mhurhangee/ep-ind-claims huggingface dataset:
Accessory (110, 210) for an inhaler (100, 200), adapted to be assembled removably on a casing (101, 201) of the inhaler (100, 200), comprising: - an acceleration sensor (112, 212), - a proximity sensor (113, 213), - an electronic circuitry (114, 214) electrically connected to said acceleration sensor (112, 212) and said proximity sensor (113, 213); wherein said electronic circuitry (114, 214) in combination with said acceleration sensor (112, 212) and said proximity sensor (113, 213) is adapted to detect a drug administration process; wherein said electronic circuitry (114, 214) in combination with said acceleration sensor (112, 212) is adapted to detect an inhalation flow inside said inhaler (100, 200); wherein operation of the accessory provides for a sleep operating status adapted for detection of the start of the drug administration process and an active operating status adapted for detection of the drug administration process; wherein said electronic circuitry (114, 214) memorizes a program adapted to determine the operation of the accessory (110, 210), and wherein said operation envisages different operating statuses including the sleep operating status and the active operating status; wherein the active operating status provides at least for a low-power operating sub-status adapted at least for the detection of the loading of the inhaler and a high-power operating sub-status adapted at least for the detection of the inhalation of the drug. - an acceleration sensor (112, 212), - a proximity sensor (113, 213), - an electronic circuitry (114, 214) electrically connected to said acceleration sensor (112, 212) and said proximity sensor (113, 213); wherein said electronic circuitry (114, 214) in combination with said acceleration sensor (112, 212) and said proximity sensor (113, 213) is adapted to detect a drug administration process; wherein said electronic circuitry (114, 214) in combination with said acceleration sensor (112, 212) is adapted to detect an inhalation flow inside said inhaler (100, 200); wherein operation of the accessory provides for a sleep operating status adapted for detection of the start of the drug administration process and an active operating status adapted for detection of the drug administration process; wherein said electronic circuitry (114, 214) memorizes a program adapted to determine the operation of the accessory (110, 210), and wherein said operation envisages different operating statuses including the sleep operating status and the active operating status; wherein the active operating status provides at least for a low-power operating sub-status adapted at least for the detection of the loading of the inhaler and a high-power operating sub-status adapted at least for the detection of the inhalation of the drug.
Method for the production of vehicle components and/or structural components from a plastics material, wherein the plastics material is a fibre composite material, wherein the vehicle components are designed as planar shaped parts, wherein the vehicle components or structural components, for the positioning during production and/or positioning during assembly with further vehicle components, and/or positioning in the motor vehicle, have a reference point system, wherein this is formed by a multiplicity of reference points (RP1, RP2, RP3), wherein the reference points are realized as circular depressions, wherein in the depression is respectively realized an additional depression, wherein a first reference point has as the additional depression a further circular depression of lesser diameter, wherein a second reference point has as the additional depression a depression in the form of a long hole, wherein a third reference point has as the additional depression a small, round notch, wherein the reference points (RP1, RP2, RP3) of the reference point system are created in the shaping production of the vehicle component, in a mould for the production of the vehicle components and structural components.
A method for performing, by a first apparatus, wireless communication, the method comprising: generating a Phase Tracking - Reference Signal, PT-RS; transmitting, to a second apparatus, a sidelink control information, SCI, on a Physical Sidelink Control Channel, PSCCH; obtaining a Resource Block, RB, offset related to the PT-RS based on a Cyclic Redundancy Check, CRC, on the PSCCH; mapping, based on the RB offset related to the PT-RS, the PT-RS to a subcarrier on a Physical Sidelink Shared Channel, PSSCH, resource related to the PSCCH;and transmitting, to the second apparatus, the PT-RS on the PSSCH resource. generating a Phase Tracking - Reference Signal, PT-RS; transmitting, to a second apparatus, a sidelink control information, SCI, on a Physical Sidelink Control Channel, PSCCH; obtaining a Resource Block, RB, offset related to the PT-RS based on a Cyclic Redundancy Check, CRC, on the PSCCH; mapping, based on the RB offset related to the PT-RS, the PT-RS to a subcarrier on a Physical Sidelink Shared Channel, PSSCH, resource related to the PSCCH;and transmitting, to the second apparatus, the PT-RS on the PSSCH resource.
A method of aiding in the diagnosis of Lyme disease, comprising: assaying a first sample obtained from a subject having, or suspected of having, Lyme disease for one or more peptides produced by proteolytic activity of Borrelia burgdorferi sensu lato HtrA on at least one host protein substrate, to produce an assay result wherein detection of the one or more peptides is indicative of an active Borrelia burgdorferi sensu lato infection in the subject. assaying a first sample obtained from a subject having, or suspected of having, Lyme disease for one or more peptides produced by proteolytic activity of Borrelia burgdorferi sensu lato HtrA on at least one host protein substrate, to produce an assay result wherein detection of the one or more peptides is indicative of an active Borrelia burgdorferi sensu lato infection in the subject.
A system for changing from automated operation of a host-vehicle to manual control of the host-vehicle by an operator, said system comprising: a sensor installed in a host-vehicle, said sensor operable to determine a state-of-awareness of an operator of the host-vehicle; a data-source that provides route-data used for automated operation of the host-vehicle, wherein said route-data includes a map and a control-rule for automated operation of the host-vehicle while navigating the map when the state of awareness of the operator is attentive, wherein the control-rule specifies how to operate the host-vehicle based on a traffic scenario; and a controller in communication with the sensor and the data-source, said controller configured to operate the host-vehicle during automated operation of the host-vehicle in accordance with the route-data, wherein the controller is configured to modify the control-rule to increase time for the operator to become prepared to take manual control of the host-vehicle when the state-of-awareness of the operator is not attentive. a sensor installed in a host-vehicle, said sensor operable to determine a state-of-awareness of an operator of the host-vehicle; a data-source that provides route-data used for automated operation of the host-vehicle, wherein said route-data includes a map and a control-rule for automated operation of the host-vehicle while navigating the map when the state of awareness of the operator is attentive, wherein the control-rule specifies how to operate the host-vehicle based on a traffic scenario; and a controller in communication with the sensor and the data-source, said controller configured to operate the host-vehicle during automated operation of the host-vehicle in accordance with the route-data, wherein the controller is configured to modify the control-rule to increase time for the operator to become prepared to take manual control of the host-vehicle when the state-of-awareness of the operator is not attentive.
Heat exchanger comprising a heating body made up of a plurality of circulation plates (2, 2a-2c) which are nested one inside the other and formed between which are spaces (20, 21) configured to be flowed through by a fluid, the heating body comprising at least one header (5, 5a-5d) which connects the spaces (20, 21), the heat exchanger comprising a manifold via which the header (5, 5a-5d) is connected to a circuit outside the heat exchanger, characterized in that the header (5, 5a-5d) has a header cross section, the manifold has a manifold cross section different from the header cross section, the heat exchanger comprising an adapter which is interposed between the header and the manifold and joins the header cross section to the manifold cross section, the heating body comprising a first end plate having four openings: a first opening, a second opening, a third opening and a fourth opening, the heat exchanger being characterized in that the adapter is an independent part having a first end secured to the first end plate and a second end secured to the manifold, the adapter comprising at least one bearing end stop for bearing against the first end plate, the end stop being configured to limit the insertion of the adapter into the first end plate by coming into contact with the rim of one of the openings of the first end plate, for example the first opening.
An electronic device, comprising: a sensor that is configured to acquire a pulse wave of a subject; and a controller that is configured to estimate the blood glucose level of the subject on the basis of an estimation expression created on the basis of a blood glucose level and a pulse wave corresponding to the blood glucose level, and the pulse wave of the subject acquired by the sensor, wherein the controller is configured to estimate the blood glucose level of the subject after eating on the basis of an inputted or transmitted blood glucose level of the subject before eating, measured using a blood glucose meter and inputted via an input interface of the electronic device or transmitted by the blood glucose meter via a communication interface of the electronic device, wherein the device is configured to measure the pulse wave before eating, to measure the pulse wave after eating, to analyse the pulse waves before eating and after eating, and to estimate blood glucose level after eating using the estimation expression and applying thereto the inputted or transmitted blood glucose level before eating, the result of analyzing pulse waves before eating and after eating, and an inputted age of the subject. a sensor that is configured to acquire a pulse wave of a subject; and a controller that is configured to estimate the blood glucose level of the subject on the basis of an estimation expression created on the basis of a blood glucose level and a pulse wave corresponding to the blood glucose level, and the pulse wave of the subject acquired by the sensor, wherein the controller is configured to estimate the blood glucose level of the subject after eating on the basis of an inputted or transmitted blood glucose level of the subject before eating, measured using a blood glucose meter and inputted via an input interface of the electronic device or transmitted by the blood glucose meter via a communication interface of the electronic device, wherein the device is configured to measure the pulse wave before eating, to measure the pulse wave after eating, to analyse the pulse waves before eating and after eating, and to estimate blood glucose level after eating using the estimation expression and applying thereto the inputted or transmitted blood glucose level before eating, the result of analyzing pulse waves before eating and after eating, and an inputted age of the subject.
A semi-solid composition suitable for use in a method of providing enteral nutrition to an individual, wherein said composition comprises proteins, carbohydrates and lipids, wherein the calories per ml of the composition are from 0.5 kcal to less than 1 kcal and yet the moisture content is 30 percent by mass or more.
A method of video coding for transforming a first block of residual pixel values of a moving picture by a transform matrix formed by a number of basis vectors generating a corresponding second block of transform coefficients comprising both DC and AC transform coefficients, the basis vectors being rows of the transform matrix, where at least one of the number of basis vectors corresponds to a DC transform coefficient in the second block of transform coefficients, the transform matrix is derived from a discrete cosine transform or a Karhunen-Loeve transform, the elements of the basis vectors are integers, the basis vectors' elements are less than 32, and one or more pairs of the basis vectors are non-orthogonal, wherein all the basis vectors' norms, each norm being the square sum of terms in the one respective row in the transform matrix, have a maximum deviation between the norms in the range (0%, 1%], and the one or more pairs of non-orthogonal basis vectors have inner vector products less than 1% of the norm of the basis vector corresponding to the DC transform coefficient in the second block of transform coefficients.
An imaging apparatus comprising: • an imaging unit for imaging an object, • a casing carrying said imaging unit and provided on a bottom part thereof with a component mounting unit for mounting components thereon, • wherein a first wiring board is arranged on said component mounting unit for extending along a bottom plate of said bottom part, • wherein a second wiring board is arranged towards said imaging unit in a spaced apart relation with respect to said first wiring board, said second wiring board being arranged in an upper portion within the inside of the bottom part, • wherein an extension unit mounting section, into which is inserted an extension unit from an insertion/ejection opening provided in a back surface of said bottom part, is mounted between the bottom plate of said bottom part and said second wiring board, • wherein at least a power supply circuit is formed on said first wiring board, characterized in that • another wiring board is mounted substantially at a right angle to the first wiring board on which abuts the distal end of the extension unit, • at least a signal processing circuit for processing image signals output from said imaging unit is formed on said second wiring board, • a panning mechanism for causing rotation of said imaging unit in the panning direction; there being provided a panning driving mechanism, as a driving source of said panning mechanism, on said first wiring board, wherein the first wiring board is mounted on the front surface side of the imaging apparatus and the second wiring board is mounted on the back surface side of the imaging apparatus. • an imaging unit for imaging an object, • a casing carrying said imaging unit and provided on a bottom part thereof with a component mounting unit for mounting components thereon, • wherein a first wiring board is arranged on said component mounting unit for extending along a bottom plate of said bottom part, • wherein a second wiring board is arranged towards said imaging unit in a spaced apart relation with respect to said first wiring board, said second wiring board being arranged in an upper portion within the inside of the bottom part, • wherein an extension unit mounting section, into which is inserted an extension unit from an insertion/ejection opening provided in a back surface of said bottom part, is mounted between the bottom plate of said bottom part and said second wiring board, • wherein at least a power supply circuit is formed on said first wiring board, • another wiring board is mounted substantially at a right angle to the first wiring board on which abuts the distal end of the extension unit, • at least a signal processing circuit for processing image signals output from said imaging unit is formed on said second wiring board, • a panning mechanism for causing rotation of said imaging unit in the panning direction; there being provided a panning driving mechanism, as a driving source of said panning mechanism, on said first wiring board,
A distributed load bearing, comprising: an outer flex ring configured to be positioned radially outwards of a shaft; a load distribution spring that is preloaded and positioned radially outwards of the outer flex ring, a radially inner surface of the load distribution spring contacting the outer flex ring, the radially inner surface of the load distribution spring being an arc defined by a first radius when the load distribution spring is in a lower load distribution mode, and the radially inner surface of the load distribution spring being an arc defined by a second radius when the load distribution spring is in a higher load distribution mode; and a retainer positioned radially outwards of the load distribution spring, the retainer angularly and radially positioning the load distribution spring, wherein the load distribution spring further comprises a load distribution hump positioned so as to apply a radially outward force to the retainer; and a pair of wings extending circumferentially away from opposite sides of the load distribution hump so as to apply a radially inward force to the outer flex ring, and the pair of wings overlapping a portion of an outer surface of the outer flex ring. an outer flex ring configured to be positioned radially outwards of a shaft; a load distribution spring that is preloaded and positioned radially outwards of the outer flex ring, a radially inner surface of the load distribution spring contacting the outer flex ring, the radially inner surface of the load distribution spring being an arc defined by a first radius when the load distribution spring is in a lower load distribution mode, and the radially inner surface of the load distribution spring being an arc defined by a second radius when the load distribution spring is in a higher load distribution mode; and a retainer positioned radially outwards of the load distribution spring, the retainer angularly and radially positioning the load distribution spring, wherein the load distribution spring further comprises a load distribution hump positioned so as to apply a radially outward force to the retainer; and a pair of wings extending circumferentially away from opposite sides of the load distribution hump so as to apply a radially inward force to the outer flex ring, and the pair of wings overlapping a portion of an outer surface of the outer flex ring.
Hotmelt adhesive composition comprising a) at least one thermoplastic, silane-grafted poly-α-olefin which is solid at 25°C, where the term "α-olefin" refers to an alkene of the empirical formula C x H 2x where x corresponds to the number of carbon atoms, which has a C-C double bond on the first carbon atom (α-carbon); b) at least one soft resin having a melting point or softening point between -10°C and 40°C, wherein the total weight of all thermoplastic, silane-grafted poly-α-olefins which are solid at 25°C and all soft resins and all optionally present solid thermoplastic poly-α-olefins (P') is more than 80% by weight, preferably more than 90% by weight, of the hotmelt adhesive composition, and wherein the weight ratio of all soft resins to all silane-grafted poly-α-olefins is less than 0.5, preferably between 0.2 and 0.4, most preferably between 0.3 and 0.4. a) at least one thermoplastic, silane-grafted poly-α-olefin which is solid at 25°C, where the term "α-olefin" refers to an alkene of the empirical formula C x H 2x where x corresponds to the number of carbon atoms, which has a C-C double bond on the first carbon atom (α-carbon); b) at least one soft resin having a melting point or softening point between -10°C and 40°C,
A system comprising: a planning section configured to generate a production plan for controlling a production site during a target interval, using a planning model that has been updated to a newest state; a base planning section configured to generate a base plan to serve as a base of the production plan, using an unupdated planning model; and a tracking section configured to acquire the production plan generated by the planning section and the base plan generated by the base planning section, and to track improvement in the production plan caused by the update of the planning model, based on the production plan and the base plan. a planning section configured to generate a production plan for controlling a production site during a target interval, using a planning model that has been updated to a newest state; a base planning section configured to generate a base plan to serve as a base of the production plan, using an unupdated planning model; and a tracking section configured to acquire the production plan generated by the planning section and the base plan generated by the base planning section, and to track improvement in the production plan caused by the update of the planning model, based on the production plan and the base plan.
A process to produce a catalyst composition, the process comprising: (i) contacting: (a) a fluorided silica-coated alumina; (b) a magnesium compound; and (c) a titanium compound and/or vanadium compound; to form a supported catalyst; and (ii) contacting the supported catalyst, a metallocene compound, and a co-catalyst to form the catalyst composition, and wherein the titanium compound comprises a titanium halide, a titanium alkoxide, or an alkoxytitanium halide, or combinations thereof, and wherein the vanadium compound comprises a vanadium halide, a vanadium alkoxide, or an alkoxyvanadium halide, or combinations thereof. (i) contacting: (a) a fluorided silica-coated alumina; (b) a magnesium compound; and (c) a titanium compound and/or vanadium compound; to form a supported catalyst; and (a) a fluorided silica-coated alumina; (b) a magnesium compound; and (c) a titanium compound and/or vanadium compound; (ii) contacting the supported catalyst, a metallocene compound, and a co-catalyst to form the catalyst composition, and wherein the titanium compound comprises a titanium halide, a titanium alkoxide, or an alkoxytitanium halide, or combinations thereof, and wherein the vanadium compound comprises a vanadium halide, a vanadium alkoxide, or an alkoxyvanadium halide, or combinations thereof.
A piece of luggage including a strap handle, comprising: a) a piece of luggage; b) a strap handle comprising a thin, elongated, slender strap; and c) means for having said strap handle added onto the piece of luggage; wherein said strap engages into said means; wherein said means sits within the piece of luggage; wherein said strap has a pair of ends; characterised in that said pair of ends of said strap bend downwardly onto themselves to form a pair of sleeves, respectively. a) a piece of luggage; b) a strap handle comprising a thin, elongated, slender strap; and c) means for having said strap handle added onto the piece of luggage;