mhurhangee/ep-ind-claims huggingface dataset:
A method for managing a power consumption of a radio communication network, said radio communication network comprising at least two nodes (N1, N2) and a connection path connecting said at least two nodes (N1, N2), said method comprising: a) determining a set of states (S(j, n)) of said connection path, wherein said connection path, in each state, has a state capacity (SCj) and a state power consumption (SP(j, n)); b) upon reception of a request (Cinit, Cnew, Pnew) relating to traffic carried on said connection path, selecting a state (Sinit, Snew) having a minimum state power consumption within said set of states (S1,... S6), said selected state (Sinit, Snew) having a state capacity (SCj) higher than or equal to a capacity (Cinit, Cnew) associated to said traffic and matching propagation conditions of said connection path; and c) operating said nodes (N1, N2) so as to bring said connection path in said selected state (Sinit, Snew); characterized in that d) said selected state (Sinit, Snew) has a minimum state capacity amongst the states (S1,... S6) having a state capacity (SCj) higher than or equal to said capacity (Cinit, Cnew). a) determining a set of states (S(j, n)) of said connection path, wherein said connection path, in each state, has a state capacity (SCj) and a state power consumption (SP(j, n)); b) upon reception of a request (Cinit, Cnew, Pnew) relating to traffic carried on said connection path, selecting a state (Sinit, Snew) having a minimum state power consumption within said set of states (S1,... S6), said selected state (Sinit, Snew) having a state capacity (SCj) higher than or equal to a capacity (Cinit, Cnew) associated to said traffic and matching propagation conditions of said connection path; and c) operating said nodes (N1, N2) so as to bring said connection path in said selected state (Sinit, Snew); characterized in that d) said selected state (Sinit, Snew) has a minimum state capacity amongst the states (S1,... S6) having a state capacity (SCj) higher than or equal to said capacity (Cinit, Cnew).
An apparatus for detecting a relative position of medical devices located within in a human body, the apparatus comprising: an outer elongate member including a sensor located at a distal end of the outer elongate member; an inner elongate member configured to move within the outer elongate member, the inner elongate member comprising a plurality of electrodes, a first sensor member (58 1), wherein the first sensor member (58 1) is located a known distance from each electrode of the plurality of electrodes, wherein the system is configured such that a first signal is generated by movement of the first sensor member (58 1) relative to the sensor; and a second sensor member (58 2) spaced radially from the first sensor member (58 1), wherein the system is configured such that a second signal is generated by movement of the second sensor member (58 2) relative to the sensor; and a position detection module including an electronic control unit configured to determine a longitudinal position and a rotational position of the inner elongate member relative to the outer elongate member based on the first signal and the second signal. an outer elongate member including a sensor located at a distal end of the outer elongate member; an inner elongate member configured to move within the outer elongate member, the inner elongate member comprising a plurality of electrodes, a first sensor member (58 1), wherein the first sensor member (58 1) is located a known distance from each electrode of the plurality of electrodes, wherein the system is configured such that a first signal is generated by movement of the first sensor member (58 1) relative to the sensor; and a second sensor member (58 2) spaced radially from the first sensor member (58 1), wherein the system is configured such that a second signal is generated by movement of the second sensor member (58 2) relative to the sensor; and, the inner elongate member comprising a plurality of electrodes, a first sensor member (58 1), wherein the first sensor member (58 1) is located a known distance from each electrode of the plurality of electrodes, wherein the system is configured such that a first signal is generated by movement of the first sensor member (58 1) relative to the sensor; and a second sensor member (58 2) spaced radially from the first sensor member (58 1), wherein the system is configured such that a second signal is generated by movement of the second sensor member (58 2) relative to the sensor; and a position detection module including an electronic control unit configured to determine a longitudinal position and a rotational position of the inner elongate member relative to the outer elongate member based on the first signal and the second signal.
An immunogenic composition comprising: a) a conjugate that is a capsular saccharide from Group B Streptococcus serotype Ia conjugated to a carrier protein; b) a conjugate that is a capsular saccharide from Group B Streptococcus serotype Ib conjugated to a carrier protein; and c) a conjugate that is a capsular saccharide from Group B Streptococcus serotype III conjugated to a carrier protein, wherein (i) each GBS capsular saccharide is present at an amount of about 5 μg, 10 μg or 20 μg per unit dose, (ii) the carrier protein in a), b) and c) is diphtheria toxoid or CRM 197 and (iii) the immunogenic composition does not contain an aluminium salt adjuvant.
A glass component, comprising at least one glass element, wherein the glass element consists of conventional glass such as centrifugal casting glass, cylindrical glass, drawn glass, cast glass, blown glass, or glass with a similar structure, wherein the conventional glass comprises a coating and/or a film which shows a filter effect and/or an absorption for electromagnetic radiation in the UV wavelength range with wavelengths < 380 nm and in the blue-violet wavelength range between 380 nm and < 420 nm.
A method comprising: before booting up a computing device, receiving, at a system controller of the computing device via an out-of-band communication channel from a remote management system, a configuration request to configure an internet protocol address of the computing device, the configuration request specifying an internet protocol address for the computing device, wherein the configuration request is sent from the remote management system and the out-of-band communication channel is a connection using a dedicated channel independent of an operation system of the computing device; storing the specified internet protocol address in a storage associated with the system controller; booting up the computing device; receiving, at the system controller, an internet protocol address request from an operating system agent for the specified internet protocol address; and configuring the internet protocol address of the computing device based on the specified internet protocol address. before booting up a computing device, receiving, at a system controller of the computing device via an out-of-band communication channel from a remote management system, a configuration request to configure an internet protocol address of the computing device, the configuration request specifying an internet protocol address for the computing device, wherein the configuration request is sent from the remote management system and the out-of-band communication channel is a connection using a dedicated channel independent of an operation system of the computing device; storing the specified internet protocol address in a storage associated with the system controller; booting up the computing device; receiving, at the system controller, an internet protocol address request from an operating system agent for the specified internet protocol address; and configuring the internet protocol address of the computing device based on the specified internet protocol address.
A failure protection method of a network connecting between nodes (20, 30) by multiple working paths and a protection path, the failure protection method comprising determining an allocation bandwidth to be allocated to a detected path (PATH_1) on which a failure is detected, the detected path being one of the multiple paths (PATH_1, PATH_2) being set to the multiple working paths, depending on a bandwidth set for the detected path; switching the data transmitted on the detected path from one of the multiple working paths to the protection path; transmitting data to be transmitted by the detected path, by using the allocation bandwidth, the allocation bandwidth being determined within an entire bandwidth of the protection path; characterized by conducting the switching of the data transmitted to the protection path when the error rate of the detected path exceeds a first threshold, the first threshold being set beforehand in the multiple paths being set to the multiple working paths, wherein, when first data is transmitted by the detected path having an error rate which exceeds the first threshold, transmitting second data, which is a part of the first data at a rate corresponding to the first threshold using the allocation bandwidth determined within the entire bandwidth of the protection path when the data transmitted is switched to the protection path.
A method for accessing, by application programs (112, 114), resources (102, 104, 106, 107) provided by an operating system, the method comprising the steps of: (a) receiving, by a process executing inside an application isolation environment comprising an application isolation layer and a user isolation layer, a request for a resource and an identifier associated with the resource; (b) determining, by consulting a rules engine in which possible rules comprise the actions of redirect, ignore, and isolate, that the appropriate action is to redirect the request and identifier associated with the resource to a location outside the application isolation environment; (c) redirecting the request for the resource (102, 104, 106, 107) and the identifier associated with the resource (102, 104, 106, 107) to the determined location; and (d) responding to the request for the resource (102, 104, 106, 107) using an instance of the resource (102, 104, 106, 107) residing in the determined location. (a) receiving, by a process executing inside an application isolation environment comprising an application isolation layer and a user isolation layer, a request for a resource and an identifier associated with the resource; (b) determining, by consulting a rules engine in which possible rules comprise the actions of redirect, ignore, and isolate, that the appropriate action is to redirect the request and identifier associated with the resource to a location outside the application isolation environment; (c) redirecting the request for the resource (102, 104, 106, 107) and the identifier associated with the resource (102, 104, 106, 107) to the determined location; and (d) responding to the request for the resource (102, 104, 106, 107) using an instance of the resource (102, 104, 106, 107) residing in the determined location.
A drop-down assembly comprising: - a base frame; - a variable-length arm having a first member and a second member, the first member slidably coupled to the base frame via a guiding joint to define a coupling point and the second member slidably coupled to the first member; - an actuating arm pivotally coupled at a first end to the base frame remote from the coupling point and pivotally coupled at a second end to a coupled end of the first member, the actuating arm being pivotal between first and second positions, the pivoting of the actuating arm from the first position to the second position causing the variable-length arm to displace from a tool transporting position thereof to a tool access position thereof, characterized in that the actuating arm is further coupled to the second member via a composite linkage, the pivoting of the actuating arm from the first position to the second position causing the first member to pivot about the coupling point and slide relative to the coupling point and causing via the composite linkage the second member to slide relative to the first member. - a base frame; - a variable-length arm having a first member and a second member, the first member slidably coupled to the base frame via a guiding joint to define a coupling point and the second member slidably coupled to the first member; - an actuating arm pivotally coupled at a first end to the base frame remote from the coupling point and pivotally coupled at a second end to a coupled end of the first member, the actuating arm being pivotal between first and second positions, the pivoting of the actuating arm from the first position to the second position causing the variable-length arm to displace from a tool transporting position thereof to a tool access position thereof, characterized in that the actuating arm is further coupled to the second member via a composite linkage, the pivoting of the actuating arm from the first position to the second position causing the first member to pivot about the coupling point and slide relative to the coupling point and causing via the composite linkage the second member to slide relative to the first member.
Conveying system comprising a safety circuit, the safety circuit comprising an interface unit, which interface unit comprises: an input circuit for a signal (3a, 3b) determining the safety of the conveying system; wherein a series circuit of safety switches (7a, 7b, 7c), e.g. safety switches for monitoring the status/locking of entrances to an elevator hoistway, is led to the aforementioned input circuit, wherein optionally a safety switch, e.g. a safety switch of an overspeed governor, is separately led to the aforementioned input circuit, wherein the interface unit comprises a controllable switch for disconnecting the signal (3a, 3b) to be supplied to the input circuit, said signal (3a, 3b) determining the safety of the conveying system; characterized in that the interface unit comprises means (4a, 4b, 5a, 5b) for supplying a testing signal to the input circuit and means for testing the operating condition of the input circuit, wherein the interface unit is configured to supply the testing signal to the input circuit when the signal (3a, 3b) determining the safety of the conveying system has been disconnected and to determine the operating condition of the input circuit when the signal (3a, 3b) determining the safety of the conveying system has been disconnected. an input circuit for a signal (3a, 3b) determining the safety of the conveying system; wherein a series circuit of safety switches (7a, 7b, 7c), e.g. safety switches for monitoring the status/locking of entrances to an elevator hoistway, is led to the aforementioned input circuit, wherein optionally a safety switch, e.g. a safety switch of an overspeed governor, is separately led to the aforementioned input circuit, wherein the interface unit comprises a controllable switch for disconnecting the signal (3a, 3b) to be supplied to the input circuit, said signal (3a, 3b) determining the safety of the conveying system; characterized in that the interface unit comprises means (4a, 4b, 5a, 5b) for supplying a testing signal to the input circuit and means for testing the operating condition of the input circuit, wherein the interface unit is configured to supply the testing signal to the input circuit when the signal (3a, 3b) determining the safety of the conveying system has been disconnected and to determine the operating condition of the input circuit when the signal (3a, 3b) determining the safety of the conveying system has been disconnected.
An obstruction removal device (200, 300), characterized by: a plurality of engaging members (100, 203, 303, 407, 408) connected together such that said engaging members (100, 203, 303, 407, 408) are able to rotate independently of each other; at least one proximal structure (201, 301) connected to said plurality of engaging members (100, 203, 303, 407, 408) such that said plurality of engaging members (100, 203, 303, 407, 408) are allowed to rotate independently of said proximal structure (201, 301); said plurality of engaging members including a collapsed configuration and an expanded configuration. a plurality of engaging members (100, 203, 303, 407, 408) connected together such that said engaging members (100, 203, 303, 407, 408) are able to rotate independently of each other; at least one proximal structure (201, 301) connected to said plurality of engaging members (100, 203, 303, 407, 408) such that said plurality of engaging members (100, 203, 303, 407, 408) are allowed to rotate independently of said proximal structure (201, 301); said plurality of engaging members including a collapsed configuration and an expanded configuration.
Built-in gas fireplace of the closed type, comprising a combustion chamber which is formed in a housing and which can be sealed off by a removable sealing element made from heat-resistant glass, characterized in that at least one of the peripheral edges of said housing comprises a transparent supporting edge against which the sealing element is pressed.
A device for treating an aneurysm of a human or mammal patient comprising: - an implantable member adapted to hold fluid, wherein said member is adapted to be placed in connection with a blood vessel having the aneurysm, the member being adapted to exercise a pressure on the aneurysm of said blood vessel, wherein the device is adapted to prevent or reduce an expansion of said aneurysm, and characterized by - a first sensor or first measuring device for sensing or measuring an expansion of the aneurysm; - an implantable pressure regulator (503, 603) comprising a pump adapted to regulate the pressure in the member to a pressure of less than the diastolic blood pressure of the treated patient, the diastolic blood pressure being a parameter received from a second sensor or second measuring device configured to measure a blood pressure of the patient, and - a control unit adapted to control the pressure regulator based on a signal generated by the first sensor or first measuring device. - an implantable member adapted to hold fluid, wherein said member is adapted to be placed in connection with a blood vessel having the aneurysm, the member being adapted to exercise a pressure on the aneurysm of said blood vessel, wherein the device is adapted to prevent or reduce an expansion of said aneurysm, and characterized by - a first sensor or first measuring device for sensing or measuring an expansion of the aneurysm; - an implantable pressure regulator (503, 603) comprising a pump adapted to regulate the pressure in the member to a pressure of less than the diastolic blood pressure of the treated patient, the diastolic blood pressure being a parameter received from a second sensor or second measuring device configured to measure a blood pressure of the patient, and - a control unit adapted to control the pressure regulator based on a signal generated by the first sensor or first measuring device.
Electrode patch (10, 10'), in particular for performing electrocardiography, comprising: an elastic adhesive layer (12, 12') having an adhesive contact surface (14, 14') that is configured to adhere to the skin of a subject the electrode patch (10, 10') is applied to; an elastic conductive layer (26, 26') including a plurality of measurement points and conductive paths, the conductive paths being configured to conductively connect the plurality of measurement points to a connector; and a plurality of electrodes, wherein each of the plurality of electrodes is formed at least by one of the plurality of measurement points and a corresponding recess provided in the adhesive layer (12, 12'), which recess extends through the entire layer thickness of the adhesive layer (12, 12') and is provided or providable with a substance (30, 30') that is adhesive and conductive, such as hydrogel, so as to conductively connect the one of the plurality of measurement points to the skin of the subject; wherein at least 90% of the area of the electrode patch (10, 10') is radiolucent by means of radiolucency of the adhesive layer (12, 12') and the conductive layer (26, 26'), and wherein the electrode patch (10, 10') comprises a hybrid adhesive layer comprising the adhesive layer, which is locally adhesively reinforced by a reinforcing adhesive layer. an elastic adhesive layer (12, 12') having an adhesive contact surface (14, 14') that is configured to adhere to the skin of a subject the electrode patch (10, 10') is applied to; an elastic conductive layer (26, 26') including a plurality of measurement points and conductive paths, the conductive paths being configured to conductively connect the plurality of measurement points to a connector; and a plurality of electrodes, wherein each of the plurality of electrodes is formed at least by one of the plurality of measurement points and a corresponding recess provided in the adhesive layer (12, 12'), which recess extends through the entire layer thickness of the adhesive layer (12, 12') and is provided or providable with a substance (30, 30') that is adhesive and conductive, such as hydrogel, so as to conductively connect the one of the plurality of measurement points to the skin of the subject; wherein at least 90% of the area of the electrode patch (10, 10') is radiolucent by means of radiolucency of the adhesive layer (12, 12') and the conductive layer (26, 26'), and wherein the electrode patch (10, 10') comprises a hybrid adhesive layer comprising the adhesive layer, which is locally adhesively reinforced by a reinforcing adhesive layer.
Rubber composition based on at least one diene elastomer, a reinforcing filler and a 1,3-dipolar compound corresponding to the formula: Q-A-B in which: Q comprises a dipole containing at least and preferably one nitrogen atom, A, which is preferably divalent, is an atom or a group of atoms connecting Q to B, B comprises a ring corresponding to the formula: in which: three of the four symbols Z, Y, R and R', which are identical or different, each represent an atom or a group of atoms, it being possible for Z and Y to form, together with the carbon atoms to which they are attached, a ring, and the fourth symbol Z, Y, R or R' denotes a direct attachment to A. Q comprises a dipole containing at least and preferably one nitrogen atom, A, which is preferably divalent, is an atom or a group of atoms connecting Q to B, B comprises a ring corresponding to the formula: three of the four symbols Z, Y, R and R', which are identical or different, each represent an atom or a group of atoms, it being possible for Z and Y to form, together with the carbon atoms to which they are attached, a ring, and the fourth symbol Z, Y, R or R' denotes a direct attachment to A.