mhurhangee/ep-ind-claims huggingface dataset:
A prosthetic mold, comprising: a stem portion including a first stem member and a second stem member characterised in that, the first and second stem members (32,34) each having a medial engagement member (43A, 45A) and a lateral engagement member (43B, 45B), the engagement members (43,45) comprising one of a rail or a track, the first and second stem members (32,34) configured to engage with one another to define a stem cavity having a cavity circumference; and a plurality of securement members (60,62), the plurality of securement members (60,62) comprising the other one of a rail or a track (72,74), a securement member configured to slidably engage the medial engagement members (43A,45A) of the first and second stem members (32,34) and another one of the securement members configured to slidably engage the lateral engagement members (43B,45B) of the first and second stem members (32,34) to secure the first and second stem members to each other. a stem portion including a first stem member and a second stem member characterised in that, the first and second stem members (32,34) each having a medial engagement member (43A, 45A) and a lateral engagement member (43B, 45B), the engagement members (43,45) comprising one of a rail or a track, the first and second stem members (32,34) configured to engage with one another to define a stem cavity having a cavity circumference; and a plurality of securement members (60,62), the plurality of securement members (60,62) comprising the other one of a rail or a track (72,74), a securement member configured to slidably engage the medial engagement members (43A,45A) of the first and second stem members (32,34) and another one of the securement members configured to slidably engage the lateral engagement members (43B,45B) of the first and second stem members (32,34) to secure the first and second stem members to each other.
A sheet drying device that dries water-based paint on a sheet that is conveyed, the sheet drying device comprising: a heating lamp that is disposed to face a printing surface of the sheet; a voltage adjusting unit that adjusts a voltage of electric power to be supplied to the heating lamp; a voltage setting unit that sets a working voltage of the heating lamp by setting a voltage that is lower than a rated voltage of the heating lamp by a predetermined value set in advance as a reference voltage and increasing or decreasing the reference voltage according to an application amount of the water-based paint on the sheet; the rated voltage of the heating lamp being set according to a maximum application amount of the water-based paint on the sheet; and a control unit that changes a voltage of the heating lamp to the working voltage set by the voltage setting unit by using the voltage adjusting unit; characterized in that the reference voltage is set to a voltage between 75% of the rated voltage of the heating lamp and 85% of the rated voltage of the heating lamp. a heating lamp that is disposed to face a printing surface of the sheet; a voltage adjusting unit that adjusts a voltage of electric power to be supplied to the heating lamp; a voltage setting unit that sets a working voltage of the heating lamp by setting a voltage that is lower than a rated voltage of the heating lamp by a predetermined value set in advance as a reference voltage and increasing or decreasing the reference voltage according to an application amount of the water-based paint on the sheet; the rated voltage of the heating lamp being set according to a maximum application amount of the water-based paint on the sheet; and a control unit that changes a voltage of the heating lamp to the working voltage set by the voltage setting unit by using the voltage adjusting unit; characterized in that the reference voltage is set to a voltage between 75% of the rated voltage of the heating lamp and 85% of the rated voltage of the heating lamp.
A radiophone comprising: an operation key for answering, establishing and terminating a call, wherein the function of the operation key is controlled in dependence on a state of the radiophone; a display configured to display the function of the operation key in a predetermined area of said display; a multifunctional key for rejecting or diverting an incoming call, wherein the function of the multifunctional key is controlled in dependence on a state of the radiophone, and wherein the function of the multifunctional key is not displayed on said display; a controller unit configured to set a call rejection function or a call diversion function for the multifunctional key when an incoming call is detected, and wherein the controller unit is configured to detect activation of the multifunctional key so as to cause the radiophone to reject or divert an incoming call. an operation key for answering, establishing and terminating a call, wherein the function of the operation key is controlled in dependence on a state of the radiophone; a display configured to display the function of the operation key in a predetermined area of said display; a multifunctional key for rejecting or diverting an incoming call, wherein the function of the multifunctional key is controlled in dependence on a state of the radiophone, and wherein the function of the multifunctional key is not displayed on said display; a controller unit configured to set a call rejection function or a call diversion function for the multifunctional key when an incoming call is detected, and wherein the controller unit is configured to detect activation of the multifunctional key so as to cause the radiophone to reject or divert an incoming call.
A test panel for testing food intolerance in patients diagnosed with or suspected to have Crohn's disease, comprising: a plurality of distinct food preparations, wherein each food preparation is independently coupled to an individually addressable solid carrier; wherein the plurality of distinct food preparations consists of almond, apple, avocado, barley, broccoli, buck wheat, cabbage, cane sugar, cantaloupe, carrot, cauliflower, celery, chili pepper, chocolate, clam, cola nut, corn, cucumber, eggplant, garlic, grapefruit, green pea, green pepper, honey, lemon, lettuce, lima bean, malt, mustard, oat, olive, onion, orange, oyster, peach, pinto bean, potato, rice, rye, safflower, sardine, scallop, soybean, spinach, squashes, strawberry, string bean, sunflower seed, sweet potato, tea, tobacco, tomato, black walnut, wheat, baker's yeast, brewer's yeast, peanut, pineapple, sole, blueberry, grape, chicken, cinnamon, turkey, butter, cottage cheese, cashew, yogurt, cow's milk, egg, millet, coffee, halibut, beef, Swiss cheese, lobster, parsley, pork, shrimp, and cheddar cheese.
An electric brake actuator for a vehicle brake system including an input device to which braking operation by an operator is input, wherein the electric brake actuator is adapted for generating a hydraulic brake pressure, based on at least an electric signal according to the braking operation and includes a vehicle body attachment structure,wherein the electric brake actuator includes: an electric motor that is driven based on the electric signal; a driving force transmission section for transmitting a driving force of the electric motor; and a cylinder mechanism for applying a pressure to brake fluid by moving a piston along an axial direction by the driving force transmitted from the driving force transmission section, and wherein the vehicle body attachment structure includes a mount portion for attaching the electric brake actuator to a vehicle body, wherein the mount portion is provided in a vicinity of a center of gravity of the electric brake actuator, characterized in that the electric brake actuator is provided with a penetration hole penetrating along a direction substantially perpendicular to an axial line of the cylinder mechanism, wherein the electric brake actuator is supported by a fixing member penetrating through the penetration hole, wherein a first boss portion is provided at one end portion along an axial direction of the penetration hole; a second boss portion is provided at another end portion along the axial direction of the penetration hole; and a third boss portion is provided along a vertical downward direction perpendicular to the axial line of the penetration hole, wherein the electric brake actuator is supported at three points formed by the first to third boss portions. an electric motor that is driven based on the electric signal; a driving force transmission section for transmitting a driving force of the electric motor; and a cylinder mechanism for applying a pressure to brake fluid by moving a piston along an axial direction by the driving force transmitted from the driving force transmission section, and wherein the vehicle body attachment structure includes a mount portion for attaching the electric brake actuator to a vehicle body, wherein the mount portion is provided in a vicinity of a center of gravity of the electric brake actuator, characterized in that the electric brake actuator is provided with a penetration hole penetrating along a direction substantially perpendicular to an axial line of the cylinder mechanism, wherein the electric brake actuator is supported by a fixing member penetrating through the penetration hole, wherein a first boss portion is provided at one end portion along an axial direction of the penetration hole; a second boss portion is provided at another end portion along the axial direction of the penetration hole; and a third boss portion is provided along a vertical downward direction perpendicular to the axial line of the penetration hole, wherein the electric brake actuator is supported at three points formed by the first to third boss portions.
A method for wireless communication, said method being performed by a user equipment, comprising: receiving, from a base station, signaling comprising an indication of an aggregation configuration for physical uplink shared channel occasions for transmission of a random access payload; determining a random access message of a random access procedure, the random access message comprising a random access preamble and a random access payload; aggregating, in one or more of a time domain or a frequency domain, multiple physical uplink shared channel occasions of a set of physical uplink shared channel occasions based at least in part on the indication of the aggregation configuration, wherein aggregating the multiple physical uplink shared channel occasions of the set of physical uplink shared channel occasions comprises aggregating multiple physical uplink shared channel occasions that are noncontiguous in one or both of the time domain or the frequency domain; and transmitting, to the base station, the random access payload of the random access message on a physical uplink shared channel that comprises the aggregated multiple physical uplink shared channel occasions, each of the aggregated physical uplink shared channel occasions comprising time and frequency resources. receiving, from a base station, signaling comprising an indication of an aggregation configuration for physical uplink shared channel occasions for transmission of a random access payload; determining a random access message of a random access procedure, the random access message comprising a random access preamble and a random access payload; aggregating, in one or more of a time domain or a frequency domain, multiple physical uplink shared channel occasions of a set of physical uplink shared channel occasions based at least in part on the indication of the aggregation configuration, wherein aggregating the multiple physical uplink shared channel occasions of the set of physical uplink shared channel occasions comprises aggregating multiple physical uplink shared channel occasions that are noncontiguous in one or both of the time domain or the frequency domain; and transmitting, to the base station, the random access payload of the random access message on a physical uplink shared channel that comprises the aggregated multiple physical uplink shared channel occasions, each of the aggregated physical uplink shared channel occasions comprising time and frequency resources.
Modular flush-mounted system consisting of a mixing module which can be connected to supply pipes for cold and hot water and which comprises an electronically controllable temperature and volume control unit, and at least one flush-mounted module which is arranged separately therefrom and which is connected via a supply line to the mixing module and which is adapted for the passage of mixed water and/or the connection of a sanitary fitting thereto, wherein the mixing module comprises a water distributor arrangement, which adjoins the supply pipes and cooperates with the temperature and volume control unit and which has two water inlets and an electronic control module connected to an external power supply and wherein an operating unit is provided, characterized in that the modular units required for the function of the mixing module, namely the motor-driven adjustable temperature and volume control unit, a water distribution element forming the water distributor arrangement, a manifold block connected on the one hand to the temperature and volume control unit and on the other hand to the operating unit as well as the control module connected to the manifold block are arranged jointly in a flush-mounted mounting box and the operating unit is formed on a cover closing the flush-mounted mounting box and is connected via a cable connection to the manifold block, wherein the water distribution element is formed with water paths between two water inlets (16, 17) and two water outlets (18, 19), having a shut-off valve to be actuated mechanically and a downstream sound absorber and with a water path running between a mixed water inlet and at least one mixed water outlet and the temperature and volume control unit is connected to the water outlets (18, 19) and the mixed water inlet of the water distribution element and a mixed water outlet of the water distribution element can be connected to the flush-mounted module via the supply line leading outside the flush-mounted mounting box, and wherein the manifold block can be connected via a cable bushing formed on the flush-mounted mounting box to the power source arranged outside the flush-mounted mounting box.
Use of an additive for the controlled reducing adjustment of the viscosity of polymers containing units which can be cleaved with acids, in particular polycondensates such as polyamides, polyesters, polycarbonates and polyethers, as well as copolymers thereof, wherein the additive comprises: - an acid and/or acid anhydride or mixtures thereof, and - a carrier, characterized in that the acid and/or the acid anhydride or mixtures thereof are uniformly distributed in the carrier and the carrier does not react with the acid or the acid anhydride. - an acid and/or acid anhydride or mixtures thereof, and - a carrier,
Blade access arrangement for a rotor blade of a wind power plant having a tower, the arrangement comprising a platform, tower guide means for guiding the platform against the tower, bar arrangement (23, 24) connecting the platform with the tower guiding means and a hoisting arrangement for hoisting the blade access arrangement up and down, the hoisting arrangement comprising two suspension points at the platform and a bar suspension point placed at the bar arrangement (23, 24), characterized in that the bar suspension point is placed in an area a third part from tower guiding means and a third part from the platform, meaning that the distance between the tower guiding means and the platform is divided in three equal distances and the suspension point is placed in the middle third part.
Cutting tool with at least one cutting edge in the conical cutting part, wherein the cutting edge remains essentially straight along the whole length, characterized in, that along the cutting edge from the outside diameter towards the tip of the tool the back angle (α) gradually takes the value from 0° on the outer diameter to 90° on the tip, the cutting angle (β) reaches the value within 60° up to 90° and the face angle (γ) gradually takes in the opposite direction the value from -90° on the tip up to the value between 0° and 30° on the outer diameter.
A method of operating a sensor device for actuation by deformation of an operating body comprising the following steps: - Generating at least one sensor signal of a sensor device as a result of a deformation of the operating body, - Evaluating the sensor signal by comparing the sensor signal with a reference and recognizing a deviation (200.1) of the sensor signal from the reference, - Adaptation of the reference to a deformation state of the operating body as a function of the deviation (200.1) of the sensor signal, characterized in that the adaptation only takes place in the event of an unintentional change in the deformation state of the operating body, the unintentional change in the deformation state being distinguished from an intentional change in the deformation state by the speed of the change in the deformation state. - Generating at least one sensor signal of a sensor device as a result of a deformation of the operating body, - Evaluating the sensor signal by comparing the sensor signal with a reference and recognizing a deviation (200.1) of the sensor signal from the reference, - Adaptation of the reference to a deformation state of the operating body as a function of the deviation (200.1) of the sensor signal, characterized in that the adaptation only takes place in the event of an unintentional change in the deformation state of the operating body, the unintentional change in the deformation state being distinguished from an intentional change in the deformation state by the speed of the change in the deformation state.
Masked grating-based cryptographic method for encrypting or decrypting data using a key s, comprising multiplying an input vector (u') by a key matrix ( ŝ T), - wherein the input vector (u') comprises, as data, n data elements (u 0,..., u n-1) concatenated with n masking elements (r 0,..., r n-1), - wherein the key s is represented by the key matrix ŝ T, - wherein the input vector (u') is multiplied by the key matrix ( ŝ T) in an NTT implementation in which the data elements (u 0,..., u n-1) and the masking elements (r 0,..., r n-1) are multiplied by powers of the key s that are predetermined by the cryptographic method, and - wherein at least one, or some, of the masking elements (r 0,..., r n-1), with the exception of at least one single masking element (r i), is or are intentionally set to zero. - wherein the input vector (u') comprises, as data, n data elements (u 0,..., u n-1) concatenated with n masking elements (r 0,..., r n-1), - wherein the key s is represented by the key matrix ŝ T, - wherein the input vector (u') is multiplied by the key matrix ( ŝ T) in an NTT implementation in which the data elements (u 0,..., u n-1) and the masking elements (r 0,..., r n-1) are multiplied by powers of the key s that are predetermined by the cryptographic method, and - wherein at least one, or some, of the masking elements (r 0,..., r n-1), with the exception of at least one single masking element (r i), is or are intentionally set to zero.
A battery reverse voltage prevention system, the system comprising: a first metal oxide silicon field effect transistor MOSFET configured to connect a battery and a load and to block reverse voltage applied from the battery; a resistor unit of which one side is connected with a gate terminal of the first MOSFET and the other side is connected with a ground terminal; and a second MOSFET connected with the resistor unit in parallel, wherein when constant voltage is applied to the first MOSFET, the second MOSFET becomes an on state and current of the battery, which flows to the resistor unit is reduced to decrease an opening/closing delay time of the first MOSFET, wherein the first and second MOSFETs are P-type channel MOSFETs, wherein a source terminal of the second MOSFET is connected with a gate terminal of the first MOSFET, a drain terminal of the second MOSFET is connected with the ground terminal, and the gate terminal of the second MOSFET is connected with the battery. a first metal oxide silicon field effect transistor MOSFET configured to connect a battery and a load and to block reverse voltage applied from the battery; a resistor unit of which one side is connected with a gate terminal of the first MOSFET and the other side is connected with a ground terminal; and a second MOSFET connected with the resistor unit in parallel, wherein when constant voltage is applied to the first MOSFET, the second MOSFET becomes an on state and current of the battery, which flows to the resistor unit is reduced to decrease an opening/closing delay time of the first MOSFET, wherein the first and second MOSFETs are P-type channel MOSFETs, wherein a source terminal of the second MOSFET is connected with a gate terminal of the first MOSFET, a drain terminal of the second MOSFET is connected with the ground terminal, and the gate terminal of the second MOSFET is connected with the battery.
A system for producing a modulated carrier signal that is representative of a dielectric value and a density of a fluid, the system comprising: a chassis configured to be immersed in the fluid; a first device configured to produce a first signal that is indicative of the dielectric value of the fluid; a second device comprising a densitometer spool configured to produce a mechanical response that is indicative of the density of the fluid, the second device configured to produce a second signal that is indicative of the density of the fluid; and a signal processor comprising a serial driver, the signal processor in operable communication with both the first device and the second device, the signal processor configured to calculate a digital signal that is indicative of the dielectric value and the density of the fluid; wherein: the first device, the second device, and the signal processor are disposed within the chassis; and the serial driver is configured to: produce a serial word that is representative of the digital signal; modulate a carrier signal; and communicate the modulated carrier signal externally of the system; the modulated carrier signal is representative of the serial word. a chassis configured to be immersed in the fluid; a first device configured to produce a first signal that is indicative of the dielectric value of the fluid; a second device comprising a densitometer spool configured to produce a mechanical response that is indicative of the density of the fluid, the second device configured to produce a second signal that is indicative of the density of the fluid; and a signal processor comprising a serial driver, the signal processor in operable communication with both the first device and the second device, the signal processor configured to calculate a digital signal that is indicative of the dielectric value and the density of the fluid; wherein: the first device, the second device, and the signal processor are disposed within the chassis; and the serial driver is configured to: produce a serial word that is representative of the digital signal; modulate a carrier signal; and communicate the modulated carrier signal externally of the system; the first device, the second device, and the signal processor are disposed within the chassis; and the serial driver is configured to: produce a serial word that is representative of the digital signal; modulate a carrier signal; and communicate the modulated carrier signal externally of the system; produce a serial word that is representative of the digital signal; modulate a carrier signal; and communicate the modulated carrier signal externally of the system; the modulated carrier signal is representative of the serial word.