder for holding a tool, a motor for driving the tool holder turning and a torque-controlled coupling connected in a drive train between the motor and the tool holder, the torque-controlled coupling ( 10, 73) contains: a first clutch disc ( 16; 77), a second clutch disc ( 15; 71), a spring ( 17; 80), which applies a force to the second clutch disc ( 15; 71) in a resetting direction ( 18; 81) to the first clutch disc ( 16; 77), in which the second clutch disc ( 15; 71) is accommodated so that it may move along an axis parallel to the resetting direction and in the resetting direction limited by a stop ( 20; 83), and a positioning mechanism, which presets an axial distance of the first clutch disc to the stop ( 20; 83) to determine a depth of engagement of the first clutch disc ( 16; 77) in the second clutch disc ( 15; 71). a first clutch disc ( 16; 77), a second clutch disc ( 15; 71), a spring ( 17; 80), which applies a force to the second clutch disc ( 15; 71) in a resetting direction ( 18; 81) to the first clutch disc ( 16; 77), in which the second clutch disc ( 15; 71) is accommodated so that it may move along an axis parallel to the resetting direction and in the resetting direction limited by a stop ( 20; 83), and a positioning mechanism, which presets an axial distance of the first clutch disc to the stop ( 20; 83) to determine a depth of engagement of the first clutch disc ( 16; 77) in the second clutch disc ( 15; 71).