mhurhangee/ep-ind-claims huggingface dataset:
Method of producing milk foam, comprising the following steps: a. conveying milk in a milk duct by means of a milk pump, b. mixing milk and air in a first mixing chamber to produce an air-milk emulsion and c. optionally adding steam to the air-milk emulsion to heat the air-milk emulsion if a warm milk foam is to be produced, preferably after step b, characterised in that d. in step a use is made of a milk pump, which is settable with respect to the rotational speed thereof in order to change the conveying and pumping quantity, for varying the characteristics of the milk product, and in that case for varying the consistency of the milk foam, by way of the rotational speed of the milk pump, wherein setting of the foam quality is carried out by way of a variation of the rotational speed of the milk pump. a. conveying milk in a milk duct by means of a milk pump, b. mixing milk and air in a first mixing chamber to produce an air-milk emulsion and c. optionally adding steam to the air-milk emulsion to heat the air-milk emulsion if a warm milk foam is to be produced, preferably after step b, characterised in that d. in step a use is made of a milk pump, which is settable with respect to the rotational speed thereof in order to change the conveying and pumping quantity, for varying the characteristics of the milk product, and in that case for varying the consistency of the milk foam, by way of the rotational speed of the milk pump, wherein setting of the foam quality is carried out by way of a variation of the rotational speed of the milk pump.
Array planar antenna (1, 1'), comprising a set of at least two reception and/or transmission radiating elements and wave guides arranged within the bulk of the antenna (1, 1'), each one of said radiating elements comprising an aperture, characterised in that said at least two reception and/or transmission radiating elements are fed by means of at least one beam forming network or BFN of parallel type, said at least one BFN network being made through said wave guides arranged within the bulk of the antenna (1, 1'), whereby each one of the apertures is an input and/or output horn of a wave guide of the BFN network.
An apparatus, comprising: a source of radiation for generating a beam of radiation along a beam axis for intersecting with a patient or part of a patient; a patient support, for supporting the patient; and a radiation detector comprising: a hollow tube in which the patient or the part of the patient can be positioned, the hollow tube having a primary axis which lies transverse to the beam axis; and characterized in that it further comprises: a plurality of optical fibres distributed over the surface of the hollow tube for detecting the radiation beam prior to its impact with the patient, and for detecting the radiation beam after its impact with the patient. a source of radiation for generating a beam of radiation along a beam axis for intersecting with a patient or part of a patient; a patient support, for supporting the patient; and a radiation detector comprising: a hollow tube in which the patient or the part of the patient can be positioned, the hollow tube having a primary axis which lies transverse to the beam axis; and characterized in that it further comprises: a plurality of optical fibres distributed over the surface of the hollow tube for detecting the radiation beam prior to its impact with the patient, and for detecting the radiation beam after its impact with the patient. a hollow tube in which the patient or the part of the patient can be positioned, the hollow tube having a primary axis which lies transverse to the beam axis; and characterized in that it further comprises: a plurality of optical fibres distributed over the surface of the hollow tube for detecting the radiation beam prior to its impact with the patient, and for detecting the radiation beam after its impact with the patient.
Method for controlling an electric machine for driving a motor vehicle, wherein a flux density of at least one magnetic field generated in the electric machine is increased when an announcement signal is present that announces an upcoming acceleration command by the driver, after which when a confirmation signal is present that confirms the announced acceleration command, the electric machine is controlled in such a way that the speed and/or torque thereof increases, characterised in that an announcement signal is used, which is generated by evaluating a piece of environmental information describing an environment of the motor vehicle in the direction of travel, wherein the piece of environmental information describes a lifting or an increasing of a speed limit and/or a passing of an apex of a curve travelled by the motor vehicle and/or a light signal of a light signal system which issues a clearance to move or announces the granting or ending of the clearance to move, wherein the electric machine has a stator comprising a plurality of stator windings for generating a stator field as a magnetic field and a current flows through the stator windings in order to increase the flux density of the stator field and/or wherein the electric machine has a rotor comprising at least one excitation winding for generating an excitation field as a magnetic field and a current flows through the at least one excitation winding in order to increase the flux density of the excitation field.
Device for accommodating and providing liquid reducing agents with a heating unit, the heating unit comprising a tank and a pot-like container extending into the tank interior, wherein at least one supply unit for the reducing agent and a connecting port for dispensing the reducing agent is provided in the container, as well as means for fastening the container to or in the tank, wherein a module insert is also formed which has a carrier body, the latter accommodating at least the supply unit and the connecting port for dispensing the reducing agent, the module insert and/or the carrier body and/or at least parts of the pot-like container are formed multi-layered and one of the layers accommodates electrical heating elements or electrical heating elements are embedded in at least one of the layers, characterized in that the electrical heating elements comprise a conductor structure or a conductor spider (1; 2) which is attached to the plastic basic material and the conductor structure or the conductor spider (1; 2) is covered or surrounded by a doped, conductive material, wherein the module insert and/or the carrier body and/or at least parts of the pot-like container consist of the plastic basic material, on which the heating elements are fixed in a form-fitting and/or bonded manner, the plastic basic material being molded over following the fixing of the heating elements.
A pressure regulator for an intubation probe, tracheostomy cannula or similar instrument intended for ventilating a patient, said instrument including a main pipe having a first end intended to be inserted into the trachea of a patient and a second end intended to be coupled to a breathing apparatus, an inflatable annular sealing balloon, which surrounds the first end of the main pipe, and at least one auxiliary pipe having a first end coupled to the sealing balloon and a second end provided with a valve which can be coupled to a compressed air source for inflating the sealing balloon, said pressure regulator comprising a container defining a variable volume chamber having at least one first orifice to be coupled to said auxiliary pipe so that, in use, the variable volume chamber of the pressure regulator and the sealing balloon are in communication, as well as a pressure means acting on the container to exert a certain force by means of a mass which can be displaced along an hinged rod to adjust the pressure of the air contained in said variable volume chamber, and subsequently the pressure of the air contained in the sealing balloon characterised in that there is provided a system for locking said mass to prevent the inadvertent displacement thereof, a locking system consisting of a screwable element provided with a friction head to be in locking contact on a portion of said rod by a rotational movement and a threaded portion entering the body of the mass.
A nest die for mechanically securing an electrical connector to a conductor wire using a crimp tool with a crimp axis, comprising: a conductor receipt area having an outer periphery and a bottom surface; and a lip at the outer periphery of the conductor receipt area; characterized in that: the outer periphery is sufficient to receive a free end of the conductor wire abutting the bottom surface and a lower face of the electrical connector on the lip; and a connector receipt area extending from the lip along an axis defined by the conductor wire and extending around the outer periphery of the conductor receipt area so that the electrical connector is received in the connector receipt area. a conductor receipt area having an outer periphery and a bottom surface; and a lip at the outer periphery of the conductor receipt area; the outer periphery is sufficient to receive a free end of the conductor wire abutting the bottom surface and a lower face of the electrical connector on the lip; and a connector receipt area extending from the lip along an axis defined by the conductor wire and extending around the outer periphery of the conductor receipt area so that the electrical connector is received in the connector receipt area.
A carrier (24, 49) for a combing machine, having a circular comb with a length and a circular comb axis, wherein the carrier (24, 49) has a clothing support surface and at least one support surface (27, 50) situated opposite from the clothing support surface, and the clothing support surface and the support surface (27, 50) are situated in a concentric circular shape about the circular comb axis, in a cross section viewed perpendicular to the length, characterized in that the support surface (27, 50) is formed on a central profile (28, 51) of the carrier (24, 49), and the clothing support surface is connected to the central profile (28, 51), and at least one first spring rib pair (31, 52) for supporting the carrier (24, 49) on a circular comb shaft or on a support body is situated on the central profile (28, 51), wherein the spring ribs of the first spring rib pair (31, 52) each have a support, facing the circular comb axis, at an end facing away from the central profile (28, 51), such that the spring ribs can be deflected accordingly when the carrier (24, 49) is mounted on the circular comb shaft or on a support body.
A bait station comprising an essentially closed housing (10, 12), the wall of which is formed with at least one entrance (14, 16), bait holding means being provided in the housing (10, 12), wherein the bait holding means is carried by an insert member, wherein the insert member is formed as a drawer, said drawer being releasably connected to the housing (10, 12), and wherein connecting means (62, 64, 70) are provided for releasably fixing the drawer on the housing (10, 12), characterized in that the connecting means (62, 64, 70) can be disengaged by means of a key, such that the drawer can be drawn out of the housing (10, 12), and in that the connecting means (62, 64, 70) comprising a snap-in connection comprises two axial plate portions each having a hook portion and a plate portion, wherein the hook portions cooperate with the plate portion formed integrally with the upper housing part, wherein an end wall of the drawer carries a lock structure comprising the two axial plate portions each having the hook portion, wherein the key is rotatable so that the hook portions come free from the plate portion.
A method for tomographic reconstruction from measurement data, the method comprising the steps of: - obtaining the measurement data corresponding to activity of particle emissions of a volume from a tomographic imaging system, and - performing at least one iteration step to obtain emission density data of particle emissions of the volume from the measurement data, wherein the at least one iteration step comprises - a forward projection being a projection from the emission density data to the measurement data, and - a back projection being a projection from the measurement data to the emission density data, and the at least one iteration step is carried out in a parallel hardware architecture, - wherein the measurement data is of binned type, and - the forward projection comprises - a photon transport step for describing photon propagation from a point of origination of the photon to a surface of a detector element, and - a detector evaluation step for describing photon propagation from the surface of the detector element to an output of detection, characterized in that - both the forward projection and the back projection are of partly output-driven, - the photon transport step and/or the detector evaluation step are of partly output-driven and are of partly input-driven, and - in the photon transport step and/or in the detector evaluation step, the output-driven part and the input-driven part are combined using multiple importance sampling. - obtaining the measurement data corresponding to activity of particle emissions of a volume from a tomographic imaging system, and - performing at least one iteration step to obtain emission density data of particle emissions of the volume from the measurement data, wherein the at least one iteration step comprises - a forward projection being a projection from the emission density data to the measurement data, and - a back projection being a projection from the measurement data to the emission density data, and - wherein the measurement data is of binned type, and - the forward projection comprises - a photon transport step for describing photon propagation from a point of origination of the photon to a surface of a detector element, and - a detector evaluation step for describing photon propagation from the surface of the detector element to an output of detection, - both the forward projection and the back projection are of partly output-driven, - the photon transport step and/or the detector evaluation step are of partly output-driven and are of partly input-driven, and - in the photon transport step and/or in the detector evaluation step, the output-driven part and the input-driven part are combined using multiple importance sampling.
A method at a server computer, the method comprising: receiving a request from a first device for instructions to process a plurality of media content items, the request including a unique identifier for each of the plurality of media content items; determining, using the unique identifier for each of the plurality of media content items, a subset of the plurality of media content items to be processed by the first device; generating instructions for the first device to process the subset of the plurality of media content items; sending the instructions to the first device; receiving a request from the first device to share the plurality of media content items with a second device, the request including the unique identifier for each of the plurality of media content items to be shared and processed media content items for the subset of the plurality of media content items, said processed media content items having been processed by the first device in accordance with the instructions; generating a message including the processed media content items for the plurality of media content items that are to be shared; and sending the generated message to the second device. receiving a request from a first device for instructions to process a plurality of media content items, the request including a unique identifier for each of the plurality of media content items; determining, using the unique identifier for each of the plurality of media content items, a subset of the plurality of media content items to be processed by the first device; generating instructions for the first device to process the subset of the plurality of media content items; sending the instructions to the first device; receiving a request from the first device to share the plurality of media content items with a second device, the request including the unique identifier for each of the plurality of media content items to be shared and processed media content items for the subset of the plurality of media content items, said processed media content items having been processed by the first device in accordance with the instructions; generating a message including the processed media content items for the plurality of media content items that are to be shared; and sending the generated message to the second device.
The use of a magnetic film comprising a titania nanosheet where a 3d magnetic metal element is substituted at the titanium lattice position and wherein the titania nanosheet is obtained by cleaving any of the phyllo-structured titanium oxides or their hydrates represented by the following compositional formula: Compositional Formula: A x Ti 1-y M y O 2 (wherein A is at least one selected from H, Li, Na, K, Rb and Cs; 0 < x ≤ 1; M is at least one selected from Cr, Mn, Fe, Co and Ni; 0 < y < 1), in an electromagnetic wave absorbent material exhibiting an electromagnetic absorption effect in a frequency range of 1 to 15 GHz.
Computer-implemented method for processing well data from a well in a geological subsurface, the well data comprising, for each current spot height from a plurality of spot heights, an association between said current spot height and a facies from a plurality of facies. wherein the method comprises: - receiving well data; characterized in that it further comprises: - receiving (402a, 402b, 402c), for each current facies (F1, F2, F3) of the plurality of facies, a presence probability distribution (102_F1, 102_F2, 102_F3) of said current facies, depending on a parameter influencing sedimentation; - for each current spot height (z 10 -z 20) of the plurality of spot heights, and in a space comprising at least one first axis and a second axis: -- determining at least one point (103a-103f, 104a, 105a, 106a-106f, 107a-107j) in said space, said at least one point having as a coordinate along the first axis said current spot height and as a coordinate along the second axis a coordinate depending on the presence probability distribution of the facies associated with said current spot height in said received well data; - determining a curve in said space depending on said at least one point for each spot height of the plurality of spot heights. - receiving well data; - receiving (402a, 402b, 402c), for each current facies (F1, F2, F3) of the plurality of facies, a presence probability distribution (102_F1, 102_F2, 102_F3) of said current facies, depending on a parameter influencing sedimentation; - for each current spot height (z 10 -z 20) of the plurality of spot heights, and in a space comprising at least one first axis and a second axis: -- determining at least one point (103a-103f, 104a, 105a, 106a-106f, 107a-107j) in said space, said at least one point having as a coordinate along the first axis said current spot height and as a coordinate along the second axis a coordinate depending on the presence probability distribution of the facies associated with said current spot height in said received well data; - determining a curve in said space depending on said at least one point for each spot height of the plurality of spot heights.
A drive system for a molded food product forming machine for reciprocating a mold plate between a cavity fill position and a patty discharge position, the drive system comprising: a) an electric motor having an output shaft; b) an electric motor control that is configured to precisely control the rotational position of said output shaft; c) a rotary-to-linear motion converting device operatively connected to said electric motor output shaft; d) at least one drive member operatively connected to said rotary-to-linear motion converting device and connectable to the mold plate; e) wherein rotation of said electric motor output shaft causes reciprocation of said drive member via said rotary-to-linear motion converting device; and f) a controller in communication with said electric motor control, coordinating the rotation of said output shaft of said first electric motor, characterized in that g) said at least one drive member comprises parallel drive rods, and comprising a bearing for each drive rod for guiding sliding movement of said drive rods, said bearing is mountable on a frame of a molding machine, and a lubrication oil system circulating lubricating oil between said drive rods and said bearing. a) an electric motor having an output shaft; b) an electric motor control that is configured to precisely control the rotational position of said output shaft; c) a rotary-to-linear motion converting device operatively connected to said electric motor output shaft; d) at least one drive member operatively connected to said rotary-to-linear motion converting device and connectable to the mold plate; e) wherein rotation of said electric motor output shaft causes reciprocation of said drive member via said rotary-to-linear motion converting device; and f) a controller in communication with said electric motor control, coordinating the rotation of said output shaft of said first electric motor, g) said at least one drive member comprises parallel drive rods, and comprising a bearing for each drive rod for guiding sliding movement of said drive rods, said bearing is mountable on a frame of a molding machine, and a lubrication oil system circulating lubricating oil between said drive rods and said bearing.
A cooling plate having a first portion and, adjoining thereto, at least one second portion reaching up to a distal end, wherein: - the second portion comprises, at least in sections between its border to the first portion and the distal end, a plurality of strips extending in the direction away from the first portion toward the distal end, - the strips extend, at least in sections between the border and the distal end, in a plurality of planes (07, 08, 10) offset in relation to one another, - spaces are formed between the adjacent strips, and - the strips are arranged, at least in sections between the border and the distal end, so as to be twisted about axes extending in each case from the border to the distal end, characterised in that the strips are bent alternately upward and downward out of the plane of the plate. - the second portion comprises, at least in sections between its border to the first portion and the distal end, a plurality of strips extending in the direction away from the first portion toward the distal end, - the strips extend, at least in sections between the border and the distal end, in a plurality of planes (07, 08, 10) offset in relation to one another, - spaces are formed between the adjacent strips, and - the strips are arranged, at least in sections between the border and the distal end, so as to be twisted about axes extending in each case from the border to the distal end,