mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving a request, via a network and from a remote user unauthorized to access a data package , for a quality score of the data package , wherein a metric for evaluating the quality score is defined by the remote user ; receiving a rule , wherein the rule is programmed to use, as input, the data package and generate, as output, the quality score , and wherein the rule is specified at least in part based on the metric ; generating the quality score by executing the rule on the data package ; and transmitting , via the network, the quality score and a description of the data package while blocking access by the remote user to the data package . receiving a request, via a network and from a remote user unauthorized to access a data package , for a quality score of the data package , wherein a metric for evaluating the quality score is defined by the remote user ; receiving a rule , wherein the rule is programmed to use, as input, the data package and generate, as output, the quality score , and wherein the rule is specified at least in part based on the metric ; generating the quality score by executing the rule on the data package ; and transmitting , via the network, the quality score and a description of the data package while blocking access by the remote user to the data package .
A method for determining a location and characteristics of at least one physical object in relation to an environment , comprising: obtaining, using an imaging device, a three-dimensional model of an environment containing said at least one physical object ; partitioning the three-dimensional model by surfaces ; identifying, for each surface at time, and surface by surface in a specified order, if at least a portion of said at least one physical object is cross-sectioned by the surface; applying, in the specified order, a conversion function to each identified cross-section of said at least one physical object for generating a sound object-dependent signal or a tactile object-dependent signal; associating a sound location-dependent signal or a tactile location-dependent signal unique for each surface, by super-positioning, in the specified order, each sound object-dependent signal or tactile object-dependent signal with a respective sound location-dependent signal or tactile location-dependent signal for creating a combined sound object-location signal or a combined tactile object-location signal; and, outputting the combined sound object-location signal or the combined tactile object-location signal to a user via an interface wherein at least one of the partitioning, the identifying, the applying, the associating, the superpositioning, and the outputting is performed by at least one computer. obtaining, using an imaging device, a three-dimensional model of an environment containing said at least one physical object ; partitioning the three-dimensional model by surfaces ; identifying, for each surface at time, and surface by surface in a specified order, if at least a portion of said at least one physical object is cross-sectioned by the surface; applying, in the specified order, a conversion function to each identified cross-section of said at least one physical object for generating a sound object-dependent signal or a tactile object-dependent signal; associating a sound location-dependent signal or a tactile location-dependent signal unique for each surface, by super-positioning, in the specified order, each sound object-dependent signal or tactile object-dependent signal with a respective sound location-dependent signal or tactile location-dependent signal for creating a combined sound object-location signal or a combined tactile object-location signal; and, outputting the combined sound object-location signal or the combined tactile object-location signal to a user via an interface wherein at least one of the partitioning, the identifying, the applying, the associating, the superpositioning, and the outputting is performed by at least one computer.
Method for measuring and controlling the EGR rate in a combustion engine system, the system comprising at least an EGR cooler, an EGR valve and a turbine, the method comprising determining an EGR mass flow (dm EGR ) from the difference between a total exhaust gas mass flow (dm Tot ) across the engine cylinders, and a turbine mass flow (dm Turb ) across the turbine; the total exhaust gas mass flow (dm Tot ) being calculated through a model by: - a total gas charge in a cylinder per stroke, calculated using boost air pressure (p2) and boost air temperature (T2) at the engine inlet; - together with the engine speed, calculating an actual gas mass flow from a gas charge; - obtaining said total exhaust gas mass flow (dmTot) as the sum of the total gas mass flow and the fuel mass flow; the method comprising an adaptation step to adjust the total exhaust gas mass flow (dm Tot ) to be equal to the turbine mass flow (dm Turb ) when the EGR valve is closed. - a total gas charge in a cylinder per stroke, calculated using boost air pressure (p2) and boost air temperature (T2) at the engine inlet; - together with the engine speed, calculating an actual gas mass flow from a gas charge; - obtaining said total exhaust gas mass flow (dmTot) as the sum of the total gas mass flow and the fuel mass flow;
A print liquid supply unit , comprising: a regulator assembly comprising an at least partially expandable or contractible pressure chamber; a port ; and sensor circuitry positioned between the regulator assembly and the port in a print liquid reservoir , characterized in that the sensor circuitry comprises a strain or pressure sensor configured to detect a deflection of a wall of the contractible pressure chamber and is distanced from the regulator assembly . a regulator assembly comprising an at least partially expandable or contractible pressure chamber; a port ; and sensor circuitry positioned between the regulator assembly and the port in a print liquid reservoir , characterized in that the sensor circuitry comprises a strain or pressure sensor configured to detect a deflection of a wall of the contractible pressure chamber and is distanced from the regulator assembly .
An IV access device comprising: a catheter adapter from which a catheter extends distally, the catheter adapter including a wing ; and a needle hub from which a needle extends distally, the needle hub being configured to be coupled to the catheter adapter such that the needle extends through the catheter; wherein the needle hub further includes a paddle grip oriented at an angle and configured to lift the wing to a corresponding angle. a catheter adapter from which a catheter extends distally, the catheter adapter including a wing ; and a needle hub from which a needle extends distally, the needle hub being configured to be coupled to the catheter adapter such that the needle extends through the catheter; wherein the needle hub further includes a paddle grip oriented at an angle and configured to lift the wing to a corresponding angle.
A disc brake assembly comprising: first and second brake pad assemblies ; a first brake pad retraction spring that extends between the first and second brake pad assemblies and that biases the first and second brake pad assemblies away from each other; and a sensor assembly that includes: a first sensor that is disposed on the first brake pad assembly ; and a wire harness that is electrically connected to the first sensor and characterized in that said wire harness is attached to the first brake pad retraction spring with an attachment feature that encircles the wire harness and the first brake pad retraction spring . first and second brake pad assemblies ; a first brake pad retraction spring that extends between the first and second brake pad assemblies and that biases the first and second brake pad assemblies away from each other; and a sensor assembly that includes: a first sensor that is disposed on the first brake pad assembly ; and a wire harness that is electrically connected to the first sensor and characterized in that said wire harness is attached to the first brake pad retraction spring with an attachment feature that encircles the wire harness and the first brake pad retraction spring . a first sensor that is disposed on the first brake pad assembly ; and a wire harness that is electrically connected to the first sensor and characterized in that said wire harness is attached to the first brake pad retraction spring with an attachment feature that encircles the wire harness and the first brake pad retraction spring .
A coil forming device , comprising: - a first bending unit that performs a first bending process with respect to a linear conductor ; and - a second bending unit that performs a second bending process with respect to the linear conductor , wherein the first bending unit and the second bending unit are integrated in said coil forming device , and wherein the first bending unit and the second bending unit are switched to access one linear conductor so as to perform the first bending process and the second bending process onto the linear conductor , characterized in that the first bending process is a compression bending process and the second bending process is a draw bending process wherein the second bending unit includes a core metal (200B-1), a clamp (200B-2), and a back pad (200B-3), and wherein the second bending unit performs the draw bending process on the linear conductor such that the linear conductor is interposed between the core metal (200B-1) and the clamp (200B-2), the back pad (200B-3) is attached to the linear conductor from a side where the clamp (200B-2) is attached, and the core metal (200B-1) and the clamp (200B-2) are integrally rotated, the second bending unit includes a core metal holder that supports the core metal (200B-1), and wherein a notch surface is provided in the core metal holder along the rotation center axis of the core metal (200B-1). - a first bending unit that performs a first bending process with respect to a linear conductor ; and - a second bending unit that performs a second bending process with respect to the linear conductor , wherein the first bending unit and the second bending unit are integrated in said coil forming device , and wherein the first bending unit and the second bending unit are switched to access one linear conductor so as to perform the first bending process and the second bending process onto the linear conductor , characterized in that the first bending process is a compression bending process and the second bending process is a draw bending process wherein the second bending unit includes a core metal (200B-1), a clamp (200B-2), and a back pad (200B-3), and wherein the second bending unit performs the draw bending process on the linear conductor such that the linear conductor is interposed between the core metal (200B-1) and the clamp (200B-2), the back pad (200B-3) is attached to the linear conductor from a side where the clamp (200B-2) is attached, and the core metal (200B-1) and the clamp (200B-2) are integrally rotated, the second bending unit includes a core metal holder that supports the core metal (200B-1), and wherein a notch surface is provided in the core metal holder along the rotation center axis of the core metal (200B-1).
A control member assembly for a control valve, the control member assembly comprising: a control member ; a retainer secured to one end of the control member , the retainer having a body portion, the body portion having a longitudinal axis, a top surface , and a bottom surface , the bottom surface having a first portion that extends only parallel to the longitudinal axis and a second portion that extends away from the first portion at a constant angle (Z), the second portion directly intersecting the first portion ; a sealing element disposed between the top surface of the retainer and the control member ; and a valve seat , wherein the second portion extends from the first portion until the sealing element radially upward along the constant angle (Z), meeting the sealing element at a first location and when the control member is in a closed position, the second portion and an inner surface of the valve seat are spaced from one another by a distance, and wherein the angle (Z) is more than 60 degrees but less than 90 degrees with respect to the longitudinal axis. a control member ; a retainer secured to one end of the control member , the retainer having a body portion, the body portion having a longitudinal axis, a top surface , and a bottom surface , the bottom surface having a first portion that extends only parallel to the longitudinal axis and a second portion that extends away from the first portion at a constant angle (Z), the second portion directly intersecting the first portion ; a sealing element disposed between the top surface of the retainer and the control member ; and a valve seat , wherein the second portion extends from the first portion until the sealing element radially upward along the constant angle (Z), meeting the sealing element at a first location and when the control member is in a closed position, the second portion and an inner surface of the valve seat are spaced from one another by a distance, and wherein the angle (Z) is more than 60 degrees but less than 90 degrees with respect to the longitudinal axis.
A method comprising: obtaining , by a subscriber station, a value of a parameter from a first overhead message received from a wireless communications system; deriving a first position estimate of the subscriber station from the value of the parameter in the overhead message, the first position estimate having a first position uncertainty; comparing the first position estimate with a second position estimate of the subscriber station, the second position estimate being a previous satellite-based position fix of the subscriber station and having a second position uncertainty; setting a seed position as one of the first position estimate and the second position estimate of the subscriber station that has a lower position uncertainty to facilitate searching for one or more satellite transmissions of a satellite position determination system; and determining, using the set seed position, a position of the subscriber station from a set of signals from the satellite position determination system. obtaining , by a subscriber station, a value of a parameter from a first overhead message received from a wireless communications system; deriving a first position estimate of the subscriber station from the value of the parameter in the overhead message, the first position estimate having a first position uncertainty; comparing the first position estimate with a second position estimate of the subscriber station, the second position estimate being a previous satellite-based position fix of the subscriber station and having a second position uncertainty; setting a seed position as one of the first position estimate and the second position estimate of the subscriber station that has a lower position uncertainty to facilitate searching for one or more satellite transmissions of a satellite position determination system; and determining, using the set seed position, a position of the subscriber station from a set of signals from the satellite position determination system.
A rotor for a rotary press, comprising a die plate having die bores and upper punches and lower punches assigned in pairs to the die bores and circulating synchronously with the die plate, further comprising an upper punch receiver, in which the upper punches are axially guided as well as a lower punch receiver, in which the lower punches are axially guided, and comprising an upper control cam which controls the axial movement of the upper punches passing through the upper control cam, as well as a lower control cam which controls the axial movement of the lower punches passing through the lower control cam, wherein at least a portion of the upper control cam has at least one upper contact part in contact with the upper punches passing through and applying lubricant to the upper punches , and/or at least a portion of the lower control cam has at least one lower contact part in contact with the lower punches passing through and applying lubricant to the lower punches, characterized in that at least one upper adjusting element is provided, which adjusts the position of the at least one upper contact part when the distance from the upper punches passing through is altered in such a way that the at least one upper contact part is always pressed with substantially the same clamping force onto the upper punches passing through, and/or at least one lower adjusting element is provided, which adjusts the position of the at least one lower contact part when the distance from the lower punches passing through is altered in such a way that the at least one lower contact part is always pressed with substantially the same clamping force onto the lower punches passing through.
A hot-melt adhesive, containing, preferably consisting of, a) 50 to 85 wt.% of at least one polyolefinic polymer; b) 1 to 40 wt.% of at least one tackifying resin; c) up to 15 wt.% of at least one plasticizer; and d) 0 to 30 wt.% of at least one additive and/or additional substance selected from stabilizers, adhesion promoters, fillers or pigments, waxes and/or other polymers, which are preferably (meth)acrylic acid esters, or combinations thereof, characterized in that the at least one polyolefinic polymer is a mixture of: a1) at least one first polyolefinic polymer having a molecular weight M n of < 10,000 g/mol in an amount of from 20 to 80 wt.% based on the total amount of polyolefinic polymer and a2) at least one second polyolefinic polymer having a molecular weight Mn of > 10,000 g/mol in an amount of from 20 to 80 wt.% based on the total amount of polyolefinic polymer; and characterized in that the plasticizer is selected from poly(iso)butylene and liquid or pasty hydrogenated hydrocarbons. a) 50 to 85 wt.% of at least one polyolefinic polymer; b) 1 to 40 wt.% of at least one tackifying resin; c) up to 15 wt.% of at least one plasticizer; and d) 0 to 30 wt.% of at least one additive and/or additional substance selected from stabilizers, adhesion promoters, fillers or pigments, waxes and/or other polymers, which are preferably (meth)acrylic acid esters, or combinations thereof, characterized in that the at least one polyolefinic polymer is a mixture of: a1) at least one first polyolefinic polymer having a molecular weight M n of < 10,000 g/mol in an amount of from 20 to 80 wt.% based on the total amount of polyolefinic polymer and a2) at least one second polyolefinic polymer having a molecular weight Mn of > 10,000 g/mol in an amount of from 20 to 80 wt.% based on the total amount of polyolefinic polymer; and characterized in that the plasticizer is selected from poly(iso)butylene and liquid or pasty hydrogenated hydrocarbons. characterized in that the at least one polyolefinic polymer is a mixture of: a1) at least one first polyolefinic polymer having a molecular weight M n of < 10,000 g/mol in an amount of from 20 to 80 wt.% based on the total amount of polyolefinic polymer and a2) at least one second polyolefinic polymer having a molecular weight Mn of > 10,000 g/mol in an amount of from 20 to 80 wt.% based on the total amount of polyolefinic polymer; and a1) at least one first polyolefinic polymer having a molecular weight M n of < 10,000 g/mol in an amount of from 20 to 80 wt.% based on the total amount of polyolefinic polymer and a2) at least one second polyolefinic polymer having a molecular weight Mn of > 10,000 g/mol in an amount of from 20 to 80 wt.% based on the total amount of polyolefinic polymer; and characterized in that the plasticizer is selected from poly(iso)butylene and liquid or pasty hydrogenated hydrocarbons.
A method for manufacturing ceramic tiles that comprises the steps of providing a green tile formed by a mixture of ceramic raw materials, firing said green tile in a kiln to obtain a ceramic tile , said kiln being configured to fire the green tile according to a firing cycle defined by one or more firing parameter (HR, MFT, UICR, UIICR, UIIICR, LICR, LIICR, LIIICR), wherein it comprises the steps of measuring a shape and/or dimension parameter of the obtained ceramic tile , characterized by the step of adjusting a cooling rate (UICR, UIICR, UIIICR, LICR, LIICR, LIIICR) in the kiln between 50°C above or 50°C below the glass transition temperature of a glassy phase of the tile on the basis of said measurement, preferably while one parameter is adjustable the remaining parameters are to be kept constant.
An integrated projector and sensor system configured to assist an operator in a material handling process, the system comprising: an operator sensing device oriented to detect at least one operator at a workspace; at least one secondary sensor device , wherein the at least one secondary sensor device is oriented to detect the at least one operator's movement in the workspace and wherein the at least one secondary sensor device is configured to detect at least one interaction event between the at least one operator and the workspace; and a projection device configured to project imagery in the workspace, wherein the imagery projected relates to a procedure to be performed in the workspace and comprises an imagery component of an augmented-reality interface, wherein the imagery component is created based on detection of the at least one interaction event; wherein the imagery: highlight a certain object or location that is likely going to be used by the at least one operator and/or another object that the operator should use instead, and provide instructions to the at least one operator regarding how to correctly hold/operate a tool device based on predictions of operator actions which are obtained from the user's movement, wherein the provided instructions are provided to assist the operator. an operator sensing device oriented to detect at least one operator at a workspace; at least one secondary sensor device , wherein the at least one secondary sensor device is oriented to detect the at least one operator's movement in the workspace and wherein the at least one secondary sensor device is configured to detect at least one interaction event between the at least one operator and the workspace; and a projection device configured to project imagery in the workspace, wherein the imagery projected relates to a procedure to be performed in the workspace and comprises an imagery component of an augmented-reality interface, wherein the imagery component is created based on detection of the at least one interaction event; wherein the imagery: highlight a certain object or location that is likely going to be used by the at least one operator and/or another object that the operator should use instead, and provide instructions to the at least one operator regarding how to correctly hold/operate a tool device based on predictions of operator actions which are obtained from the user's movement, wherein the provided instructions are provided to assist the operator. highlight a certain object or location that is likely going to be used by the at least one operator and/or another object that the operator should use instead, and provide instructions to the at least one operator regarding how to correctly hold/operate a tool device based on predictions of operator actions which are obtained from the user's movement, wherein the provided instructions are provided to assist the operator.