mhurhangee/ep-ind-claims huggingface dataset:
A snow removal machine including a travel unit frame having a travel unit (11L, 11R) mounted thereon, and an auger housing having an auger housed therein and not only liftable/lowerable but also rollable relative to the travel unit frame, the snow removal machine comprising a housing inclination angle detection section (87,88) for detecting an inclination angle of the auger housing relative to the travel unit frame (11 L,11 R), characterized in that the snow removal machine further comprises: a frame inclination angle detection section for detecting an inclination angle of the travel frame (11 L, 11 R) itself relative to a ground surface (Gr) the travel unit is contacting; and an overall inclination angle evaluation section for evaluating an overall inclination angle of the auger housing relative to the ground surface on the basis of the inclination angle detected by the frame inclination angle detection section and the inclination angle detected by the housing inclination angle detection section (87,88), the frame inclination angle detection section and the housing inclination angle detection section (87,88) being provided on a part of the snow removal machine which does not make rolling motion together with the auger housing. a frame inclination angle detection section for detecting an inclination angle of the travel frame (11 L, 11 R) itself relative to a ground surface (Gr) the travel unit is contacting; and an overall inclination angle evaluation section for evaluating an overall inclination angle of the auger housing relative to the ground surface on the basis of the inclination angle detected by the frame inclination angle detection section and the inclination angle detected by the housing inclination angle detection section (87,88), the frame inclination angle detection section and the housing inclination angle detection section (87,88) being provided on a part of the snow removal machine which does not make rolling motion together with the auger housing.
A hemodynamic monitoring device, comprising: -- a first sensor configured to measure a velocity of blood flow in a superior vena cava of a mammalian patient using ultrasound waves, wherein the first sensor comprises an intravascular Doppler probe to provide an instant peak velocity of blood flow at one or more discrete measurement times; -- a second sensor configured to measure respiratory cycle data of the mammalian patient, wherein the second sensor comprises at least one of a respiratory airway pressure transducer assembly and an ECG assembly configured to provide bioimpedance measurements of a chest wall of the mammalian patient; -- an input for receiving the measured velocity of blood flow and the measured respiratory cycle data, wherein the processing of the measured respiratory cycle data to provide hemodynamic parameters includes determining at least one respiratory waveform having an inspiration time period and an expiration time period; and -- a computer configured to process the measured velocity of blood flow and the measured respiratory cycle data to provide hemodynamic parameters determining an average instant peak velocity during the inspiration time period (APVinsp) and an average instant peak velocity during the expiration time period (APVexp) corresponding to the mammalian patient. -- a first sensor configured to measure a velocity of blood flow in a superior vena cava of a mammalian patient using ultrasound waves, wherein the first sensor comprises an intravascular Doppler probe to provide an instant peak velocity of blood flow at one or more discrete measurement times; -- a second sensor configured to measure respiratory cycle data of the mammalian patient, wherein the second sensor comprises at least one of a respiratory airway pressure transducer assembly and an ECG assembly configured to provide bioimpedance measurements of a chest wall of the mammalian patient; -- an input for receiving the measured velocity of blood flow and the measured respiratory cycle data, wherein the processing of the measured respiratory cycle data to provide hemodynamic parameters includes determining at least one respiratory waveform having an inspiration time period and an expiration time period; and -- a computer configured to process the measured velocity of blood flow and the measured respiratory cycle data to provide hemodynamic parameters determining an average instant peak velocity during the inspiration time period (APVinsp) and an average instant peak velocity during the expiration time period (APVexp) corresponding to the mammalian patient.
Geometric inspection device for horological wheel sets, which device includes a headstock carrying a first rotatable spindle with a first bore defining a first axis of rotation, and a tailstock carrying a second spindle defining a second axis of rotation, which headstock and tailstock are arranged on a common sole relative to which at least said headstock and/or said tailstock can move with at least one degree of freedom translationally along alignment guide means in a common direction parallel to said first axis of rotation, said device including means arranged to ensure or adjust the coaxiality of said second axis of rotation relative to said first axis of rotation, said second spindle including a second bore of the same diameter as said first bore, said device including a plurality of removable and interchangeable micro-centring devices, each arranged to be inserted indifferently into said first bore or said second bore, and each including a peripheral shoulder whose diameter is arranged to allow it to slidingly fit tightly with said first bore or said second bore, characterised in that each said micro-centring device includes a ferromagnetic or magnetic pole core arranged to cooperate, by attraction, with a magnetic pole included in said headstock and/or said tailstock and which defines a magnetic field of revolution about said first axis of rotation in a space separating said headstock and said tailstock, or consists of a said pole core.
A method for controlling a vehicle to output an assisting power, comprising: obtaining a friction force between the vehicle and ground by a friction sensor placed on a wheel of the vehicle; determining a target assisting power of the vehicle according to the friction force; and controlling a motor of the vehicle to output the target assisting power; characterized in that, the method further comprises: when the motor of the vehicle outputs the target assisting power, detecting the friction force and a human driving force received by the vehicle at a preset time interval; when detecting that a difference value between the human driving force and the friction force decreases with time, increasing the target assisting power of the vehicle to enable a driving speed of the vehicle to match with a preset speed or a driving acceleration of the vehicle to match with a preset acceleration; and when detecting that the difference value between the human driving force and the friction force increases with time, decreasing the target assisting power of the vehicle to enable the driving speed of the vehicle to match with the preset speed or the driving acceleration of the vehicle to match with the preset acceleration. obtaining a friction force between the vehicle and ground by a friction sensor placed on a wheel of the vehicle; determining a target assisting power of the vehicle according to the friction force; and controlling a motor of the vehicle to output the target assisting power; characterized in that, the method further comprises: when the motor of the vehicle outputs the target assisting power, detecting the friction force and a human driving force received by the vehicle at a preset time interval; when detecting that a difference value between the human driving force and the friction force decreases with time, increasing the target assisting power of the vehicle to enable a driving speed of the vehicle to match with a preset speed or a driving acceleration of the vehicle to match with a preset acceleration; and when detecting that the difference value between the human driving force and the friction force increases with time, decreasing the target assisting power of the vehicle to enable the driving speed of the vehicle to match with the preset speed or the driving acceleration of the vehicle to match with the preset acceleration. when the motor of the vehicle outputs the target assisting power, detecting the friction force and a human driving force received by the vehicle at a preset time interval; when detecting that a difference value between the human driving force and the friction force decreases with time, increasing the target assisting power of the vehicle to enable a driving speed of the vehicle to match with a preset speed or a driving acceleration of the vehicle to match with a preset acceleration; and when detecting that the difference value between the human driving force and the friction force increases with time, decreasing the target assisting power of the vehicle to enable the driving speed of the vehicle to match with the preset speed or the driving acceleration of the vehicle to match with the preset acceleration.
A semiconductor device package, comprising: a die carrier; at least one semiconductor die disposed on the die carrier; an encapsulant disposed above the semiconductor die; an electrical connector electrically connected with the semiconductor die or with another electrical device; characterised by a metallic drilling screw screwed through the encapsulant and connected with the electrical connector. a die carrier; at least one semiconductor die disposed on the die carrier; an encapsulant disposed above the semiconductor die; an electrical connector electrically connected with the semiconductor die or with another electrical device; characterised by a metallic drilling screw screwed through the encapsulant and connected with the electrical connector.
A system for use in crimping a prosthetic implant having one or more leaflets (18a, 18b, 18c) to a delivery apparatus, the system comprising: a support body configured to be inserted into a crimping device and having a support surface configured to be positioned between the one or more leaflets (18a, 18b, 18c) and the delivery apparatus and for supporting the one or more leaflets (18a, 18b, 18c) in an open position.
An acoustic liner assembly (22;40;50) comprising: a plurality of passages (28;42;58) each including an opening (30;47) and extending lengthwise into the liner assembly (22;40;50) from said opening by a length (36;48;52); characterised in that the length of each of the plurality of passages is at least 50 times a width (34;46;56) of the opening of each passage (28;42;58); wherein: the width (34;46;56) describes the largest width for any shape of the opening (30; 47). a plurality of passages (28;42;58) each including an opening (30;47) and extending lengthwise into the liner assembly (22;40;50) from said opening by a length (36;48;52); characterised in that the length of each of the plurality of passages is at least 50 times a width (34;46;56) of the opening of each passage (28;42;58); wherein: the width (34;46;56) describes the largest width for any shape of the opening (30; 47). the width (34;46;56) describes the largest width for any shape of the opening (30; 47).
A current measurement unit for the galvanically isolated measurement of currents, comprising a receiving portion made from a material with magnetic permeability in the range of ferromagnetic or magnetically soft materials, on one side of which a plurality of sensors for measuring the magnetic fields (B 1, B 2) are provided, which are orientated substantially orthogonally to the receiving portion, wherein an evaluation unit for evaluating the measurement signals of the sensors for determining the current (i) to be measured is provided, characterized in that a shielding unit made from a material having magnetic permeability in the range of the ferromagnetic or magnetically soft materials is laterally provided on the receiving portion, which shielding unit at least partially surrounds the sensors, wherein the shielding unit extends from the side of the receiving portion on which the sensors are located.
Sensory isolation booth that is foldable between - a folded transport position and - an unfolded position of use forming a closed volume for receiving a user to perform a sensory analysis; the booth comprising: - walls (30: 32, 34, 36, 38), each wall (30: 32, 34, 36, 38) being airtight or suitable for filtering the circulation of air through the wall; - airtight articulations and closing devices positioned at the join (40, 42, 44, 48, 62, 66) of the walls (30: 32, 34, 36, 38), the articulations and closing devices, when closed, connecting the walls (30: 32, 34, 36, 38) in an airtight manner in the unfolded position of use of the booth, the folded articulations allowing the superposition of the walls (30: 32, 34, 36, 38) on one another in the transport position of the booth, characterized in that the walls (30: 32, 34, 36, 38) comprise a first and a second wall (34, 36) made of the same common material, the first and the second walls (34, 36) being connected to each other in an airtight manner by the common material which is thinned locally in order to form one of the articulations. - a folded transport position and - an unfolded position of use forming a closed volume for receiving a user to perform a sensory analysis; - walls (30: 32, 34, 36, 38), each wall (30: 32, 34, 36, 38) being airtight or suitable for filtering the circulation of air through the wall; - airtight articulations and closing devices positioned at the join (40, 42, 44, 48, 62, 66) of the walls (30: 32, 34, 36, 38),
A photodetector device, comprising: - a substrate of semiconductor material, - a sensor region in the substrate for the detection of electromagnetic radiation, - a plurality of grid elements arranged at a distance (d) from one another above the sensor region, the grid elements having a refractive index, being embedded in material of lower refractive index and forming a high-contrast grating polarizer, - a region of lower refractive index (3, 6), which comprises a refractive index that is lower than the refractive index of the grid elements, the grid elements being arranged on the region of lower refractive index (3, 6), and - a further region of lower refractive index (5, 15), which comprises a refractive index that is lower than the refractive index of the grid elements, covering the grid elements. - a substrate of semiconductor material, - a sensor region in the substrate for the detection of electromagnetic radiation, - a plurality of grid elements arranged at a distance (d) from one another above the sensor region, the grid elements having a refractive index, being embedded in material of lower refractive index and forming a high-contrast grating polarizer, - a region of lower refractive index (3, 6), which comprises a refractive index that is lower than the refractive index of the grid elements, the grid elements being arranged on the region of lower refractive index (3, 6), and - a further region of lower refractive index (5, 15), which comprises a refractive index that is lower than the refractive index of the grid elements, covering the grid elements.
A computer-implemented method for dynamically rerouting a package during shipment, the method comprising: receiving a shipping route for shipping a package to a recipient; receiving one or more rules for rerouting the package, wherein said rules are based on physical conditions; storing said rules in a secure blockchain supported by a decentralized blockchain network; monitoring physical conditions relating to the package and physical conditions relating to the recipient; determining whether one of the rules for rerouting applies to the physical conditions relating to the package and physical conditions relating to the recipient; and if one of the rules for rerouting the package applies to the physical conditions relating to the package and physical conditions relating to the recipient, triggering an action defined for the one of the rules that applies to the physical conditions. receiving a shipping route for shipping a package to a recipient; receiving one or more rules for rerouting the package, wherein said rules are based on physical conditions; storing said rules in a secure blockchain supported by a decentralized blockchain network; monitoring physical conditions relating to the package and physical conditions relating to the recipient; determining whether one of the rules for rerouting applies to the physical conditions relating to the package and physical conditions relating to the recipient; and if one of the rules for rerouting the package applies to the physical conditions relating to the package and physical conditions relating to the recipient, triggering an action defined for the one of the rules that applies to the physical conditions.
Mobile filling device able to fill at least one tube of a catalytic reactor made up of a plurality of parallel tubes filled with a catalyst in granular form, this device comprising: - a storage trough of a catalyst with a sieve-shaped bottom, each hole of which is able to coincide with a tube of the reactor, - a catalyst dosing system for each tube to be filled, corresponding to a dosing column able to be centered relative to the tube and receiving a predetermined volume of catalyst, each hole of the bottom of the storage trough corresponding to the openings of the dosing columns; - means for simultaneously releasing the catalyst contained in the dosing system toward the tube(s) to be filled, characterized in that it has means for recovering dust formed by pouring the catalyst into the tubes that are arranged between said dosing system and said plurality of tubes of the catalytic reactor. - a storage trough of a catalyst with a sieve-shaped bottom, each hole of which is able to coincide with a tube of the reactor, - a catalyst dosing system for each tube to be filled, corresponding to a dosing column able to be centered relative to the tube and receiving a predetermined volume of catalyst, each hole of the bottom of the storage trough corresponding to the openings of the dosing columns; - means for simultaneously releasing the catalyst contained in the dosing system toward the tube(s) to be filled, characterized in that it has means for recovering dust formed by pouring the catalyst into the tubes that are arranged between said dosing system and said plurality of tubes of the catalytic reactor.
Hitching assembly for a towing motor vehicle, comprising first hitching means (7; 8) as well as second hitching means (8; 7) arranged one above the other, characterised in that the first hitching means and the second hitching means are fixed on a mounting plate, wherein the mounting plate is fixed on a hitching bar with the aid of fixing means comprising two angle irons, each comprising a first wing and a second wing, the first wings of the angle irons being fixed on two opposing faces of the hitching bar and the two second wings defining a surface on which the mounting plate is fixed.
Method for nebulizing a fluid with a nebulizer, wherein the nebulizer comprises a fluid pump for withdrawing a dose of the fluid from a container and pressing the respective dose with an operational pressure of 5 to 250 MPa, in particular 10 to 50 MPa, through a nozzle with at least one nozzle channel, preferably at least two nozzle channels, having a hydraulic diameter in the range of 3 to 20 microns, in particular 4 to 12 microns, most preferably 5 to 8 microns, characterized in that the fluid is a liposomal fluid which is fabricated / produced from at least two components, wherein the at least two components are stored within at least two (initially) fluidically separate chambers in the container, each chamber containing one of the at least two components, and wherein shortly before nebulizing fluid from the container with the nebulizer, the chambers are fluidically connected, so that at least one of the components is at least partly transferred into the other / into one of the other chambers, so that the at least two components are combined for fabricating / producing the liposomal fluid. that the fluid is a liposomal fluid which is fabricated / produced from at least two components, wherein the at least two components are stored within at least two (initially) fluidically separate chambers in the container, each chamber containing one of the at least two components, and wherein shortly before nebulizing fluid from the container with the nebulizer, the chambers are fluidically connected, so that at least one of the components is at least partly transferred into the other / into one of the other chambers, so that the at least two components are combined for fabricating / producing the liposomal fluid.
An apparatus for monitoring the condition of a fluid receptacle, the apparatus comprising a housing and a torque weighing device for said receptacle (18, 21) coupled with a transducer located inside the housing that outputs a measurement signal on a substantially ongoing basis to indicate the weight of said fluid receptacle (18, 21), wherein the torque weighing device comprises a torque arm coupled to the housing at a pivot point located inside the housing, the torque arm extending through a side of the housing so as to have a first end region exposed outside the housing and configured for coupling to the fluid receptacle (18,21) and an opposite second end region located inside the housing and terminating inside the housing, wherein the second end region is in contact with the transducer.
Liquid cooling station comprising at least one pump (2, 3) and at least one motor (4, 5) connected to the at least one pump (2, 3) for operating the at least one pump (2, 3) to circulate cooling liquid between the cooling station and an object to be cooled, at least one first cooling liquid outlet port for supplying the cooling liquid towards the object to be cooled, at least one first cooling liquid inlet port for receiving the cooling liquid from the object to be cooled, characterized in that the liquid cooling station further comprises at least one connection block, which connection block comprises at least one first cavity arranged to receive an operating part of the at least one pump, at least one second cavity configured to receive one of an operating part of an another pump, an expansion tank for cooling liquid, a heating element and a cooling element, the at least one first cooling liquid outlet port and the at least one first cooling liquid inlet port, and an internal channel system arranged to connect the at least one first cavity to the at least one first cooling liquid outlet port and the at least one first cooling liquid inlet port.
A nicotine lozenge, comprising a body that is wholly receivable in an oral cavity, the body comprising: a digestion-resistant maltodextrin matrix; and nicotine dispersed in the digestion-resistant maltodextrin matrix such that the nicotine is released from the body as the body dissolves when the body is at least partially received within the oral cavity of an adult tobacco consumer and exposed to saliva. a digestion-resistant maltodextrin matrix; and nicotine dispersed in the digestion-resistant maltodextrin matrix such that the nicotine is released from the body as the body dissolves when the body is at least partially received within the oral cavity of an adult tobacco consumer and exposed to saliva.
Protective cap for a lock of a door, which lock has a lock case, the protective cap comprising two side walls (8, 9, 108, 109) laterally covering the lock case and a web (10, 110) connecting the side walls (8, 9, 108, 109), the web (10, 110) being formed in at least one portion as a reinforcing web (11, 111) and the reinforcing web (11, 111) having a higher strength than the side walls (8, 9, 108, 109), characterized in that the web (10, 110) extends over the entire height of the side walls (8, 9, 108, 109) and has a single cut-out for a locking cylinder screw to be guided through.