mhurhangee/ep-ind-claims huggingface dataset:
Activation device for testing a torque wrench with an electronic memory, comprising of a) a support for attaching a torque wrench to be tested. b) a measurement transducer arranged on the support and which is coupled with the headpiece of the torque wrench to be tested, c) a grip holder arranged on the support to hold the grip of the torque wrench to be tested, d) a deflection mechanism to create a torque on the headpiece of the torque wrench to be tested, characterized in that e) there is a communication unit connected to the electronic data memory of the torque wrench for the purpose of exchanging data, f) the connection between the communication unit and the torque wrench is formed by a cable, wireless, or infrared link. a) a support for attaching a torque wrench to be tested. b) a measurement transducer arranged on the support and which is coupled with the headpiece of the torque wrench to be tested, c) a grip holder arranged on the support to hold the grip of the torque wrench to be tested, d) a deflection mechanism to create a torque on the headpiece of the torque wrench to be tested, e) there is a communication unit connected to the electronic data memory of the torque wrench for the purpose of exchanging data, f) the connection between the communication unit and the torque wrench is formed by a cable, wireless, or infrared link.
A method for audio processing, comprising the steps of: at a control module, initializing in a memory a data storage location defined as a current buffer; storing a push to talk audio attribute in a PTT library; receiving, from an audio panel, an audio stream; responsive to receiving the audio stream, repeating the steps of: storing, in real time, the audio stream in the current buffer; identifying a push-to-talk event in the audio stream by processing the audio stream to detect the PTT audio attribute in the audio stream, the PTT event defined as determining that a PTT button was released; and responding to the identified PTT event by, (i) closing the current buffer, (ii) opening a new data storage location, and (iii) defining the new data storage location as the current buffer. initializing in a memory a data storage location defined as a current buffer; storing a push to talk audio attribute in a PTT library; receiving, from an audio panel, an audio stream; responsive to receiving the audio stream, repeating the steps of: storing, in real time, the audio stream in the current buffer; identifying a push-to-talk event in the audio stream by processing the audio stream to detect the PTT audio attribute in the audio stream, the PTT event defined as determining that a PTT button was released; and responding to the identified PTT event by, (i) closing the current buffer, (ii) opening a new data storage location, and (iii) defining the new data storage location as the current buffer. storing, in real time, the audio stream in the current buffer; identifying a push-to-talk event in the audio stream by processing the audio stream to detect the PTT audio attribute in the audio stream, the PTT event defined as determining that a PTT button was released; and responding to the identified PTT event by, (i) closing the current buffer, (ii) opening a new data storage location, and (iii) defining the new data storage location as the current buffer.
A food composition product for use in a method for treatment of diabetes type 2, wherein the food composition product is administrated orally to a subject as a 50 to 110 kcal "Preload Meal" approximately 25-35 min before administrating a main meal, i.e. breakfast, lunch or dinner, to said subject, wherein said food composition product includes nutrients such that release of incretins in said subject is stimulated prior to said main meal, said food composition product comprising at least three different proteins deriving from both animal and vegetable sources, wherein one source of protein is derived from yellow pea, another source of protein is derived from whey, and a further source of protein is derived from omega 3 rich eggs or egg albumen, wherein the food composition product further comprises omega 3 and 6 fatty acids and slowly digested carbohydrates including dietary fibers, giving said composition a glycemic load of <10, thereby increasing satiety of subject and lowering total energy intake including both food composition product and main meal; wherein the carbohydrates comprise foodstuffs from at least apples and sugar beet fibres, and wherein the Preload Meal comprises at least 5 and not more than 20 grams of proteins.
A sequential combustor arrangement comprising a first burner, a first combustion chamber, a mixer for admixing a dilution gas to the hot gases leaving the first combustion chamber during operation, a second burner, and a second combustion chamber arranged sequentially in a fluid flow connection, wherein the mixer is adapted to guide combustion gases in a hot gas flow path extending between the first combustion chamber and the second burner; the mixer comprising a mixer wall and at least one injection opening (115, 115a) in the mixer wall for admixing the dilution gas to cool the hot flue gases leaving the first combustion chamber, and a damper for damping pressure pulsations inside the mixer comprising a damper wall which encloses a damper volume and a neck connecting the damper volume to the mixer; wherein a duct wall at least partly encloses the mixer wall delimiting a connecting duct for feeding dilution gas to the injection openings (115, 115a); wherein the distance in flow direction of the hot gas flow between an injection opening (115, 115a) and the opening of the neck to the hot gas flow path in the mixer wall is less than the hydraulic diameter of the mixer 17) at the opening of the neck.
A brazed heat exchanger, comprising a number of heat exchanger plates (110, 120, 130, 140, 150) provided with a pressed pattern of ridges and grooves to form flow channels for media to exchange heat between neighboring heat exchanger plates, said flow channels being in selective fluid communication with port openings, wherein dented surfaces are arranged along an interior circumference of the port openings and comprising ridges and grooves interconnected by intermediate surfaces and arranged such that a ridge of one heat exchanger plate (110, 120, 130, 140, 150) contacts a groove of a neighboring plate to form a honeycomb pattern, wherein gable surfaces connect the sealing surface of a plate with two intermediate surfaces and a groove, the dented surfaces being located such that they at least partly surround the port openings, characterized in that the material forming the gable surfaces is removed to increase a surface area open to fluid flow from the port openings to the flow channels.
Hotplate device, in particular induction hotplate device, having at least four heating elements (12a-b) which define a variable cooking surface area (14a-b) and which are arranged in the form of a matrix, and having a control unit (16a-b), which, when at least two cooking dishes (18a-b, 20a-b, 22b) are used in the variable cooking surface area (14a-b), is characterised in that at least one operating state is provided to operate a first cooking dish (18a-b) of the at least two cooking dishes (18a-b, 20a-b, 22b) in a power move heating mode, in which the control unit (16a-b) is provided to heat the first cooking dish (18a-b) as a function of a position of the first cooking dish (18a-b) in the variable cooking surface area (14a-b) with different heat output densities, and to operate a second cooking dish (20a-b) of the at least two cooking dishes (18a-b, 20a-b, 22b) in a normal heating mode, in which the control unit (16a-b) is provided to operate at least one cooking dish (18a-b, 20a-b, 22b) independently of a position within the variable cooking surface area (14a-b) always with an at least substantially constant heat output density, namely also when the at least one cooking dish (18a-b, 20a-b, 22b) changes position within the variable cooking surface area (14a-b).
An apparatus (30, 404, 804, 1204) comprising a processor, a memory (44, 46), and communication circuitry (34, 36), the apparatus being connected to a network via its communication circuitry, the apparatus further comprising computer-executable instructions stored in the memory of the apparatus which, when executed by the processor of the apparatus, cause the apparatus to perform operations comprising: monitoring interactions between an IoT device (402, 802, 1202) and an IoT application (406, 806, 1206); based on the monitoring, identifying an interaction between the IoT device and an IoT application that can be adjusted, wherein identifying the interaction between the IoT device and an IoT application that can be adjusted comprises determining that a time window during which one of the IoT device of the IoT application publishes data to the apparatus is different as compared to a time window during which the other of the IoT device and the IoT application samples the data from the apparatus; generating a first instruction in response to identifying the interaction, the first instruction indicating a change in behavior for one of the IoT device or the IoT application; and issuing the first instruction to the one of the IoT device or the IoT application, so as to cause the one of the IoT device or the IoT application to change the respective behavior, thereby adjusting the interaction between the IoT device and the IoT application. monitoring interactions between an IoT device (402, 802, 1202) and an IoT application (406, 806, 1206); based on the monitoring, identifying an interaction between the IoT device and an IoT application that can be adjusted, wherein identifying the interaction between the IoT device and an IoT application that can be adjusted comprises determining that a time window during which one of the IoT device of the IoT application publishes data to the apparatus is different as compared to a time window during which the other of the IoT device and the IoT application samples the data from the apparatus; generating a first instruction in response to identifying the interaction, the first instruction indicating a change in behavior for one of the IoT device or the IoT application; and issuing the first instruction to the one of the IoT device or the IoT application, so as to cause the one of the IoT device or the IoT application to change the respective behavior, thereby adjusting the interaction between the IoT device and the IoT application.
A windscreen wiper device of the flat blade type comprising an elastic, elongated carrier element, as well as an elongated wiper blade of a flexible material, which can be placed in abutment with a windscreen to be wiped, which wiper blade includes at least one longitudinal groove, in which groove a longitudinal strip of the carrier element is disposed, which windscreen wiper device comprises a connecting device for an oscillating arm, wherein said oscillating arm can be pivotally connected to said connecting device about a pivot axis near one end, with the interposition of a joint part, wherein said joint part is detachably connected to said connecting device by engaging protrusions of said connecting device, at the location of said pivot axis, in recesses provided in said joint part, wherein said protrusions of said connecting device are provided with co-axial through holes, wherein an upper surface of said joint part comprises a central recess, wherein - said central recess is arranged to accommodate a free end of a rod-shaped oscillating arm of a first type; - said upper surface is arranged to accommodate a L-shaped shoulder near a free end of an oscillating arm of a second type, wherein said free end of said oscillating arm of the second type also comprises a transverse pivot pin, wherein said co-axial through holes are arranged to receive said pivot pin and wherein a side of said joint part is arranged to abut a leg of said L-shaped shoulder disposed at an end thereof and facing a windscreen to be wiped, characterized in that said joint part comprises a cap provided with a protrusion in use extending in downward direction towards a windscreen to be wiped, and wherein said downwardly extending protrusion is adapted to engage in a correspondingly shaped hole provided in said oscillating arm of a first type for retaining said wiper blade onto said oscillating arm. - said central recess is arranged to accommodate a free end of a rod-shaped oscillating arm of a first type; - said upper surface is arranged to accommodate a L-shaped shoulder near a free end of an oscillating arm of a second type, wherein said free end of said oscillating arm of the second type also comprises a transverse pivot pin, wherein said co-axial through holes are arranged to receive said pivot pin and wherein a side of said joint part is arranged to abut a leg of said L-shaped shoulder disposed at an end thereof and facing a windscreen to be wiped, characterized in that said joint part comprises a cap provided with a protrusion in use extending in downward direction towards a windscreen to be wiped, and wherein said downwardly extending protrusion is adapted to engage in a correspondingly shaped hole provided in said oscillating arm of a first type for retaining said wiper blade onto said oscillating arm.
An electric power steering system comprising: a motor that is a source of generating steering assist force that is applied to a steering mechanism of a vehicle; and a controller that controls the motor in response to a vehicle steering operation, the controller including a first computing unit that computes a basic control component of the steering assist force to be applied to the steering mechanism based on at least a steering torque, and a second computing unit that computes a correction control component for the basic control component through feedback control for causing an actual rotation angle of a rotary shaft that rotates based on a steered angle of steered wheels to coincide with a target rotation angle computed based on at least the steering torque, characterized in that the second computing unit decreases at least a magnitude of the steering torque used to compute the target rotation angle and then computes the correction control component, to increase a steering reactive force with an increase in a lateral acceleration applied to the vehicle. a motor that is a source of generating steering assist force that is applied to a steering mechanism of a vehicle; and a controller that controls the motor in response to a vehicle steering operation, the controller including a first computing unit that computes a basic control component of the steering assist force to be applied to the steering mechanism based on at least a steering torque, and a second computing unit that computes a correction control component for the basic control component through feedback control for causing an actual rotation angle of a rotary shaft that rotates based on a steered angle of steered wheels to coincide with a target rotation angle computed based on at least the steering torque, characterized in that a first computing unit that computes a basic control component of the steering assist force to be applied to the steering mechanism based on at least a steering torque, and a second computing unit that computes a correction control component for the basic control component through feedback control for causing an actual rotation angle of a rotary shaft that rotates based on a steered angle of steered wheels to coincide with a target rotation angle computed based on at least the steering torque, characterized in that the second computing unit decreases at least a magnitude of the steering torque used to compute the target rotation angle and then computes the correction control component, to increase a steering reactive force with an increase in a lateral acceleration applied to the vehicle.
A cosmetic composition, comprising - 0.01 to 2 wt-% cyanocobalamin, - 0.01 to 5 wt-% of at least one ethanolic aqueous extract standardized to the lead substance berberine from the plant Mahonia aquifolium, wherein the amount of berberine in the extract is more than 0.5 mg/ml, - 1 to 50 wt-% of an aloe vera gel, and - evening primrose oil, acrylate / C 10 -C 30 alkyl acrylate cross-polymer and glycerides. - 0.01 to 2 wt-% cyanocobalamin, - 0.01 to 5 wt-% of at least one ethanolic aqueous extract standardized to the lead substance berberine from the plant Mahonia aquifolium, wherein the amount of berberine in the extract is more than 0.5 mg/ml, - 1 to 50 wt-% of an aloe vera gel, and - evening primrose oil, acrylate / C 10 -C 30 alkyl acrylate cross-polymer and glycerides.
A cooking device comprising a body; a cooking chamber which is disposed in the body, which has a ceiling, a base and side walls which extend between the ceiling and the base and wherein the cooking process is performed; an opening which is arranged at the front side of the cooking chamber and which allows access into the cooking chamber; and a cooking stone which is suitable for cooking food on the surface thereof and which has a usage position wherein the cooking stone is placed onto the base, characterized by at least one movement mechanism which is disposed between the base and the cooking stone, and which, when triggered by the user when the cooking stone is in the usage position, enables the cooking stone to be moved to a raised position wherein the cooking stone is at least partially raised above the base, by pushing the cooking stone into the cooking chamber.
A method of identifying the risk of an organ transplant patient developing post transplant lymphoproliferative disorder (PTLD), identifying the likelihood of the patient having PTLD, or identifying a prognosis of a patient with PTLD, comprising detecting an amount of free light chains in a sample from the patient, wherein a higher than normal amount of FLC or abnormal FLC ratio in the sample, indicates an increased risk of developing PTLD, having PTLD or having a poor prognosis for the PTLD.
A magnetic core comprising Fe-based alloy particles, wherein: the Fe-based alloy particles are bound via an oxide derived from an Fe-based alloy; wherein the Fe-based alloy particles contain both Al and Cr, and in an X-ray diffraction spectrum of the magnetic core measured using Cu-Kα characteristic X-rays, a peak intensity ratio (P1/P2) of a peak intensity P1 of a diffraction peak of an Fe oxide having a corundum structure appearing in a vicinity of 2θ = 33.2° to a peak intensity P2 of a diffraction peak of the Fe-based alloy having a bcc structure appearing in a vicinity of 2θ = 44.7° is 0.015 or less; and in the X-ray diffraction spectrum, a peak intensity ratio (P3/P2) of a peak intensity P3 of a superlattice peak of an Fe 3 Al ordered structure appearing in a vicinity of 2θ = 26.6° to the peak intensity P2 is 0.015 or more and 0.050 or less, characterized in that the Fe-based alloy is represented by a composition formula: aFebAlcCrdSi; and in mass%, a + b + c + d = 100, 13.8 ≤ b ≤ 16, 2.5 ≤ c ≤ 4.7, and d ≤ 1 are satisfied. the Fe-based alloy particles are bound via an oxide derived from an Fe-based alloy; wherein the Fe-based alloy particles contain both Al and Cr, and in an X-ray diffraction spectrum of the magnetic core measured using Cu-Kα characteristic X-rays, a peak intensity ratio (P1/P2) of a peak intensity P1 of a diffraction peak of an Fe oxide having a corundum structure appearing in a vicinity of 2θ = 33.2° to a peak intensity P2 of a diffraction peak of the Fe-based alloy having a bcc structure appearing in a vicinity of 2θ = 44.7° is 0.015 or less; and in the X-ray diffraction spectrum, a peak intensity ratio (P3/P2) of a peak intensity P3 of a superlattice peak of an Fe 3 Al ordered structure appearing in a vicinity of 2θ = 26.6° to the peak intensity P2 is 0.015 or more and 0.050 or less, characterized in that the Fe-based alloy is represented by a composition formula: aFebAlcCrdSi; and in mass%, a + b + c + d = 100, 13.8 ≤ b ≤ 16, 2.5 ≤ c ≤ 4.7, and d ≤ 1 are satisfied.
A converter arrangement containing a first converter having a first circuit board, arranged in a first plane, which bears at least one first electrical power semiconductor switch and also at least two first power capacitors (108, 110), and also having a second converter of substantially identical construction to the first converter, which second converter comprises a second printed circuit board which bears at least one second power semiconductor switch and also at least two second power capacitors (208, 210), characterised in that the second circuit board is arranged, lying opposite the power capacitors (108, 110) of the first circuit board, in a second plane running parallel to the first plane, and in that openings (112, 212) are formed in the first and second circuit board (104, 204) through which the power capacitors (108, 110, 208, 210) of the circuit board (104, 204) which lies opposite in each case can be inserted.
A railcar bogie (1, 501) comprising: a cross beam (4, 104, 204, 404) configured to support a carbody of a railcar; a pair of front and rear axles respectively arranged at both sides of the cross beam (4, 104, 204, 404) in a railcar longitudinal direction so as to extend in a railcar width direction; bearings respectively provided at both railcar width direction sides of each of the axles and configured to rotatably support the axles; axle boxes configured to respectively accommodate the bearings; plate springs (30, 530) extending in the railcar longitudinal direction; and contact members (33, 133, 233, 533) respectively provided at both railcar-width-direction end portions of the cross beam (4, 104, 204, 404), respectively disposed separably on railcar-longitudinal-direction middle portions (30a, 530a) of the plate springs (30, 530) so as not to be fixed to the plate springs (30, 530) in a vertical direction; and supporting members (31, 131, 231, 531) respectively provided at the axle boxes and respectively supporting the railcar-longitudinal-direction end portions (30c, 530c) of the plate springs (30, 530), wherein an upper surface of the railcar-longitudinal-direction middle portion (30a, 530a) of each of the plate springs (30, 530) has a substantially circular-arc shape that is convex downward in a side view. a cross beam (4, 104, 204, 404) configured to support a carbody of a railcar; a pair of front and rear axles respectively arranged at both sides of the cross beam (4, 104, 204, 404) in a railcar longitudinal direction so as to extend in a railcar width direction; bearings respectively provided at both railcar width direction sides of each of the axles and configured to rotatably support the axles; axle boxes configured to respectively accommodate the bearings; plate springs (30, 530) extending in the railcar longitudinal direction; and contact members (33, 133, 233, 533) respectively provided at both railcar-width-direction end portions of the cross beam (4, 104, 204, 404), respectively disposed separably on railcar-longitudinal-direction middle portions (30a, 530a) of the plate springs (30, 530) so as not to be fixed to the plate springs (30, 530) in a vertical direction; and supporting members (31, 131, 231, 531) respectively provided at the axle boxes and respectively supporting the railcar-longitudinal-direction end portions (30c, 530c) of the plate springs (30, 530), wherein an upper surface of the railcar-longitudinal-direction middle portion (30a, 530a) of each of the plate springs (30, 530) has a substantially circular-arc shape that is convex downward in a side view.