mhurhangee/patent-ind-claim-en huggingface dataset:
Gas-operated fixing tool , comprising: - a working chamber , - a piston mounted slideably in the working chamber and comprising a driving rod of which a first longitudinal end is configured to drive a fixing element and of which a second longitudinal end is connected to a head which separates the said working chamber into a first portion and into a second portion which is traversed by the said driving rod , and - at least one combustion chamber in which a mixture of air and fuel is intended to be burnt in order that combustion oases generate a rise in pressure which causes a movement of the piston in the working chamber , wherein the said at least one combustion chamber is in fluid communication with the said second portion in such a way that the rise in pressure causes the movement and the return of the piston into a rest position ready for firing a fixing element; in which it is devoid of direct fluid communication between the said at least one combustion chamber and the said first portion ; in which the said first portion is in fluid communication with a pressurized gas source in order to ensure the movement of the piston from its rest position to a working position, characterised in that said gas source is a non-flammable gas source . - a working chamber , - a piston mounted slideably in the working chamber and comprising a driving rod of which a first longitudinal end is configured to drive a fixing element and of which a second longitudinal end is connected to a head which separates the said working chamber into a first portion and into a second portion which is traversed by the said driving rod , and - at least one combustion chamber in which a mixture of air and fuel is intended to be burnt in order that combustion oases generate a rise in pressure which causes a movement of the piston in the working chamber , wherein the said at least one combustion chamber is in fluid communication with the said second portion in such a way that the rise in pressure causes the movement and the return of the piston into a rest position ready for firing a fixing element; in which it is devoid of direct fluid communication between the said at least one combustion chamber and the said first portion ; in which the said first portion is in fluid communication with a pressurized gas source in order to ensure the movement of the piston from its rest position to a working position, characterised in that said gas source is a non-flammable gas source . in which it is devoid of direct fluid communication between the said at least one combustion chamber and the said first portion ; in which the said first portion is in fluid communication with a pressurized gas source in order to ensure the movement of the piston from its rest position to a working position, characterised in that said gas source is a non-flammable gas source .
A thermal transfer recording medium comprising a heat-resistant lubricating layer laminated on a first surface of a substrate, and an undercoat layer and a dye layer laminated in this order on a second surface of the substrate, wherein the dye layer contains, as binders, a polyvinyl acetal resin, a phenoxy resin, and a graft copolymer having a main chain comprising polycarbonate and a side chain comprising a vinyl-based polymer, and also contains, as cyan dyes, compounds I, II, and III represented by the following chemical formulas:
A glass-ceramic article, in particular a glass-ceramic plate intended, for example, for covering or accommodating at least one heating element, said article being at least partly coated with at least one layer of an enamel formed, as glass frit that has to form the glassy matrix, from a glass frit comprising as components the following components in the following minimum and maximum proportions expressed as weight percentages: SiO 2 50 - 66% MgO 3 - 8% Na 2 O 7 - 15% K 2 O 0 - 3% Li 2 O 0 - 12 % CaO 0 - 10 % BaO 0 - 15% Al 2 O 3 0 - 3% ZrO 2 0 - 3% ZnO 0 - 5% B 2 O 3 0 - 8% the sum of the alkaline-earth metal oxides CaO + BaO moreover being between 8 and 15%, and the sum of the alkali metal oxides Na 2 O + K 2 O + Li 2 O moreover being between 7 and 20%.
A liquid agent mist recovery device for a liquid agent application device that allows a discharge unit to discharge a liquid agent to a sheet (P) carried in a predetermined direction (C), the liquid agent mist recovery device being disposed at a downstream side of the discharge unit in the predetermined direction (C), comprising: a recovery casing having a plurality of suction ports ; and a suction unit connected to the recovery casing , wherein at least one of an area of each of the suction ports and a first suction distance from the each of the suction ports to the sheet (P) is set in accordance with a second suction distance from the suction unit to the sheet (P) via the each of the suction ports , characterized in that , a size of the suction port of the recovery casing is decreased as the second suction distance becomes shorter. a recovery casing having a plurality of suction ports ; and a suction unit connected to the recovery casing , wherein at least one of an area of each of the suction ports and a first suction distance from the each of the suction ports to the sheet (P) is set in accordance with a second suction distance from the suction unit to the sheet (P) via the each of the suction ports , characterized in that , a size of the suction port of the recovery casing is decreased as the second suction distance becomes shorter.
A system of stackable and/or nestable type containers (1; 20; 25; 31) comprising at least one first container (1A; 20; 25) and at least one second container (1B; 31), wherein the first container (1A; 20; 25) comprises a plurality of columns configured to stack and/or nest the first container (1A; 20; 25) with the second container (1B; 31), the first container (1A; 20; 25) further comprises at least one liquid evacuation means (11; 12; 34; 35) configured to evacuate liquid to the outside of the first container (1A; 20; 25), and the second container (1B; 31) comprises at least one liquid evacuation means (11; 12; 34; 35) configured to evacuate liquid to the outside of the second container (1B; 31), wherein the second container (1B; 31) further comprises at least one of a reinforcement enabling the containers (1; 20; 25; 31) to be stacked and a groove enabling the containers (1; 20; 25; 31) to be nested, each of which partially complementary shaped to the columns of the first container (1A; 20; 25) characterized in that the second container (1B; 31) includes stabilizing means (14; 15) comprising at least one stabilizing rib (14; 15) configured to align the liquid evacuation means (11; 12; 34; 35) of the first container (1A; 20; 25) with the liquid evacuation means (11; 12) of the second container (1B; 31).
A hybrid vehicle comprising an engine , a rotary machine (MG1) configured to control a rotation speed (Ne) of the engine, and a control device configured to perform a shifting control to change the rotation speed of the engine as in stepped shifting, wherein when the engine is started and caused to make a transition from a stopped state into an operating state, the control device performs an operation control of the rotary machine and an output control of the engine to increase the rotation speed of the engine so that the rotation speed of the engine reaches a target engine rotation speed (Netgt) after the transition of the engine into the operating state, determined by the shifting control, characterized in that : during increasing the rotation speed of the engine, when suppression conditions further including a condition that a vehicle speed (V) is equal to or lower than a predetermined vehicle speed, and a condition that an output request amount by a driver is smaller than a predetermined output request amount, are satisfied, the control device makes an increase rate of the rotation speed of the engine smaller until a predetermined time elapses from an initiation of starting of the engine as compared with when the suppression conditions are not satisfied.
A method of operating a computational device to process a sound recording of a patient , the method characterized by the steps of: extracting Mel-frequency cepstral coefficients (MFCCs) , Formant Frequency , Zero Crossing Rate , Shannon Entropy and Non-Gaussianity features from patient sounds in the recording to form feature vectors ; classifying segments as cough sounds based upon the extracted features with a pattern classifier ; and presenting a diagnosis of a disease related state on a display under control of the computational device based on segments of the patient sounds classified as cough sounds, wherein the diagnosis presented is pneumonia. extracting Mel-frequency cepstral coefficients (MFCCs) , Formant Frequency , Zero Crossing Rate , Shannon Entropy and Non-Gaussianity features from patient sounds in the recording to form feature vectors ; classifying segments as cough sounds based upon the extracted features with a pattern classifier ; and presenting a diagnosis of a disease related state on a display under control of the computational device based on segments of the patient sounds classified as cough sounds, wherein the diagnosis presented is pneumonia.
A winding assembly , comprising: a first coil and a circuit board , the first coil being embedded inside the circuit board ; wherein the first coil comprises a conductive wire with at least one turn, and the height of the conductive wire in a direction perpendicular to the circuit board is not less than the width of the conductive wire in a direction parallel to the circuit board , wherein the winding assembly further comprises at least one flat copper coil disposed on a surface of the circuit board or embedded inside the circuit board , and the at least one flat copper coil is insulated with the first coil . a first coil and a circuit board , the first coil being embedded inside the circuit board ; wherein the first coil comprises a conductive wire with at least one turn, and the height of the conductive wire in a direction perpendicular to the circuit board is not less than the width of the conductive wire in a direction parallel to the circuit board , wherein the winding assembly further comprises at least one flat copper coil disposed on a surface of the circuit board or embedded inside the circuit board , and the at least one flat copper coil is insulated with the first coil .
A method performed by a blood glucose monitor coupled to a sensor for use in calibrating an electrical signal (ISIG) generated by the sensor for use in obtaining readings of a blood glucose concentration, the method comprising: obtaining samples of the electrical signal (ISIG), the samples of the electrical signal (ISIG) having sample values associated with a response to the blood-glucose concentration; receiving blood glucose reference samples (BG i ) obtained at a blood glucose measuring device; applying a time delay to temporally correlate one or more of the blood glucose reference samples (BG i ) with one or more of the samples of the electrical signal (ISIG) to establish one or more paired sample values; individually weighting at least some of the sample values according to a function β i of the blood glucose reference samples (BG i ) associated with the paired sample values, wherein the function β i comprises a weighting applied to a paired sample value (i) based on an expected degree of accuracy in the paired sample value as an observation of the blood glucose concentration; determining a calibrated estimate of the blood-glucose concentration based, at least in part, on a combination of the individually weighted samples. obtaining samples of the electrical signal (ISIG), the samples of the electrical signal (ISIG) having sample values associated with a response to the blood-glucose concentration; receiving blood glucose reference samples (BG i ) obtained at a blood glucose measuring device; applying a time delay to temporally correlate one or more of the blood glucose reference samples (BG i ) with one or more of the samples of the electrical signal (ISIG) to establish one or more paired sample values; individually weighting at least some of the sample values according to a function β i of the blood glucose reference samples (BG i ) associated with the paired sample values, wherein the function β i comprises a weighting applied to a paired sample value (i) based on an expected degree of accuracy in the paired sample value as an observation of the blood glucose concentration; determining a calibrated estimate of the blood-glucose concentration based, at least in part, on a combination of the individually weighted samples.
Grill grate with collecting tray, which is attachable directly below web profiles of the grill grate and has a plurality of elongated apertures for the passage of heat, wherein the apertures are raised towards the grill grate and are arranged in their longitudinal orientation in groups at an angle to one another, characterized in that the apertures are arranged in a fishbone pattern relative to one another.
A display input device, comprising: a storage unit configured to store a set setting value and a default setting value of each setting item used in a case where the setting value is not set; an operation input unit configured to accept setting of the setting value; and a display unit configured to display a screen for selecting the setting item and for setting the setting value of the selected setting item, and to alternately display a finished image for checking a result when a job is executed with the set setting value reflected, and a default setting image on which the default setting value is reflected for checking a result when the job is executed based on the default setting value, by switching between them, characterized in that when the operation input unit accepts a predetermined separating operation in a state of displaying the finished image on which a plurality of set setting values are reflected, the display unit displays a plurality of separate setting value images for individual set setting values as the finished image , on which only one setting value is reflected while using the default setting value for other setting items, and when the operation input unit accepts a predetermined returning operation in a state of displaying the separate setting value image , the display unit displays an all setting value image on which all the set setting values are reflected as the finished image , switching from the separate setting value image . a storage unit configured to store a set setting value and a default setting value of each setting item used in a case where the setting value is not set; an operation input unit configured to accept setting of the setting value; and a display unit configured to display a screen for selecting the setting item and for setting the setting value of the selected setting item, and to alternately display a finished image for checking a result when a job is executed with the set setting value reflected, and a default setting image on which the default setting value is reflected for checking a result when the job is executed based on the default setting value, by switching between them, characterized in that when the operation input unit accepts a predetermined separating operation in a state of displaying the finished image on which a plurality of set setting values are reflected, the display unit displays a plurality of separate setting value images for individual set setting values as the finished image , on which only one setting value is reflected while using the default setting value for other setting items, and when the operation input unit accepts a predetermined returning operation in a state of displaying the separate setting value image , the display unit displays an all setting value image on which all the set setting values are reflected as the finished image , switching from the separate setting value image .
A case for a timepiece comprising: a case body ; and an exterior member with a separation section for separating at least a part of the exterior member in the circumferential direction, said external member arranged on an outer periphery of the case body , wherein the separation section of the exterior member is provided corresponding to a portion of the case body where a switch section is provided, said switch section provided with a head section having an outer peripheral surface, and wherein the separation section comprises a slit for separating the exterior member in the circumferential direction, so as to make the exterior member deformable in the circumferential direction thereof, characterized in that the separation section comprises an insertion hole which comprises an inner peripheral surface and is provided in a central portion of the slit and into which said head section is inserted, wherein the insertion hole is formed having a length in the circumferential direction larger than an outer diameter of said head section , so as to form a gap between the outer peripheral surface of the head section and the inner peripheral surface of the insertion hole , such that the operation head section does not come in contact with the inner peripheral surface of the switch insertion hole by said gap even when the exterior member is displaced in the circumferential direction thereof. a case body ; and an exterior member with a separation section for separating at least a part of the exterior member in the circumferential direction, said external member arranged on an outer periphery of the case body , wherein the separation section of the exterior member is provided corresponding to a portion of the case body where a switch section is provided, said switch section provided with a head section having an outer peripheral surface, and wherein the separation section comprises a slit for separating the exterior member in the circumferential direction, so as to make the exterior member deformable in the circumferential direction thereof, characterized in that the separation section comprises an insertion hole which comprises an inner peripheral surface and is provided in a central portion of the slit and into which said head section is inserted, wherein the insertion hole is formed having a length in the circumferential direction larger than an outer diameter of said head section , so as to form a gap between the outer peripheral surface of the head section and the inner peripheral surface of the insertion hole , such that the operation head section does not come in contact with the inner peripheral surface of the switch insertion hole by said gap even when the exterior member is displaced in the circumferential direction thereof.
A solid catalyst component for the polymerization of olefins comprising a magnesium halide, a titanium compound having at least a Ti-halogen bond and at least two electron donor compounds one of which being selected from 1,3 diethers (DE) and the other being selected from dicarbamates (DC), said catalyst component being characterized by the fact that said electron donor compounds are present in a molar ratio DE:DC ranging from 4.5:1 to 20:1.
Fuel cell device with a fuel cell stack , which is formed by a plurality of unit cells stacked on top of one another in a stacking direction, which each have one or more media channels and a membrane electrode assembly , which comprises a cathode, an anode and a membrane arranged between the cathode and the anode, and with a media duct running substantially parallel to the stacking direction, which is connectable or connected to the fuel cell stack in order to guide a medium substantially laterally to the stacking direction into or out of the media channels of the unit cells of the fuel cell stack , and which comprises at least indirectly connected duct flanges , which are connectable or connected to the fuel cell stack , wherein the duct flanges of the media duct are inserted into flange holders of the fuel cell stack running substantially parallel to the stacking direction, characterised in that the media duct is designed to be elastically flexible, such that the duct flanges are held under pretensioning in the flange holders .
Metering device for metering a reducing agent liquid into an exhaust gas stream of a combustion system, wherein the metering device has an inlet and an outlet for reducing agents and a shut-off device which is arranged between the inlet and the outlet , wherein at least one electrically operated heating element is arranged in the region of the shut-off device , wherein the at one heating element is arranged in the region of a nozzle of the metering device , characterized in that the at least one heating element is formed by virtue of the fact that a first electrode is led in the metering device as far as the vicinity of the nozzle, and a second electrode contacts a housing element of the metering device in the region of the nozzle, with the result that a current path is formed from the first electrode to the second electrode through the reducing agent liquid and the housing element, or in that the at least one heating element is formed by virtue of the fact that at least one heating pellet is arranged in the region of the nozzle and contact is made therewith by at least one electrode which is led through the housing of the metering device as far as the heating pellet , wherein the heating pellet is embodied as an encapsulated PTC heating element, and the at least one electrode is led between an inner valve housing and an outer valve housing .
A method for providing at least one cutting pattern of a garment to be made individually for a customer, comprising the steps of: - creating a virtual individual 3D body model of the customer based on individually determined 3D body shell data of the customer and general skeletal data provided; - creating a virtual individual 3D garment based on a virtual 3D ideal design and the created virtual custom 3D body model ; - creating the at least one cutting pattern by developing the virtual individual 3D garment , characterized in that developing the virtual individual 3D garment comprises, in this order, generating one or more possible cuts on the basis of a first set of cutting rules, generating one or more possible cuts on the basis of a second set of cutting rules, and generating one or more possible cuts on the basis of an automated development algorithm , the first set of cutting rules taking into account specified style elements of the garment and the second set of cutting rules taking into account specified effect elements of the garment. - creating a virtual individual 3D body model of the customer based on individually determined 3D body shell data of the customer and general skeletal data provided; - creating a virtual individual 3D garment based on a virtual 3D ideal design and the created virtual custom 3D body model ; - creating the at least one cutting pattern by developing the virtual individual 3D garment , characterized in that developing the virtual individual 3D garment comprises, in this order, generating one or more possible cuts on the basis of a first set of cutting rules, generating one or more possible cuts on the basis of a second set of cutting rules, and generating one or more possible cuts on the basis of an automated development algorithm , the first set of cutting rules taking into account specified style elements of the garment and the second set of cutting rules taking into account specified effect elements of the garment.