mhurhangee/ep-ind-claims huggingface dataset:
A fuel pump for a direct injection system provided with a common rail; the fuel pump comprises: a pumping chamber defined in a main body; a piston which is mounted in a sliding manner inside the pumping chamber to cyclically vary the volume of the pumping chamber; an intake channel, which originates from a wall of the pumping chamber; an intake valve which is coupled to the intake channel; a delivery channel which originates from a wall of the pumping chamber; a delivery valve which is coupled to the delivery channel; and an actuating spring, which comprises a plurality of turns and is coupled to the piston so as to push the piston towards a maximum volume or minimum volume position of the pumping chamber; the fuel pump is characterized in that the actuating spring has, along its length, a pitch between the turns variable so that at each cycle of the piston a part and only a part of the turns pack-tighten together determining a change of the application direction of the lateral load generated by the actuating spring for limiting the maximum value of lateral load. a pumping chamber defined in a main body; a piston which is mounted in a sliding manner inside the pumping chamber to cyclically vary the volume of the pumping chamber; an intake channel, which originates from a wall of the pumping chamber; an intake valve which is coupled to the intake channel; a delivery channel which originates from a wall of the pumping chamber; a delivery valve which is coupled to the delivery channel; and an actuating spring, which comprises a plurality of turns and is coupled to the piston so as to push the piston towards a maximum volume or minimum volume position of the pumping chamber; the fuel pump is characterized in that the actuating spring has, along its length, a pitch between the turns variable so that at each cycle of the piston a part and only a part of the turns pack-tighten together determining a change of the application direction of the lateral load generated by the actuating spring for limiting the maximum value of lateral load.
A valve control system for an internal combustion engine, the engine having multiple cylinders, each with at least one set of at least two valves, with all the valves in the set being either inlet valves or exhaust valves, the system comprising a respective valve actuator (30, 32) for actuating each valve of the set independently of the rotation of the engine crank shaft and a controller (34, 40) for controlling the actuators to selectively operate the set of valves in a single valve mode of operation during which only one valve of the set is open at any time, characterized in that the controller is configured to cause the actuators to actuate the valves in the set in a sequence, during the single valve mode of operation, or over successive periods of single valve mode operation, wherein each valve of the set is controlled by the system to carry out a plurality of successive valve actuation cycles in turn, wherein the system is configured to operate different cylinders in different modes or to operate the engine in a variable displacement mode, in which some cylinders are deactivated and their valves maintained in a closed position.
A method for digitally designing at least two attachment abutments (1, 1'; 201, 202, 203; 50), each attachment abutment (1, 1'; 201, 202, 203; 50) comprising an implant connection section (2, 2'; 51) adapted for connection to a respective implant (8; 211, 212, 213) along an implant axis (A-A), a transition section (4, 4'; 52) separating the implant connection section (2, 2'; 51) from an attachment section (5, 5'; 55), wherein the attachment section (5, 5'; 55) is adapted for receiving a mating part, the method comprises the steps of, - obtaining a digital 3D representation of at least a part of a jaw comprising information on the location and orientation of at least two implants (211, 212, 213) extending along respective implant axes (A-A) within the jaw represented by the digital 3D representation, - digitally selecting the shape of the respective implant connection section (2, 2'; 51) from a set of pre-determined digital connection shapes for each attachment abutment (1, 1'; 201, 202, 203; 50), - digitally aligning the implant connection (2, 2'; 51) sections of the attachment abutments (1, 1'; 201, 202, 203; 50) to coextend along the implant axis (A-A) of the respective implants (8; 211, 212, 213), - digitally selecting the shape of the respective attachment section (5, 5'; 55) from a set of pre-determined digital attachment shapes for each attachment abutment (1, 1'; 201, 202, 203; 50), - digitally generating the transition section (4, 4'; 52) extending between the respective connection section (2, 2'; 51) and the respective attachment section (5, 5'; 55) of each abutment attachment (1, 1'; 201, 202, 203; 50), and wherein the method further comprises the step of digitally arranging each attachment section (5, 5'; 55) according to at least one common design criteria, which comprises rules for arranging each attachment section (5, 5'; 55) to extend parallel to each other. - obtaining a digital 3D representation of at least a part of a jaw comprising information on the location and orientation of at least two implants (211, 212, 213) extending along respective implant axes (A-A) within the jaw represented by the digital 3D representation, - digitally selecting the shape of the respective implant connection section (2, 2'; 51) from a set of pre-determined digital connection shapes for each attachment abutment (1, 1'; 201, 202, 203; 50), - digitally aligning the implant connection (2, 2'; 51) sections of the attachment abutments (1, 1'; 201, 202, 203; 50) to coextend along the implant axis (A-A) of the respective implants (8; 211, 212, 213), - digitally selecting the shape of the respective attachment section (5, 5'; 55) from a set of pre-determined digital attachment shapes for each attachment abutment (1, 1'; 201, 202, 203; 50), - digitally generating the transition section (4, 4'; 52) extending between the respective connection section (2, 2'; 51) and the respective attachment section (5, 5'; 55) of each abutment attachment (1, 1'; 201, 202, 203; 50), and
An information processing device comprising: a receiving section adapted to receive a request to execute an application; an obtaining section adapted to obtain information on a wait for processing of the application from a server system when there is no assignable processing unit in the server system on which to execute the application, wherein the server system includes a store server providing an entrance for a user to play a cloud game via the application, and the server system includes a cloud server facilitating the cloud game to the user; a notifying section adapted to display an inquiry screen inquiring whether to start the processing of the application, while in a state of waiting for a start of the processing of the application on the server system and when the obtaining section obtains information indicating that the processing of the application can be started from the server system; and a monitoring section adapted to monitor user input from an input device, wherein the state of waiting is cancelled when the monitoring section determines that over a predetermined period of time there has been no user input from the input device in response to the inquiry screen, and wherein the predetermined period of time is displayed to the user on the inquiry screen via a countdown timer. a receiving section adapted to receive a request to execute an application; an obtaining section adapted to obtain information on a wait for processing of the application from a server system when there is no assignable processing unit in the server system on which to execute the application, wherein the server system includes a store server providing an entrance for a user to play a cloud game via the application, and the server system includes a cloud server facilitating the cloud game to the user; a notifying section adapted to display an inquiry screen inquiring whether to start the processing of the application, while in a state of waiting for a start of the processing of the application on the server system and when the obtaining section obtains information indicating that the processing of the application can be started from the server system; and a monitoring section adapted to monitor user input from an input device, wherein the state of waiting is cancelled when the monitoring section determines that over a predetermined period of time there has been no user input from the input device in response to the inquiry screen, and wherein the predetermined period of time is displayed to the user on the inquiry screen via a countdown timer.
A sheet feeding apparatus comprising: a casing that comprises a sheet feeding port; a first sheet feed tray in which a first medium is loaded and that is arranged along the sheet feeding port; and a cover (100c, 200c, 300c, 400c, 500c, 600c) that rotates from a position opposite the first sheet feed tray of the casing to a first sheet feed tray side and covers the sheet feeding port, wherein the cover comprises a second sheet feed tray that causes a second medium differing in size from the first medium to be capable of being loaded in the sheet feeding port when the cover covers the sheet feeding port, characterized in that, the cover (100c, 200c, 300c, 400c, 500c, 600c) causes the sheet feeding port to be opened and closed, and the second sheet feed tray causes the second medium to be loaded when the first medium has been loaded in the first sheet feed tray and the cover is closed. a casing that comprises a sheet feeding port; a first sheet feed tray in which a first medium is loaded and that is arranged along the sheet feeding port; and a cover (100c, 200c, 300c, 400c, 500c, 600c) that rotates from a position opposite the first sheet feed tray of the casing to a first sheet feed tray side and covers the sheet feeding port, the cover (100c, 200c, 300c, 400c, 500c, 600c) causes the sheet feeding port to be opened and closed, and the second sheet feed tray causes the second medium to be loaded when the first medium has been loaded in the first sheet feed tray and the cover is closed.
A system including a blood purification apparatus, an exercise device and an exercise support apparatus configured to support exercise taken by a patient using the exercise device during blood purification treatment, wherein the exercise support apparatus comprising: an estimation-line-generating device configured to generate an estimation line representing a course of a parameter regarding changes in circulating blood volume of the patient that is estimated to be observed after the exercise is started, the estimation line being generated after the blood purification treatment is started and from a continuous measurement of the parameter regarding changes in circulating blood volume that is conducted before the exercise is started; a first calculating device configured to calculate a difference or ratio between a measured value of the parameter regarding changes in circulating blood volume of the patient that is acquired after the exercise during the blood purification treatment is started and a value of the estimation line generated by the estimation-line-generating device; a first monitoring device configured to monitor whether or not the difference or ratio calculated by the first calculating device is over a predetermined threshold; characterised in that it further comprises an informing device configured to stop the exercise by forcibly stopping the exercise device, if the difference or ratio calculated by the first calculating device is judged by the first monitoring device to be over the predetermined threshold. an estimation-line-generating device configured to generate an estimation line representing a course of a parameter regarding changes in circulating blood volume of the patient that is estimated to be observed after the exercise is started, the estimation line being generated after the blood purification treatment is started and from a continuous measurement of the parameter regarding changes in circulating blood volume that is conducted before the exercise is started; a first calculating device configured to calculate a difference or ratio between a measured value of the parameter regarding changes in circulating blood volume of the patient that is acquired after the exercise during the blood purification treatment is started and a value of the estimation line generated by the estimation-line-generating device; a first monitoring device configured to monitor whether or not the difference or ratio calculated by the first calculating device is over a predetermined threshold; characterised in that it further comprises an informing device configured to stop the exercise by forcibly stopping the exercise device, if the difference or ratio calculated by the first calculating device is judged by the first monitoring device to be over the predetermined threshold.
An acid grade synthetic fluorite CaF 2 in the form of granules, wherein said fluorite has a BET value, measured in samples after drying at 800°C, comprised from 20 m 2 /g to 100 m 2 /g, and wherein said fluorite has in % by weight relative to the weight of the fluorite: - a LOI value, measured in samples after drying at 800°C, comprised from 0,3% to 1,2%; and - an average particle size as follows: - greater than 10 mm, 0%; - greater than 5 mm, comprised from 1% to 10%; - greater than 1mm, comprised from 40% to 80%; - greater than 0.05 mm, comprised from 10% to 30%; - less than 0.05 mm, comprised from 1% to 20%. - a LOI value, measured in samples after drying at 800°C, comprised from 0,3% to 1,2%; and - an average particle size as follows: - greater than 10 mm, 0%; - greater than 5 mm, comprised from 1% to 10%; - greater than 1mm, comprised from 40% to 80%; - greater than 0.05 mm, comprised from 10% to 30%; - less than 0.05 mm, comprised from 1% to 20%.
A controlled drug release carrier formed by using a silk fibroin porous material, wherein the silk fibroin porous material is treated by a water-soluble high polymer, wherein the water-soluble high polymer is material containing at least one kind selected from a polysaccharide and a polyamino acid.
A method of compensating for distortions introduced by an electronic device, comprising: receiving an input signal (x(n)) to a predistorter and an output signal (y(n)) from the electronic device; generating a first set of model coefficients based on a first predistorter model used in an adaptation circuit, the input signal to the predistorter, and the output signal, wherein the first predistorter model comprises a set of polynomial basis functions, and wherein the set of polynomial basis functions includes one of a set of orthogonal basis functions and a set of power basis functions; generating a second set of model coefficients for a second predistorter model by applying a conversion function to the first set of model coefficients, wherein the second predistorter model is used by the predistorter and is different from the first predistorter model used by the adaptation circuit; adapting the predistorter based on the second set of model coefficients; and predistorting input signals to the predistorter based on the second predistorter model. receiving an input signal (x(n)) to a predistorter and an output signal (y(n)) from the electronic device; generating a first set of model coefficients based on a first predistorter model used in an adaptation circuit, the input signal to the predistorter, and the output signal, wherein the first predistorter model comprises a set of polynomial basis functions, and wherein the set of polynomial basis functions includes one of a set of orthogonal basis functions and a set of power basis functions; generating a second set of model coefficients for a second predistorter model by applying a conversion function to the first set of model coefficients, wherein the second predistorter model is used by the predistorter and is different from the first predistorter model used by the adaptation circuit; adapting the predistorter based on the second set of model coefficients; and predistorting input signals to the predistorter based on the second predistorter model.
Stent graft comprising an inner expandable stent (2; 12) having a tubular wall; an outer expandable stent (3; 13) having a tubular wall and being arranged coaxial around the inner stent (2; 12), the outer stent (3; 13) having a different length as the inner stent (2; 12) in a state of equal stent expansion; a tissue graft disposed coaxial to and entirely in between the inner and outer stent (2, 3; 12, 13), the tissue graft having the same length as the shorter one of the inner and outer stent, wherein the longitudinal centers of the outer stent (3; 13) and the tissue graft are aligned with the longitudinal center of the inner stent (2; 12).
A computer-implemented method for determining a cardiovascular performance reserve for an individual, comprising the steps of: a. Receiving from at least one data source physiological data relative to said individual for obtaining a parameter Z which is or approximates the product of the Stroke Volume by the Systemic Vascular Resistance; b. Providing a value representing the Respiratory Rate of said individual; c. Providing anthropometric data related tosaid individual for calculating the Body Surface Area of said individual; d. Calculating a normalized Cardiovascular Reserve Index (CVRI) by using said Z parameter, said RR and said BSA, according to the following formula: CVRI = Z / RR / BSA * 4; and e. Outputting said CVRI. a. Receiving from at least one data source physiological data relative to said individual for obtaining a parameter Z which is or approximates the product of the Stroke Volume by the Systemic Vascular Resistance; b. Providing a value representing the Respiratory Rate of said individual; c. Providing anthropometric data related tosaid individual for calculating the Body Surface Area of said individual; d. Calculating a normalized Cardiovascular Reserve Index (CVRI) by using said Z parameter, said RR and said BSA, according to the following formula: CVRI = Z / RR / BSA * 4; and e. Outputting said CVRI.
A seal arrangement comprising: a seal comprising an outer ring, a shoe, and an arm extending between the shoe and the outer ring, wherein the shoe is configured to move relative to the outer ring via the arm; a seal ring adjacent the seal; and a support plate disposed between the seal and the seal ring, characterised in that: the support plate is coupled to the shoe, and the support plate is configured to move together with the shoe in a radial direction relative to the seal ring, the support plate further comprising a first surface that rubs against seal ring in response to the radial movement between the support plate and seal ring; and the shoe is coupled to the support plate via at least one of a weld, a solder, or a braze. a seal comprising an outer ring, a shoe, and an arm extending between the shoe and the outer ring, wherein the shoe is configured to move relative to the outer ring via the arm; a seal ring adjacent the seal; and a support plate disposed between the seal and the seal ring, characterised in that: the support plate is coupled to the shoe, and the support plate is configured to move together with the shoe in a radial direction relative to the seal ring, the support plate further comprising a first surface that rubs against seal ring in response to the radial movement between the support plate and seal ring; and the shoe is coupled to the support plate via at least one of a weld, a solder, or a braze. the support plate is coupled to the shoe, and the support plate is configured to move together with the shoe in a radial direction relative to the seal ring, the support plate further comprising a first surface that rubs against seal ring in response to the radial movement between the support plate and seal ring; and the shoe is coupled to the support plate via at least one of a weld, a solder, or a braze.
A hose reel unit comprising: - a hose adapted for transport of an abrasive material, - a hose reel rotatably mounted on a frame, - a drive unit arranged to rotate the hose reel for winding of the hose from and on the hose reel, and - a control unit arranged to control the drive unit, characterised in that said hose reel unit further comprises: - a volume measuring device arranged to measure a volume of the abrasive material being transported via the hose, and - a hose length measuring device arranged to measure a length of the hose being wound down or up from or on the hose reel, wherein said control unit is arranged to control the drive unit based on an information about the volume of the abrasive material being transported via the hose and based on an information about the length of the hose being wound down or wound up in order to control a position of an end portion of the hose in relation to the volume of the abrasive material being transported via the hose. - a hose adapted for transport of an abrasive material, - a hose reel rotatably mounted on a frame, - a drive unit arranged to rotate the hose reel for winding of the hose from and on the hose reel, and - a control unit arranged to control the drive unit, - a volume measuring device arranged to measure a volume of the abrasive material being transported via the hose, and - a hose length measuring device arranged to measure a length of the hose being wound down or up from or on the hose reel,
A method for avoiding congestion on a network device, comprising: determining, by the network device according to a size of a currently used storage space, whether packet discarding processing needs to be performed on packets that belong to the same data flow in the currently used storage space, wherein there are N packets that belong to the same data flow, and N≥2; and when packet discarding processing needs to be performed, discarding, by the network device, continuous M packets that belong to the same data flow, wherein 1<M≤N, wherein the data flow is a Transmission Control Protocol, TCP, stream; and the discarding continuous M packets that belong to the same data flow comprises: discarding M packets that have continuous TCP serial numbers and that belong to the same TCP stream. determining, by the network device according to a size of a currently used storage space, whether packet discarding processing needs to be performed on packets that belong to the same data flow in the currently used storage space, wherein there are N packets that belong to the same data flow, and N≥2; and when packet discarding processing needs to be performed, discarding, by the network device, continuous M packets that belong to the same data flow, wherein 1<M≤N, wherein the data flow is a Transmission Control Protocol, TCP, stream; and the discarding continuous M packets that belong to the same data flow comprises: discarding M packets that have continuous TCP serial numbers and that belong to the same TCP stream.
A composition for the nutrition of a non-human mammal, advantageously a herbivore, comprising a mixture of co-products from cereal distillation or from beer production with or without solubles (DDG and DDGS), concentrated distiller's solubles and a mixture of prebiotic fibers, probiotics, amino acids, proteins, omega 3, lignan, and digestive enzymes obtained from wheat, oats, barley malt, flax, flax meal and the nutritional yeast Saccharomyces cerevisiae, said cereals being fermented with the aid of said nutritional yeast Saccharomyces cerevisiae.
A talc agglomerate composition, said composition comprising: agglomerated talc particles and an agglomerization agent, and having a d 10 of from about 0.75 to about 20 μm.