mhurhangee/ep-ind-claims huggingface dataset:
Wearable apparatus for assisting a human when performing a load-involved task, the wearable apparatus comprising: - a core unit including: -- a vest and/or belt wearable on a torso, shoulder and/or hip of the human, and -- a plurality of first interfaces fixed to the vest and/or belt at opposite lateral sides thereof; and - a modular support structure including: -- a second interface configured to be detachably connected to any one of the plurality of first interfaces, the second interface including at least one receiving section, -- at least one rod configured to be detachably coupled to the receiving section, and -- at least one support module coupled to one of the at least one rod and configured to support a limb of the human and/or a tool employed for the task. - a core unit including: -- a vest and/or belt wearable on a torso, shoulder and/or hip of the human, and -- a plurality of first interfaces fixed to the vest and/or belt at opposite lateral sides thereof; and -- a vest and/or belt wearable on a torso, shoulder and/or hip of the human, and -- a plurality of first interfaces fixed to the vest and/or belt at opposite lateral sides thereof; and - a modular support structure including: -- a second interface configured to be detachably connected to any one of the plurality of first interfaces, the second interface including at least one receiving section, -- at least one rod configured to be detachably coupled to the receiving section, and -- at least one support module coupled to one of the at least one rod and configured to support a limb of the human and/or a tool employed for the task. -- a second interface configured to be detachably connected to any one of the plurality of first interfaces, the second interface including at least one receiving section, -- at least one rod configured to be detachably coupled to the receiving section, and -- at least one support module coupled to one of the at least one rod and configured to support a limb of the human and/or a tool employed for the task. -- at least one support module coupled to one of the at least one rod and configured to support a limb of the human and/or a tool employed for the task.
A method for moving at least one service or an IP session from a first access (11,12,13) to a second access (11,12,13), comprising the following steps: - a Gateway, GW, routes a data packet flow between a Packet Data Network, PDN, and a User Equipment, UE, for said service or IP session over the first access (11,12,13); - the GW monitors the data packet flow between the PDN and the UE to detect the network performance of the first access (11,12,13); wherein a Policy and Charging Enforcement Function, PCEF, in the GW performs packet header inspection on routed packets in the data packet flow to identify a packet, thereby enabling performance analysis; - the GW moves the routing of the data packet flow to the second access (11,12,13) when the network performance goes below a threshold. - a Gateway, GW, routes a data packet flow between a Packet Data Network, PDN, and a User Equipment, UE, for said service or IP session over the first access (11,12,13); - the GW monitors the data packet flow between the PDN and the UE to detect the network performance of the first access (11,12,13); wherein a Policy and Charging Enforcement Function, PCEF, in the GW performs packet header inspection on routed packets in the data packet flow to identify a packet, thereby enabling performance analysis; - the GW moves the routing of the data packet flow to the second access (11,12,13) when the network performance goes below a threshold.
A computer implemented method for estimating an attitude in a plurality of attitudes of an implement operably coupled to a vehicle body, the implement having an implement acceleration and the vehicle body having a body acceleration, wherein each attitude in the plurality of attitudes corresponds to a time instant in a plurality of time instants, the method comprising the steps of: receiving a body acceleration measurement from a body accelerometer mounted on the vehicle body; receiving an implement acceleration measurement from an implement accelerometer mounted on the implement; calculating a first state vector estimate corresponding to a first time instant in the plurality of time instants: characterized in that the first state vector estimate is based at least in part on the body acceleration measurement and the implement acceleration measurement, and is calculated by calculating a measurement vector based at least in part on the body acceleration measurement and the implement acceleration measurement and performing an extended Kalman filter procedure on the measurement vector; and the first state vector estimate comprises a representation of a first attitude of the implement relative to the vehicle body, the representation being a rotation quaternion q given by: q = q 0 q 1 q 2 q 3, q 0 2 + q 1 2 + q 2 2 + q 3 2 = 1. receiving a body acceleration measurement from a body accelerometer mounted on the vehicle body; receiving an implement acceleration measurement from an implement accelerometer mounted on the implement; calculating a first state vector estimate corresponding to a first time instant in the plurality of time instants: characterized in that the first state vector estimate is based at least in part on the body acceleration measurement and the implement acceleration measurement, and is calculated by calculating a measurement vector based at least in part on the body acceleration measurement and the implement acceleration measurement and performing an extended Kalman filter procedure on the measurement vector; and the first state vector estimate comprises a representation of a first attitude of the implement relative to the vehicle body, the representation being a rotation quaternion q given by: q = q 0 q 1 q 2 q 3, q 0 2 + q 1 2 + q 2 2 + q 3 2 = 1. characterized in that the first state vector estimate is based at least in part on the body acceleration measurement and the implement acceleration measurement, and is calculated by calculating a measurement vector based at least in part on the body acceleration measurement and the implement acceleration measurement and performing an extended Kalman filter procedure on the measurement vector; and the first state vector estimate comprises a representation of a first attitude of the implement relative to the vehicle body, the representation being a rotation quaternion q given by: q = q 0 q 1 q 2 q 3, q 0 2 + q 1 2 + q 2 2 + q 3 2 = 1.
A tool, such as an injection moulding tool or an embossing/pressing tool, comprising means for forming plastic at an active surface, the tool having an electrically conductive top layer that is heated by means of currents induced by a coil, placed beneath the top layer as seen from the active surface, and a backing layer being placed beneath the coil as seen from the active surface, the backing layer having a lower resistivity than the top layer and being connected to the top layer at least at the opposing edges where the windings of the coil turn, characterised in that at least one electromagnetic absorption layer is placed in a pattern between a part of the top layer surface and the coil, such that the heat generated at the active surface varies over the active surface, being lower over the pattern where the absorption layer is located.
A composition comprising mycobacterial RNA isolated from mycobacterial cells; and, mycobacterial cell walls isolated from mycobacterial cells, wherein the composition does not contain phenol or pronase, and wherein the RNA is in the form of oligoribonucleotides and polyribonucleotides 2 to 150 bases in length. mycobacterial RNA isolated from mycobacterial cells; and, mycobacterial cell walls isolated from mycobacterial cells, wherein the composition does not contain phenol or pronase, and wherein the RNA is in the form of oligoribonucleotides and polyribonucleotides 2 to 150 bases in length.
Method of estimation and correction, at the level of a base station (100, 114, 115, 116), of a frequency drift (ΔF 1, ΔF i, ΔF N) between signals transmitted by a plurality of antenna systems (101, 102, 103, 119, 120, 121, 124, 125, 126, 127, 200, 306_1, 306_i, 306_N) spatially distributed around a computing unit (104, 118, 122, 126, 304) of the base station and signals received by a radio device (106, 107, 108, 128, 129, 130, 201, 310), the method comprising: a) the sending, by the radio device, of a first signal (UPLINK), said signal being received by each of the antenna systems; b) the conversion, by the antenna systems, of said first received signal into second baseband signals, and their transmission, by the antenna systems, to the computing unit; c) the measurement, by the computing unit, of angles of arrival (θ 1, θ i, θ N) of the second signals and of the frequency drift of the second baseband signals; d) the estimation, by the computing unit, of a displacement angle (θ M) of the radio device, of a first frequency offset (F DOP) induced by the displacement of the radio device, and of a second frequency offset (F CFO) between a clock of the radio device and synchronized clocks of the antenna systems; e) the frequency adjustment and the pre-coding taking into account the obtained estimations, by the computing unit and for each of the antenna systems, of third baseband signals; and f) the transmission, by the computing unit, of the third baseband signals to the plurality of antenna systems and the transmission, by said plurality of antenna systems, of said third baseband signals to the radio device. a) the sending, by the radio device, of a first signal (UPLINK), said signal being received by each of the antenna systems; b) the conversion, by the antenna systems, of said first received signal into second baseband signals, and their transmission, by the antenna systems, to the computing unit; c) the measurement, by the computing unit, of angles of arrival (θ 1, θ i, θ N) of the second signals and of the frequency drift of the second baseband signals; d) the estimation, by the computing unit, of a displacement angle (θ M) of the radio device, of a first frequency offset (F DOP) induced by the displacement of the radio device, and of a second frequency offset (F CFO) between a clock of the radio device and synchronized clocks of the antenna systems; e) the frequency adjustment and the pre-coding taking into account the obtained estimations, by the computing unit and for each of the antenna systems, of third baseband signals; and f) the transmission, by the computing unit, of the third baseband signals to the plurality of antenna systems and the transmission, by said plurality of antenna systems, of said third baseband signals to the radio device.
A method of storing a set of M variable length data blocks in an allocated portion of memory, each variable length data block having a maximum size of N * B, wherein M and N are integers greater than or equal to two, and B is a maximum data size that can be written to the memory using a single memory access request, wherein the allocated portion of memory has a size greater than or equal to M*N*B and is partitioned into a maximum accessible data unit section and a remainder section, the maximum accessible data unit section being sub-divided into M equal-sized chunks and each variable length data block in the set is allocated one of the chunks, the method comprising: storing, for each variable length data block in the set, a first P non-overlapping portions of size B of the variable length data block within the chunk of the memory allocated to that variable length data block, wherein each chunk of the memory has a same size of X * B, X is a constant integer less than N, and P is a minimum of (i) a number of non-overlapping portions of size B of the variable length data block and (ii) X; storing any remaining portions of the variable length data blocks in the set in the remainder section of the memory that is shared between the variable length data blocks of the set; and storing, in a header section of the memory, information indicating a size of each of the variable length data blocks in the set. storing, for each variable length data block in the set, a first P non-overlapping portions of size B of the variable length data block within the chunk of the memory allocated to that variable length data block, wherein each chunk of the memory has a same size of X * B, X is a constant integer less than N, and P is a minimum of (i) a number of non-overlapping portions of size B of the variable length data block and (ii) X; storing any remaining portions of the variable length data blocks in the set in the remainder section of the memory that is shared between the variable length data blocks of the set; and storing, in a header section of the memory, information indicating a size of each of the variable length data blocks in the set.
A computer-implemented method for providing a user of a mobile device access to patient information and patient physiological data, the method being executed using one or more processors-and comprising: processing, by the one or more processors, patient data to generate one or more graphical representations of the patient data, the patient data reflective of one or more physiological characteristics of a patient, at least one graphical representation of the one or more graphical representations comprising a waveform; displaying, by a display of a computing device, at least one waveform segment of the waveform; and displaying, by the display of the computing device, a plurality of calipers (1104, 1106, 1108) associated with the at least one waveform segment, each caliper of the plurality of calipers (1104, 1106, 1108) being associated with an interval of the at least one waveform segment characterized in that at least one of the plurality of calipers (1104, 1106, 1108) defining an endpoint of a first interval of the at least one waveform segment and a beginning point of a second interval of the at least one waveform segment that succeeds the first interval and is aligned with the first interval, such that an adjustment of a position of the at least one of the plurality of calipers (1104, 1106, 1108) affects a first interval distance and a second interval distance, wherein displaying the plurality of calipers (1104, 1106, 1108) comprises, for each caliper (1104, 1106, 1108): receiving a measurement value of the interval associated with the caliper; determining, relative to the at least one waveform segment, respective positions of a first handle (1104a, 1106a or 1108a) and a second handle (1104b, 1106b or 1108b) of the caliper (1104, 1106, 1108) based on the measurement; and displaying the first handle (1104a, 1106a or 1108a) and the second handle (1104b, 1106b or 1108b) in the respective positions relative to the at least one waveform segment. processing, by the one or more processors, patient data to generate one or more graphical representations of the patient data, the patient data reflective of one or more physiological characteristics of a patient, at least one graphical representation of the one or more graphical representations comprising a waveform; displaying, by a display of a computing device, at least one waveform segment of the waveform; and displaying, by the display of the computing device, a plurality of calipers (1104, 1106, 1108) associated with the at least one waveform segment, each caliper of the plurality of calipers (1104, 1106, 1108) being associated with an interval of the at least one waveform segment receiving a measurement value of the interval associated with the caliper; determining, relative to the at least one waveform segment, respective positions of a first handle (1104a, 1106a or 1108a) and a second handle (1104b, 1106b or 1108b) of the caliper (1104, 1106, 1108) based on the measurement; and displaying the first handle (1104a, 1106a or 1108a) and the second handle (1104b, 1106b or 1108b) in the respective positions relative to the at least one waveform segment.
Pharmaceutical composition consisting of a therapeutically effective amount of desmopressin or a pharmaceutically acceptable salt thereof, one or several preservatives, antibacterial and antifungal agents, selected from parabens and salts or mixtures thereof, one or several acids for adjusting the pH of the composition and water, selected from the group consisting of hydrochloric acid, nitric acid, phosphoric acid, sulfuric acid, acetic acid and citric acid, and mixtures thereof, said pharmaceutical composition being a stable, liquid and flexible-dose composition of pH between 3.5 and 5.0 to be administered orally.
A fire-resistant building element for supporting a glasswork, comprising a main metal hollow profile forming a main chamber and a pressure plate profile for pressing down the glasswork to be placed in said building element between the main metal hollow profile and the pressure plate profile, sealing means placed between the main metal hollow profile and the glasswork to be supported by the fire-resistant building element, said main metal hollow profile having a glasswork side and at least two lateral walls (201b, 201c) and a protruding fastening member protruding outwardly from a central section of the glasswork side for receiving fastening means, wherein a fire-resistant insert is fixedly placed inside the main metal hollow profile so as to border on at least the glasswork side of the main metal hollow profile said fire-resistant insert comprising an external tubular profile forming a first chamber, said external tubular profile having at least one glasswork side shaped for bordering on at least glasswork side of said main metal hollow profile from its interior wherein a composite material fills at least partially the first chamber, said fire-resistant building element being characterized in that, - An internal tubular profile having a glasswork side, is arranged inside said external tubular profile and forms a second chamber inside said first chamber, - a said internal tubular profile and said external tubular profile being fixedly interconnected on their two facing glasswork sides, - a composite material filling at least partially the first chamber, wherein said internal tubular profile and said external tubular profile are fixedly interconnected on two facing glasswork sides by at least two bridging elements so as to form at least one screw means receiving chamber between the two interconnected facing glasswork sides of the internal and external profiles (101,103), and wherein the screw means can enter the screw means receiving chamber of the fire resistant insert and further enter the second chamber of the fire-resistant insert. - An internal tubular profile having a glasswork side, is arranged inside said external tubular profile and forms a second chamber inside said first chamber, - a said internal tubular profile and said external tubular profile being fixedly interconnected on their two facing glasswork sides, - a composite material filling at least partially the first chamber,
A receptacle checkweigher comprising: a frame for holding a support surface; a moveable spindle having a plurality of recesses suitable for holding filled receptacles, the spindle connected to said support surface; a weighing device; a spindle drive motor suitable for producing rotation thereof; and an evacuation means for removing powder from the receptacle, characterised in that the weighing device is configured to weigh the spindle and the plurality of receptacles together. a frame for holding a support surface; a moveable spindle having a plurality of recesses suitable for holding filled receptacles, the spindle connected to said support surface; a weighing device; a spindle drive motor suitable for producing rotation thereof; and an evacuation means for removing powder from the receptacle, characterised in that the weighing device is configured to weigh the spindle and the plurality of receptacles together.
Power supply system for a load, comprising an asynchronous generator comprising a cage rotor intended to be driven by a motor means and a rectifier capable of rectifying the voltage delivered by the generator to power the load with continuous voltage, the rectifier being a rectifier with unidirectional electronic components and comprising a source of reactive power for the magnetisation of the asynchronous generator, the source of reactive power including a variable source of reactive power and a fixed source of reactive power, characterised in that the variable source of reactive power comprises a voltage undulator with insulated-gate bipolar transistors and at least one capacitor, the variable source of reactive power and the fixed source of reactive power being disposed in parallel and in bypass with respect to the generator and the rectifier.
Keyboard comprising several keys (11, 12) intended to be operated by a user, the operating of the keys (11, 12) making it possible to form, for each key, a signal representative of the operation thereof, comprising: • a planar waveguide having a first and a second external face (22, 23), it being possible for a light wave to reflect totally between the two faces (22, 23), the first face of the waveguide comprising a zone which is altered so that part of the wave leaves the waveguide via the altered zone in order to backlight the keyboard, • for each key, a plunger (14, 15, 35) which can be moved by the corresponding key (11, 12) between two positions, one in contact with the first face of the waveguide and the other remote from the first face, the contact of the plunger (14, 15, 35) with the first face causing the reflection of the wave in the waveguide to be locally frustrated, • under each of the plungers (14, 15, 35), a sensor (26, 27) arranged in an empty space delimited by the second face, the sensor (26, 27) being configured to detect the frustration of the reflection, the sensor (26, 27) forming the respective representative signal. • a planar waveguide having a first and a second external face (22, 23), it being possible for a light wave to reflect totally between the two faces (22, 23), the first face of the waveguide comprising a zone which is altered so that part of the wave leaves the waveguide via the altered zone in order to backlight the keyboard, • for each key, a plunger (14, 15, 35) which can be moved by the corresponding key (11, 12) between two positions, one in contact with the first face of the waveguide and the other remote from the first face, the contact of the plunger (14, 15, 35) with the first face causing the reflection of the wave in the waveguide to be locally frustrated, • under each of the plungers (14, 15, 35), a sensor (26, 27) arranged in an empty space delimited by the second face, the sensor (26, 27) being configured to detect the frustration of the reflection, the sensor (26, 27) forming the respective representative signal.