mhurhangee/patent-ind-claim-en huggingface dataset:
Material web working/processing arrangement, in particular material web dispensing arrangement, in particular material web unrolling arrangement, in particular material web splicing arrangement, a) having at least one material web drawing-in apparatus for drawing in a material web , comprising i) at least one material web holding device (78; 78a) for holding the material web to be drawn in, ii) at least one guide for guiding the at least one material web holding device (78; 78a) from at least one material web drawing-in point to at least one material web transfer point, and iii) at least one drawing-in drive which is in connection with the at least one material web holding device (78; 78a) and which serves for displacing the at least one material web holding device (78; 78a) along the at least one guide upon drawing in the material web to be drawn in in direction of the at least one material web transfer point, characterized in that b) the at least one guide comprises at least one displaceable guide device . a) having at least one material web drawing-in apparatus for drawing in a material web , comprising i) at least one material web holding device (78; 78a) for holding the material web to be drawn in, ii) at least one guide for guiding the at least one material web holding device (78; 78a) from at least one material web drawing-in point to at least one material web transfer point, and iii) at least one drawing-in drive which is in connection with the at least one material web holding device (78; 78a) and which serves for displacing the at least one material web holding device (78; 78a) along the at least one guide upon drawing in the material web to be drawn in in direction of the at least one material web transfer point, characterized in that i) at least one material web holding device (78; 78a) for holding the material web to be drawn in, ii) at least one guide for guiding the at least one material web holding device (78; 78a) from at least one material web drawing-in point to at least one material web transfer point, and iii) at least one drawing-in drive which is in connection with the at least one material web holding device (78; 78a) and which serves for displacing the at least one material web holding device (78; 78a) along the at least one guide upon drawing in the material web to be drawn in in direction of the at least one material web transfer point, b) the at least one guide comprises at least one displaceable guide device .
A method , comprising: configuring a quantum computing device to perform an approximate optimization technique to obtain a better than random solution to a combinatorial optimization problem having an objective function H Z = ∑ i < j J ij Z i Z j , where J ij is a matrix chosen from {-1,0, +1}; and performing the approximate optimization technique on the quantum computing device, wherein the approximate optimization technique includes using a quantum quench algorithm, the quantum quench algorithm comprising: preparing a system of qubits of the quantum computing device in a state | ψ + 〉, suddenly or slowly but non-adiabatically changing a Hamiltonian of the system from X = ∑ i X i . to H = X + α D H Z , in which Z i is the Pauli- Z operator on the i -th qubit, and X i is the Pauli- X operator on the i -th qubit, evolving the system under the Hamiltonian H for a time T , and measuring the state of the system in the computational basis, giving an assignment of the variables Z i , which is a better than random solution to the optimization problem. configuring a quantum computing device to perform an approximate optimization technique to obtain a better than random solution to a combinatorial optimization problem having an objective function H Z = ∑ i < j J ij Z i Z j , where J ij is a matrix chosen from {-1,0, +1}; and performing the approximate optimization technique on the quantum computing device, wherein the approximate optimization technique includes using a quantum quench algorithm, the quantum quench algorithm comprising: preparing a system of qubits of the quantum computing device in a state | ψ + 〉, suddenly or slowly but non-adiabatically changing a Hamiltonian of the system from X = ∑ i X i . to H = X + α D H Z , in which Z i is the Pauli- Z operator on the i -th qubit, and X i is the Pauli- X operator on the i -th qubit, evolving the system under the Hamiltonian H for a time T , and measuring the state of the system in the computational basis, giving an assignment of the variables Z i , which is a better than random solution to the optimization problem. preparing a system of qubits of the quantum computing device in a state | ψ + 〉, suddenly or slowly but non-adiabatically changing a Hamiltonian of the system from X = ∑ i X i . to H = X + α D H Z , in which Z i is the Pauli- Z operator on the i -th qubit, and X i is the Pauli- X operator on the i -th qubit, evolving the system under the Hamiltonian H for a time T , and measuring the state of the system in the computational basis, giving an assignment of the variables Z i , which is a better than random solution to the optimization problem.
A system for treating a patient having a disorder related to a patient's intestine, the patient having a reservoir for receiving and temporarily collecting therein intestinal contents, the reservoir being formed from surgically modified intestine that has been cut along a mutual contact line of laterally adjacent sections of bent portions of intestine and connected so that the resulting upper and lower halves of the intestine form an intestinal wall of the reservoir with surgically created folds , said system comprising: an artificial flow control device implantable in the patient's body and adapted to control flow of intestinal contents from said reservoir when implanted in relation thereto, the flow control device comprising at least one pump adapted to act on said intestinal wall so as to reduce the reservoir's volume and, thereby, empty the reservoir , characterized in that the at least one pump comprises a pump adapted to be implanted outside the reservoir , wherein the at least one pump comprises an electrical stimulation type pump with at least one electrical stimulation apparatus, wherein the electrical stimulation apparatus comprises two or more electrodes adapted to electrically stimulate a muscle or neural tissue of said intestinal wall so as to cause at least partial contraction thereof and wherein said electrical stimulation apparatus comprises one or more longitudinal, stripe-like or rod-like holding device carrying said two or more electrodes at different positions relative to the reservoir , when implanted.
An inspection fixture comprising: a fixture body including an inner chamber , the body further having an opening to the inner chamber; an ultrasonic phase array configured to generate ultrasonic signals; an ultrasonic lens defining a portion of the inner chamber; a mirror received within the inner chamber , the mirror positioned to reflect the ultrasonic signals out the opening to an inspection area of a body to be inspected and to reflect returned ultrasonic signals from the inspection area back to the ultrasonic phase array, the mirror comprising a taper; and a fluid supply connector in fluid communication with the inner chamber; wherein the ultrasonic phase array is positioned to send the ultrasonic signals through the ultrasonic lens to the mirror ; and wherein the ultrasonic lens is configured to focus the ultrasonic signals into a phased array beam across a width of the ultrasonic phase array . a fixture body including an inner chamber , the body further having an opening to the inner chamber; an ultrasonic phase array configured to generate ultrasonic signals; an ultrasonic lens defining a portion of the inner chamber; a mirror received within the inner chamber , the mirror positioned to reflect the ultrasonic signals out the opening to an inspection area of a body to be inspected and to reflect returned ultrasonic signals from the inspection area back to the ultrasonic phase array, the mirror comprising a taper; and a fluid supply connector in fluid communication with the inner chamber; wherein the ultrasonic phase array is positioned to send the ultrasonic signals through the ultrasonic lens to the mirror ; and wherein the ultrasonic lens is configured to focus the ultrasonic signals into a phased array beam across a width of the ultrasonic phase array .
A vehicle comprising: a floor panel ; a cross member with a hole portion , the cross member extending in a vehicle width direction above the floor panel ; a first wire harness attached to the cross member so as to be located above the hole portion , the first wire harness extending in the vehicle width direction; and an electrical equipment installed on the vehicle , the electrical equipment including: an electric component installed on the floor panel ; and a cover member installed on the floor panel so as to cover the electric component , wherein the cover member includes a side wall facing the first wire harness , and a bulging part bulging from a wall surface of the side wall toward the first wire harness , and the bulging part covers the first wire harness from above. a floor panel ; a cross member with a hole portion , the cross member extending in a vehicle width direction above the floor panel ; a first wire harness attached to the cross member so as to be located above the hole portion , the first wire harness extending in the vehicle width direction; and an electrical equipment installed on the vehicle , the electrical equipment including: an electric component installed on the floor panel ; and a cover member installed on the floor panel so as to cover the electric component , wherein the cover member includes a side wall facing the first wire harness , and a bulging part bulging from a wall surface of the side wall toward the first wire harness , and the bulging part covers the first wire harness from above. an electric component installed on the floor panel ; and a cover member installed on the floor panel so as to cover the electric component , wherein the cover member includes a side wall facing the first wire harness , and a bulging part bulging from a wall surface of the side wall toward the first wire harness , and the bulging part covers the first wire harness from above.
A method for sharing files in a telecommunication network comprising a media server, said method being carried out by said media server and comprising the acts of: - receiving from a first user equipment a plurality of media source material files of various media types, - combining said media source material files into one aggregated media file of a given media type, wherein the act of combining further comprises an act of limiting the size of the media file through reducing the size of the combined media source material files when necessary so that the resulting media file is not larger than a given media file size, - sending said media file to a second user equipment for subsequent rendering on a media player associated with said given media type. - receiving from a first user equipment a plurality of media source material files of various media types, - combining said media source material files into one aggregated media file of a given media type, wherein the act of combining further comprises an act of limiting the size of the media file through reducing the size of the combined media source material files when necessary so that the resulting media file is not larger than a given media file size, - sending said media file to a second user equipment for subsequent rendering on a media player associated with said given media type.
A method for monitoring packets (Pki) in a communication network (CN), said method comprising: a) at an ingress point (InP) of said communication network (CN), classifying at least one packet (Pki) of a traffic received at the ingress point (InP) for determining whether packets of said traffic are to be monitored and, in the affirmative, associating them with a service of monitoring; b) at said ingress point (InP), creating a selection policy to identify a packet flow (PF) of said packets to be monitored according to the service of monitoring; c) installing said selection policy at one or more measuring points (MsP) within the communication network (CN); d) at each of said one or more measuring points (MsP), identifying said packet flow (PF) on the basis of said selection policy; e) at each of said one or more measuring points (MsP), applying monitoring actions associated with said service of monitoring to said identified packet flow (PF). a) at an ingress point (InP) of said communication network (CN), classifying at least one packet (Pki) of a traffic received at the ingress point (InP) for determining whether packets of said traffic are to be monitored and, in the affirmative, associating them with a service of monitoring; b) at said ingress point (InP), creating a selection policy to identify a packet flow (PF) of said packets to be monitored according to the service of monitoring; c) installing said selection policy at one or more measuring points (MsP) within the communication network (CN); d) at each of said one or more measuring points (MsP), identifying said packet flow (PF) on the basis of said selection policy; e) at each of said one or more measuring points (MsP), applying monitoring actions associated with said service of monitoring to said identified packet flow (PF).
A method of assisting in the positioning of the arms of forks of a forklift truck which, by means of a light beam projecting a luminous mark onto a load to be handled, informs the driver of said truck of the relative position of said arms of said forks with respect to said load to be handled so as to enable him to position said arms of said forks adequately prior to inserting them, in complete safety, under said load to be handled, said light beam being activated during at least one step chosen from among all the steps of the handling process, said step being identified by calculations and analyses relating solely to the measurement of the total acceleration vector acting on the forks , characterised in that said light beam is activated during the step of taking charge of the load to be handled, said take-over step being identified, in a continuous manner, by the following phases of said process: - extraction of the displacement acceleration vector from the total acceleration vector of the forks , - extraction of the two component vectors of said displacement acceleration vector of the forks - calculation by double mathematical integration with respect to time of said two component vectors : of the horizontal and vertical speeds and displacements of the forks , - verification that the said forks are in the process of moving vertically and that their horizontal movement is slow or even zero. - extraction of the displacement acceleration vector from the total acceleration vector of the forks , - extraction of the two component vectors of said displacement acceleration vector of the forks - calculation by double mathematical integration with respect to time of said two component vectors : of the horizontal and vertical speeds and displacements of the forks , - verification that the said forks are in the process of moving vertically and that their horizontal movement is slow or even zero.
A method for producing a foam material body comprising the steps of - providing a pourable starting granulate of expanded particles of a thermoplastic material, - forming a pourable intermediate granulate having a bulk density higher than that of the starting granulate by means of volume reduction of the particles of the starting granulate by subjecting the starting granulate to a non-melting heat treatment, and - subsequently molding the foam material body by means of material connection of the volume-reduced particles of the intermediate granulate by heating the intermediate granulate in a molding cavity of a molding tool to a temperature greater than the glass transition temperature of the thermoplastic material, and by subsequently solidifying the thermoplastic material by means of cooling. - providing a pourable starting granulate of expanded particles of a thermoplastic material, - forming a pourable intermediate granulate having a bulk density higher than that of the starting granulate by means of volume reduction of the particles of the starting granulate by subjecting the starting granulate to a non-melting heat treatment, and - subsequently molding the foam material body by means of material connection of the volume-reduced particles of the intermediate granulate by heating the intermediate granulate in a molding cavity of a molding tool to a temperature greater than the glass transition temperature of the thermoplastic material, and by subsequently solidifying the thermoplastic material by means of cooling.
A method for treating items suspected of insect infestation comprising (a) applying a composition to an absorbent material, the composition comprising 2 to 10 wt-% cold-pressed neem oil as volatile component with insecticidal activity; (b) placing the absorbent material inside a diffuser container, wherein the diffuser container comprises perforations; (c) enclosing the items and the diffuser container including the absorbent material inside a treatment container for a treatment time, wherein the diffuser container is constructed to allow diffusion of the volatile component through the perforations during the treatment time, wherein the diffuser container is a clam shell container having perforations of about 4 mm by 10-20 mm in size distributed throughout the walls of the diffuser container so that the perforations cover about 5 % of the surface area of the diffuser container. (a) applying a composition to an absorbent material, the composition comprising 2 to 10 wt-% cold-pressed neem oil as volatile component with insecticidal activity; (b) placing the absorbent material inside a diffuser container, wherein the diffuser container comprises perforations; (c) enclosing the items and the diffuser container including the absorbent material inside a treatment container for a treatment time, wherein the diffuser container is constructed to allow diffusion of the volatile component through the perforations during the treatment time, wherein the diffuser container is a clam shell container having perforations of about 4 mm by 10-20 mm in size distributed throughout the walls of the diffuser container so that the perforations cover about 5 % of the surface area of the diffuser container.
A cardiac system adapted for determining cardiac viability, said system comprising: a cannula having a hollow body and at least a distal end adapted for insertion into a human heart and operator end adapted for an operator; an inflatable balloon positioned near to the distal end in fluid communication with the hollow body to allow for selected inflation of the balloon ; a controller adapted to calculate the viability of the heart from pressure data detected via a sensor within the cannula or the balloon based on the difference between an applied pressure and a pressure experienced by the balloon and body , the balloon being inflatable to various degrees with an incompressible fluid; wherein the balloon has differential gradients of material to allow for differential zones of expansion via allowing or constraining the stretching of the balloon about the central axis, wherein the outer surface of the balloon includes a partial textured surface to allow selected regions of the balloon to grip an inner wall of a ventricle of the human heart; and characterised in that the balloon is ventricle shaped with a dimple at the distal end of the balloon to prevent the end of the shaft of the hollow body contacting the ventricle and damaging it. a cannula having a hollow body and at least a distal end adapted for insertion into a human heart and operator end adapted for an operator; an inflatable balloon positioned near to the distal end in fluid communication with the hollow body to allow for selected inflation of the balloon ; a controller adapted to calculate the viability of the heart from pressure data detected via a sensor within the cannula or the balloon based on the difference between an applied pressure and a pressure experienced by the balloon and body , the balloon being inflatable to various degrees with an incompressible fluid; wherein the balloon has differential gradients of material to allow for differential zones of expansion via allowing or constraining the stretching of the balloon about the central axis, wherein the outer surface of the balloon includes a partial textured surface to allow selected regions of the balloon to grip an inner wall of a ventricle of the human heart; and characterised in that the balloon is ventricle shaped with a dimple at the distal end of the balloon to prevent the end of the shaft of the hollow body contacting the ventricle and damaging it.
Household appliance having a useable space , a useable space wall limiting the useable space , at least one fan arranged in the useable space and having a power unit comprising a stator and a rotor connected to the fan , wherein the rotor is drivable to the rotation by the stator via a magnetic field, in particular electromagnetically, and the stator is arranged outside the useable space and the rotor is arranged inside the useable space , wherein the fan is located within a chamber which is arranged in the useable space and is partially or completely separated from the useable space via chamber walls , such that in the chamber a climate different from the rest of the useable space can be maintained, in particular with a different temperature and/or air humidity, characterized in that the chamber is at least partially formed by an insert removable from the useable space , and wherein the fan is arranged at the insert such that the fan can be removed with the insert .
A machining center, comprising - a casing, and within the casing - at least 5 movement axes for the combined construction of a workpiece by thermal spraying and by subtractive machining, and - at least one spraying chamber configured for thermal spraying, wherein, within the casing, - both the construction and the subtractive machining of the workpiece of the machining center take place, and - a main gas generator - including both a steam generator and a post-heater - is configured to convert water into water vapor. - a casing, and within the casing - at least 5 movement axes for the combined construction of a workpiece by thermal spraying and by subtractive machining, and - at least one spraying chamber configured for thermal spraying, - both the construction and the subtractive machining of the workpiece of the machining center take place, and - a main gas generator - including both a steam generator and a post-heater - is configured to convert water into water vapor.