mhurhangee/ep-ind-claims huggingface dataset:
A method of handling data provided from a source node to a collecting node in a data network, the method comprising the following steps performed by the source node: generating a sequence of values, wherein the sequence is unrevealed in the data network by the source node in a time interval, wherein the sequence of values is generated by iteratively applying a cryptographic hash function, H, to a generator, R, according to R k − 1 = H R k for k = N,..., 1; triggering an authentication of the sequence in the data network by providing an authenticator of the sequence, wherein an end result, R, of the generation is the hash value of the sequence for the authentication, wherein the authentication associates the sequence with the source node, and wherein the authenticator includes a hash value computed based on both a hash value of the sequence and a key of the source node; computing one or more signatures for one or more data sets to be sent in the time interval using one or more values of the sequence, wherein each signature is a function of both one of the values of the sequence and one of the data sets; sending, from the source node to the collecting node, the one or more data sets in the time interval; and providing one or more of the signatures. generating a sequence of values, wherein the sequence is unrevealed in the data network by the source node in a time interval, wherein the sequence of values is generated by iteratively applying a cryptographic hash function, H, to a generator, R, according to R k − 1 = H R k for k = N,..., 1; triggering an authentication of the sequence in the data network by providing an authenticator of the sequence, wherein an end result, R, of the generation is the hash value of the sequence for the authentication, wherein the authentication associates the sequence with the source node, and wherein the authenticator includes a hash value computed based on both a hash value of the sequence and a key of the source node; computing one or more signatures for one or more data sets to be sent in the time interval using one or more values of the sequence, wherein each signature is a function of both one of the values of the sequence and one of the data sets; sending, from the source node to the collecting node, the one or more data sets in the time interval; and providing one or more of the signatures.
A pipettor comprising: a top seal plate; a cylinder block; a wash chamber defined by a space between the top seal plate and the cylinder block; an upper seal with a groove and a lower seal, the upper seal located below the top seal plate and retained by the lower seal, and the lower seal located above the cylinder block and retained by the upper seal; a thru tip gasket located below the cylinder block; a pipette tip retained by the thru tip gasket; a piston with a tapered tip that passes through the top seal plate, the upper seal, the lower seal, the cylinder block, and the thru tip gasket into the pipette tip; wherein the upper seal and the lower seal isolate the piston from the wash chamber; a fluid flow channel defined by the piston and extending into the pipette tip; and an actuator for advancing and retracting the piston; wherein the actuator is configured to retract the piston such that the piston loses sealing contact with the lower seal and the wash chamber is supplied with a wash fluid and pressurized to enable the wash fluid to pass through the groove in the upper seal and into the fluid flow channel defined by the piston. a top seal plate; a cylinder block; a wash chamber defined by a space between the top seal plate and the cylinder block; an upper seal with a groove and a lower seal, the upper seal located below the top seal plate and retained by the lower seal, and the lower seal located above the cylinder block and retained by the upper seal; a thru tip gasket located below the cylinder block; a pipette tip retained by the thru tip gasket; a piston with a tapered tip that passes through the top seal plate, the upper seal, the lower seal, the cylinder block, and the thru tip gasket into the pipette tip; wherein the upper seal and the lower seal isolate the piston from the wash chamber; a fluid flow channel defined by the piston and extending into the pipette tip; and an actuator for advancing and retracting the piston; wherein the actuator is configured to retract the piston such that the piston loses sealing contact with the lower seal and the wash chamber is supplied with a wash fluid and pressurized to enable the wash fluid to pass through the groove in the upper seal and into the fluid flow channel defined by the piston.
A vehicle comprising: a vehicle body having three or more wheels including at least a steered wheel with a trail (L T) and a pair of wheels (12L, 12R) provided in the vehicle width direction; an operation input part that inputs a turning direction when being operated; an inclining part that inclines the vehicle body; and a steered wheel controller that controls the steering angle of the steered wheel, wherein when the vehicle speed of the vehicle is lower than a predetermined vehicle speed, the vehicle travels in a first mode in which the steered wheel controller controls the steering angle of the steered wheel according to an input from the operation input part, and the inclining part inclines the vehicle body according to an input from the operation input part, and when the vehicle speed is equal to or higher than the predetermined vehicle speed, the vehicle travels in a second mode in which the steered wheel controller makes the steered wheel freely turnable irrespective of the operation input part, and the inclining part inclines the vehicle body according to an input from the operation input part, characterized in that a turning radius based on the inclination angle of the vehicle body at the predetermined vehicle speed in the second mode is estimated, then the steering angle (δ W 2) of the steered wheel at the predetermined vehicle speed is calculated from the estimated turning radius, and the steered wheel is controlled until the calculated steering angle (δ W 2) is reached. a vehicle body having three or more wheels including at least a steered wheel with a trail (L T) and a pair of wheels (12L, 12R) provided in the vehicle width direction; an operation input part that inputs a turning direction when being operated; an inclining part that inclines the vehicle body; and a steered wheel controller that controls the steering angle of the steered wheel, wherein when the vehicle speed of the vehicle is lower than a predetermined vehicle speed, the vehicle travels in a first mode in which the steered wheel controller controls the steering angle of the steered wheel according to an input from the operation input part, and the inclining part inclines the vehicle body according to an input from the operation input part, and when the vehicle speed is equal to or higher than the predetermined vehicle speed, the vehicle travels in a second mode in which the steered wheel controller makes the steered wheel freely turnable irrespective of the operation input part, and the inclining part inclines the vehicle body according to an input from the operation input part, characterized in that a turning radius based on the inclination angle of the vehicle body at the predetermined vehicle speed in the second mode is estimated, then the steering angle (δ W 2) of the steered wheel at the predetermined vehicle speed is calculated from the estimated turning radius, and the steered wheel is controlled until the calculated steering angle (δ W 2) is reached.
An ester represented by the formula: (in the formula, R 1 represents methyl, ethyl, propyl, or isopropyl, R 2 represents methyl, and R 3 represents methyl)
Dishwasher, in particular household dishwasher, with a dishwasher cavity for receiving items to be washed, such as dishware, glasses, cutlery or the like, wherein at least one rotatable fan wheel is arranged in the dishwasher cavity, with which air is able to be drawn in on one side and blown out on the other, wherein the at least one fan wheel is assigned a motor, the rotational speed of which can be varied over time, wherein the at least one motor is able to be operated in a continuous operation in a rotational speed range of less than 5,000 revolutions per minute during a program phase and, deviating from this rotational speed range, it is possible to carry out one or more brief boosts into a higher rotational speed range, and wherein a boost in the rotational speed of the motor is preferably able to be carried out during a blowing-off phase before the continuous operation following in time, wherein the rotational speed of the motor during the blowing-off phase is greater, in particular at least 20% greater, than the rotational speed of the motor during the continuous operation following in time.
An exposure apparatus for exposing a dental object, comprising: - a chamber for receiving the dental object; - a radiation source for emitting radiation having a wavelength smaller than 350 nm into the chamber; and - a movement device which is configured to move the radiation source in a height and/or to rotate it around the dental object. - a chamber for receiving the dental object; - a radiation source for emitting radiation having a wavelength smaller than 350 nm into the chamber; and - a movement device which is configured to move the radiation source in a height and/or to rotate it around the dental object.
A Light Emitting Diode streetlamp comprising: an integral housing having a light emitting opening on the bottom thereof and a receiving space provided therein; a power supply unit inserted and fixed to the receiving space through the light emitting opening of the housing; a reflection part for reflecting light from a bottom thereof, the reflecting part being inserted and fixed to the receiving space through the light emitting opening of the housing to separate a part of the receiving space where the power supply unit is located and a portion of the receiving space lower than that part; a substrate for supplying power to a plurality of mounted LEDs, the substrate being coupled and fixed on an inner surface of the housing on a lower side of the reflection part; and a cover part for covering the light emitting opening of the housing, characterized in that the housing comprises: a first heat dissipation pin for dissipating heat of the power supply unit, the first heat dissipation pin being provided on an outer side of a coupling location of the power supply unit; and a second heat dissipation pin for dissipating heat of the substrate, the second heat dissipation pin being provided on an outer side of a coupling location of the substrate. an integral housing having a light emitting opening on the bottom thereof and a receiving space provided therein; a power supply unit inserted and fixed to the receiving space through the light emitting opening of the housing; a reflection part for reflecting light from a bottom thereof, the reflecting part being inserted and fixed to the receiving space through the light emitting opening of the housing to separate a part of the receiving space where the power supply unit is located and a portion of the receiving space lower than that part; a substrate for supplying power to a plurality of mounted LEDs, the substrate being coupled and fixed on an inner surface of the housing on a lower side of the reflection part; and a cover part for covering the light emitting opening of the housing, characterized in that the housing comprises: a first heat dissipation pin for dissipating heat of the power supply unit, the first heat dissipation pin being provided on an outer side of a coupling location of the power supply unit; and a second heat dissipation pin for dissipating heat of the substrate, the second heat dissipation pin being provided on an outer side of a coupling location of the substrate. a first heat dissipation pin for dissipating heat of the power supply unit, the first heat dissipation pin being provided on an outer side of a coupling location of the power supply unit; and a second heat dissipation pin for dissipating heat of the substrate, the second heat dissipation pin being provided on an outer side of a coupling location of the substrate.
Clutch assembly, in particular double clutch, for coupling a drive shaft of a motor vehicle engine to at least one transmission input shaft (26, 30) of a motor vehicle transmission, having a clutch housing for introducing or discharging a torque, a counter-plate (32, 38) which is configured by the clutch housing, a pressure plate (36, 42) which can be moved axially relative to the counter-plate (32, 38), for pressing a clutch plate (24, 28) in a frictionally locking manner between the counter-plate (32, 38) and the pressure plate (36, 42), an actuating element (34, 40) which can be moved axially by an actuating system which is, in particular, hydraulic, for moving the pressure plate (36, 42), the actuating element (38, 40) being configured, in particular, as a substantially rigid actuating pot for the substantially purely axial movement between an open position and a closed position, an adjusting device (70, 72) for adjusting a wear-induced faulty spacing of the pressure plate (36, 42) from the counter-plate (32, 38), characterized in that the adjusting device (70, 72) has precisely one ramp ring (74, 84) which is supported on the clutch housing directly or indirectly via a ramp system and is prestressed with an adjusting force in the circumferential direction, and one clamping spring (76, 86) which is connected to the clutch housing directly or indirectly for clamping the ramp ring (74, 84) fixedly in terms of movement with the aid of a clamping force which is applied by the clamping spring (76, 86), the actuating element (34, 40) or the pressure plate (36, 42) being supported in the open position on the ramp ring (74, 84) and, in the case of a sufficiently great stroke travel from the open position into the closed position, coming into contact with the clamping spring (76, 86) in order to reduce the clamping force on the ramp ring (74, 84).
A silencer unit for a heat recovery ventilation unit for providing supply air, preferably outside air (fresh air), to an apartment or parts thereof and for removing return air, preferably exhaust air (used air), from said apartment or parts thereof, the heat recovery ventilation unit comprising: a supply air outlet for establishing supply air flow communication with said apartment; a return air inlet for establishing return air flow communication with said apartment; an exhaust air outlet for establishing exhaust air flow communication with the atmosphere; an outside air inlet for establishing outside air flow communication with the atmosphere, wherein the silencer unit is to be connected to air inlets and air outlets of the heat recovery ventilation unit, wherein the silencer unit comprises a silencer duct for the supply air outlet of the HRV unit and a silencer duct for the return air inlet of the HRV unit which silencer ducts (2, 4) are both curved ducts each comprising at least one bend (2b, 2c, 4b, 4c), characterized in that the silencer unit comprises separate silencer ducts (2, 4, 6, 8) to be connected to said supply air outlet, return air inlet, exhaust air outlet and outside air inlet, respectively, of the heat recovery ventilation unit. a supply air outlet for establishing supply air flow communication with said apartment; a return air inlet for establishing return air flow communication with said apartment; an exhaust air outlet for establishing exhaust air flow communication with the atmosphere; an outside air inlet for establishing outside air flow communication with the atmosphere, wherein the silencer unit is to be connected to air inlets and air outlets of the heat recovery ventilation unit, wherein the silencer unit comprises a silencer duct for the supply air outlet of the HRV unit and a silencer duct for the return air inlet of the HRV unit which silencer ducts (2, 4) are both curved ducts each comprising at least one bend (2b, 2c, 4b, 4c), characterized in that the silencer unit comprises separate silencer ducts (2, 4, 6, 8) to be connected to said supply air outlet, return air inlet, exhaust air outlet and outside air inlet, respectively, of the heat recovery ventilation unit.
Device, which in an assembled state on a piece of furniture moves a furniture part guided movably on the piece of furniture from a closed position in an opening direction of the furniture part, with an energy store and a movably mounted opening element, which after unlocking, by moving the furniture part in a closing direction and pressing the furniture part against an unlocking section (16a, 41) of the device, can be moved out of a secured position of readiness under the influence of the energy store, and a contact section of the opening element in contact with the furniture part opens the latter, wherein the device is configured such that on opening the furniture part before reaching a fully opened position of the furniture part the contact between the contact section of the opening element and the furniture part is annulled and the opening element is in a position of readiness for a subsequent opening procedure of the furniture part, characterised in that on the pivotable opening element a movable support element is provided which can be moved by transfer means depending on the movement of the opening element from a basic position, in which the support element is moved back and cannot come into contact with the furniture part, such that during a closing movement of the movably guided furniture part and simultaneous pushing in of the opening element, when the opening element has not been moved into the position of readiness, the support element holds back the furniture part so far that during this procedure the furniture part in a maximum possible closed position does not reach the unlocking section (16a, 41), wherein the transfer means comprise a control element which is mounted in the opening element such that the position of the control element relative to the support element and thereby the position of the support element is dependent on a pivot position of the opening element and the control element comprises a traction element, the end of which is secured to a securing element, wherein the securing element moves in a slide which is formed on the opening element.
Pond cleaning apparatus for pumping waste matter and water from a pond, the apparatus comprising a submersible pump mounted on a tube, the pump being arranged to pump water and waste matter through an inlet of the apparatus and along the tube towards an outlet of the apparatus, characterised in that the pump comprises an impeller which comprises a blade with at least one cutting edge.
Temperature sensor, with at least one sensor element, which is designed to detect by sensor action a temperature of a medium within a media conduit (1, 2), and with at least one sensor probe with a, preferably cylindrical, contact portion, which is designed to be arranged within a flow passage (11, 21) of the media conduit (1, 2), the contact portion of the sensor probe being designed to record the temperature of the medium, the sensor probe being designed to conduct the temperature of the medium to the sensor element, and the sensor probe having a mounting portion, which is designed to hold the temperature sensor at least in part on and/or against the media conduit (1, 2), characterized in that the mounting portion and the contact portion of the sensor probe are designed to reach at least to some extent around a wall (12, 20) of the media conduit (1, 2) in order to hold the temperature sensor on or against the media conduit (1, 2) with a force fit and/or a form fit. with at least one sensor element, which is designed to detect by sensor action a temperature of a medium within a media conduit (1, 2), and with at least one sensor probe with a, preferably cylindrical, contact portion, which is designed to be arranged within a flow passage (11, 21) of the media conduit (1, 2), the contact portion of the sensor probe being designed to record the temperature of the medium, the sensor probe being designed to conduct the temperature of the medium to the sensor element, and the sensor probe having a mounting portion, which is designed to hold the temperature sensor at least in part on and/or against the media conduit (1, 2), characterized in that the mounting portion and the contact portion of the sensor probe are designed to reach at least to some extent around a wall (12, 20) of the media conduit (1, 2) in order to hold the temperature sensor on or against the media conduit (1, 2) with a force fit and/or a form fit.
A mattress, topper, protector, bedspread or pillowcase cover fabric, especially for covering mattresses, mattress protectors, mattress covers, toppers, cushion covers, jersey covers or underbeds, comprising at least one fabric layer made of knitwear, machine-knit fabrics or woven fabrics with an outer side facing away from a mattress, topper, protector, bedspread or pillowcase core in the covered state, and an inner side facing the mattress, topper, protector, bedspread or pillowcase core in the covered state, characterized in that at least a section of the outer or inner side comprises colour-changing indicator particles for indicating a contamination with dust mite faeces, body fluids or bacteria, wherein the colour-changing indicator particles are incorporated in a yarn from which the mattress, topper, protector, bedspread or pillowcase cover fabric and/or an embroidery applied to at least the section of the outer or inner side is made, and/or are contained on at least the section of the outer or inner side as a spray coating.