mhurhangee/ep-ind-claims huggingface dataset:
A fluid cartridge for dispensing a fluid, the fluid cartridge comprising: a casing for accommodating the fluid, the casing comprising a bottom part and a top part, wherein the bottom part and the top part are integrally connected to one another; a pressure feed interface configured for being coupled to a pressure feed unit for feeding the fluid in the casing with pressurized medium; a fluid dispensing unit configured for generating particles, particularly fluid particles, upon feeding the fluid in the casing with pressurized medium; a fluidic path in the casing being opened or openable for enabling the particles, particularly fluid particles, to leave the casing through the fluidic path; the top part has at least one predetermined breaking structure configured for being broken irreversibly so as to exclude subsequent re-closure of the fluidic path, by applying a breaking force so as to open the fluidic path in the casing upon breaking; wherein the at least one predetermined breaking structure comprises at least one slanted plate, configured as a basically planar sheet protruding with an angle differing from 90° from a planar upper surface of the top part, protruding outwardly from an upper surface of the top part so as to be breakable by bending upon applying the breaking force; characterized in that an anchoring section anchoring the at least one predetermined breaking structure in an upper surface plate of the top part is selectively mechanically weakened as compared to an environment of the upper surface plate. a casing for accommodating the fluid, the casing comprising a bottom part and a top part, wherein the bottom part and the top part are integrally connected to one another; a pressure feed interface configured for being coupled to a pressure feed unit for feeding the fluid in the casing with pressurized medium; a fluid dispensing unit configured for generating particles, particularly fluid particles, upon feeding the fluid in the casing with pressurized medium; a fluidic path in the casing being opened or openable for enabling the particles, particularly fluid particles, to leave the casing through the fluidic path; the top part has at least one predetermined breaking structure configured for being broken irreversibly so as to exclude subsequent re-closure of the fluidic path, by applying a breaking force so as to open the fluidic path in the casing upon breaking; wherein the at least one predetermined breaking structure comprises at least one slanted plate, configured as a basically planar sheet protruding with an angle differing from 90° from a planar upper surface of the top part, protruding outwardly from an upper surface of the top part so as to be breakable by bending upon applying the breaking force; characterized in that an anchoring section anchoring the at least one predetermined breaking structure in an upper surface plate of the top part is selectively mechanically weakened as compared to an environment of the upper surface plate.
A method of allocating resources to at least one wireless node in a wireless communication network, said method comprising the steps of: a) continuously receiving, at a wireless node, assignment of a number of slots, wherein the slots have a fixed slot time, b) obtaining information regarding physical layer parameters together with said assignment of said number of slots and said slot time, c) extracting a packet from a packet transmission queue maintained by said wireless node, d) computing, based on the obtained information regarding physical layer parameters, a duration of said packet, e) comparing (S4A, S4B, S4C) said packet duration with said fixed slot time, f) performing in real time at least one of fragmentation (S5C), aggregation (S5A) and reconfiguration (S5B) of said physical layer parameters, depending on the results of said comparison step and/or an amount of packets in said packet transmission queue - and g) mapping said packet to a first slot of the assigned number of slots; characterized in that, in step f): - it is determined to perform a reconfiguration of said physical layer parameters when said comparison indicates that the packet duration is shorter than said fixed slot time and no further packets are in said packet transmission queue, and/or - it is determined to perform a reconfiguration of said physical layer parameters when said comparison indicates that the packet duration is longer than said fixed slot time. a) continuously receiving, at a wireless node, assignment of a number of slots, wherein the slots have a fixed slot time, b) obtaining information regarding physical layer parameters together with said assignment of said number of slots and said slot time, c) extracting a packet from a packet transmission queue maintained by said wireless node, d) computing, based on the obtained information regarding physical layer parameters, a duration of said packet, e) comparing (S4A, S4B, S4C) said packet duration with said fixed slot time, f) performing in real time at least one of fragmentation (S5C), aggregation (S5A) and reconfiguration (S5B) of said physical layer parameters, depending on the results of said comparison step and/or an amount of packets in said packet transmission queue - and - and g) mapping said packet to a first slot of the assigned number of slots; - it is determined to perform a reconfiguration of said physical layer parameters when said comparison indicates that the packet duration is shorter than said fixed slot time and no further packets are in said packet transmission queue, and/or - it is determined to perform a reconfiguration of said physical layer parameters when said comparison indicates that the packet duration is longer than said fixed slot time.
An interactive seat with gesture control comprising a plurality of movable parts (6,7,8); wherein said movable parts (6,7,8) are activated by means of at least one electrical actuating device according to a user's rest preferences; and wherein the interactive seat further comprises: a means for detecting a user's gestures (2,3) located in the arms (9(i), 9(d)) of the seat; and an electronic control device connected to the electrical actuating device and to the means for detecting a user's gestures (2,3) such that the electronic control device activates the movable parts (6,7,8) by means of at least one electrical actuating device when a gesture sequence executed by a user is detected; characterised in that the means for detecting a user's gestures (2,3) consists of at least two antennae (2,3) one for each arm (9(i), 9(d)) such that a first antenna is located in the left arm, while the second antenna is located in the right arm. wherein said movable parts (6,7,8) are activated by means of at least one electrical actuating device according to a user's rest preferences; and wherein the interactive seat further comprises: a means for detecting a user's gestures (2,3) located in the arms (9(i), 9(d)) of the seat; and an electronic control device connected to the electrical actuating device and to the means for detecting a user's gestures (2,3) such that the electronic control device activates the movable parts (6,7,8) by means of at least one electrical actuating device when a gesture sequence executed by a user is detected; characterised in that the means for detecting a user's gestures (2,3) consists of at least two antennae (2,3) one for each arm (9(i), 9(d)) such that a first antenna is located in the left arm, while the second antenna is located in the right arm. a means for detecting a user's gestures (2,3) located in the arms (9(i), 9(d)) of the seat; and an electronic control device connected to the electrical actuating device and to the means for detecting a user's gestures (2,3) such that the electronic control device activates the movable parts (6,7,8) by means of at least one electrical actuating device when a gesture sequence executed by a user is detected; characterised in that the means for detecting a user's gestures (2,3) consists of at least two antennae (2,3) one for each arm (9(i), 9(d)) such that a first antenna is located in the left arm, while the second antenna is located in the right arm.
A material, comprising: a matrix; and a plurality of particles dispersed in the matrix, the plurality of particles constituting between 50% and 99% by weight of the material, the plurality of particles including a plurality of tungsten semicarbide, W 2 C, particles, wherein the plurality of tungsten semicarbide, W 2 C, particles constitutes at least 30 vol% and up to 90 vol% of the plurality of particles, and wherein the plurality of particles consists essentially of the plurality of tungsten semicarbide, W 2 C, particles and a plurality of tungsten carbide, WC, particles. a matrix; and a plurality of particles dispersed in the matrix, the plurality of particles constituting between 50% and 99% by weight of the material, the plurality of particles including a plurality of tungsten semicarbide, W 2 C, particles, wherein the plurality of tungsten semicarbide, W 2 C, particles constitutes at least 30 vol% and up to 90 vol% of the plurality of particles, and wherein the plurality of particles consists essentially of the plurality of tungsten semicarbide, W 2 C, particles and a plurality of tungsten carbide, WC, particles.
A spinning station of an air-jet spinning machine for spinning a fiber strand into a yarn, having a compressed air infeed and a compressed air supply, a delivery roller pair and a spinning nozzle comprising a housing with compressed air inlet nozzles, a yarn-forming element, and a nozzle interior, the compressed air supply guiding compressed air to the compressed air inlet nozzles, and the fiber strand being fed to the spinning nozzle by means of the delivery roller pair and then a yarn being formed from the fiber strand by the yarn-forming element by means of a vortex flow generated by the compressed air inlet nozzles, an infeed of a fluid additive into the compressed air infeed to the compressed air supply by means of metering being provided, characterized in that the metering of the fluid additive comprises a metering pump, wherein the metering pump comprises a metering range from 0.01 ml to 1.0 ml per minute.
Connecting apparatus which has at least one installation switching device with a housing and with at least one screwless terminal, and has at least one connecting element, wherein the connecting element has an insulating profile and, arranged in the said insulating profile, at least one connecting conductor with at least one contact lug arranged on the said connecting conductor, wherein the terminal is of the type that has at least one clamping spring, which acts as a compression spring on a clamping point of the contact lug, for fixedly clamping the contact lug and for pressing a contact point of the contact lug against a conductor rail, and wherein the connecting element is designed with an opening member which can be operated by hand and which, when it is operated, pushes the clamping spring away from the clamping point and therefore allows the contact lug to be removed from the terminal without using an additional tool, characterized in that the opening member is designed in the form of a double-armed lever, the pivot axis of which is located on an integrally formed portion on the insulating profile, wherein the integrally formed portion projects slightly away from the insulating profile, wherein a first arm of the double-armed lever extends approximately parallel to the contact lug in the direction of the clamping wing of the clamping spring, wherein a second arm of the double-armed lever extends into the area outside the insulating profile and can be operated by hand from outside when the connecting element is inserted.
An oil or fat composition, comprising a vitamin B1 derivative or a salt thereof at a content of 44 to 8,000 ppm in terms of thiamine and having a hydroxyl value of 9 to 100 mg-KOH/g, wherein the content C (ppm) of the vitamin B1 derivative or the salt thereof in terms of thiamine and the hydroxyl value X (mg-KOH/g) satisfy a relationship of the following expression: Ln C / 143 / X ≤ 0.044, where Ln represents a natural logarithm.
An absorbent article for personal hygiene comprising a liquid permeable topsheet, a liquid impermeable backsheet, an absorbent core between the topsheet and the backsheet, the absorbent core comprising an absorbent material, a distribution material between the topsheet and the absorbent core wherein the distribution material is notionally divided in a front region, a back region and a middle region located between the front and the back region, wherein each of the front, back and middle regions is 1/3 of the length of the distribution material, wherein at least one of the front, back and middle regions of the distribution material comprises one or more layers, wherein at least in the middle region of the distribution material, the distribution material comprises from 2 to 10 layers, and wherein the middle region of the distribution material has an overall basis weight from 50 to 250 gsm, wherein the one or more layers of the distribution material comprise a fibrous structure made of wet-laid fibers, wherein the one or more layers of the distribution material exhibit a Wet Burst Strength from 50 to 500 g according to the Wet Burst Strength Test Method, and wherein the one or more layers of the distribution material have a dry caliper at a pressure of 2.06 kPa from 0.1 mm to 1.0 mm and the one or more layers of the distribution material have a total dry caliper at a pressure of 2.06 kPa from 1.0 mm to 30.0 mm according to Dry Caliper measurement Test Method.
A fairing structure for a straddle-ride type vehicle, comprising: a headlight disposed in front of a body frame; and side covers (24L, 24R) disposed rearward of the headlight and laterally of the body frame; wherein the side covers (24L, 24R) include respective main body portions (41L, 41R) and respective beaked portions (42L, 42R) disposed to extend vehicle-forward from the respective main body portions (41L, 41R) and to extend around the front downside of the headlight and a vehicle-widthwise center, and each shaped like a beak as viewed from the side of the vehicle, upper side cowls (25L, 25R) are installed above the respective beaked portions (42L, 42R) and rearward of the headlight, a doglegged portion shaped like a dogleg in section along a height direction is formed between a lower portion of the upper side cowl and an upper portion of the beaked portion and a doglegged portion shaped like a dogleg in section along a height direction is formed between a lower portion of the upper side cowl and an upper portion of the beaked portion, and characterized in that the upper side cowls (25L, 25R) are each provided with a respective window portion (44L, 44R) opening laterally of the vehicle, and direction indicators (33L, 33R) which project outwardly in the vehicle-width direction are attached to corresponding respective lateral surfaces of the upper side cowls (25L, 25R). a headlight disposed in front of a body frame; and side covers (24L, 24R) disposed rearward of the headlight and laterally of the body frame; wherein the side covers (24L, 24R) include respective main body portions (41L, 41R) and respective beaked portions (42L, 42R) disposed to extend vehicle-forward from the respective main body portions (41L, 41R) and to extend around the front downside of the headlight and a vehicle-widthwise center, and each shaped like a beak as viewed from the side of the vehicle, upper side cowls (25L, 25R) are installed above the respective beaked portions (42L, 42R) and rearward of the headlight, a doglegged portion shaped like a dogleg in section along a height direction is formed between a lower portion of the upper side cowl and an upper portion of the beaked portion and a doglegged portion shaped like a dogleg in section along a height direction is formed between a lower portion of the upper side cowl and an upper portion of the beaked portion, and characterized in that the upper side cowls (25L, 25R) are each provided with a respective window portion (44L, 44R) opening laterally of the vehicle, and direction indicators (33L, 33R) which project outwardly in the vehicle-width direction are attached to corresponding respective lateral surfaces of the upper side cowls (25L, 25R).
A method for determining and/or monitoring the state of a protective cover (10, 11, 12, 13), wherein the protective cover (10, 11, 12, 13) comprises at least one length-adjustable protective cover element, a support frame, at least one frame element and/or a length-adjustable restraining element, the method comprising the steps of a) obtaining a first state value of at least two characteristic physical, mechanical and/or chemical properties of the protective cover (10, 11, 12, 13) at a first point in time, wherein the two characteristic properties are translucence, light absorption, light reflection, viscosity, acceleration, speed, elasticity, stiffness, temperature, moisture content, electrical conductivity, pressure force, compressive load, tensile load, pre-load, porosity, weight, brittleness, thickness and/or density; and b) obtaining a second state value of the at least two characteristic properties of the protective cover (10, 11, 12, 13) at a second point in time, which is subsequent to the first point in time; and c) comparing the obtained state values; and d) determining the state of the protective cover (10, 11, 12, 13) based on the comparison performed in step c). a) obtaining a first state value of at least two characteristic physical, mechanical and/or chemical properties of the protective cover (10, 11, 12, 13) at a first point in time, wherein the two characteristic properties are translucence, light absorption, light reflection, viscosity, acceleration, speed, elasticity, stiffness, temperature, moisture content, electrical conductivity, pressure force, compressive load, tensile load, pre-load, porosity, weight, brittleness, thickness and/or density; and b) obtaining a second state value of the at least two characteristic properties of the protective cover (10, 11, 12, 13) at a second point in time, which is subsequent to the first point in time; and c) comparing the obtained state values; and d) determining the state of the protective cover (10, 11, 12, 13) based on the comparison performed in step c).
An uplink signal transmission method, comprising: reserving, by a first terminal, a first time interval on an uplink data transmission channel, wherein the first terminal does not send uplink data within the first time interval, the first time interval is used by a second terminal to perform channel listening before sending a random access preamble, and the first time interval is determined by using one or more of the following parameters: a start moment at which the uplink data transmission channel arrives at a network device, an end moment at which the uplink data transmission channel arrives at the network device, a start moment at which the second terminal performs the channel listening, an end moment at which the second terminal performs the channel listening, duration (T LBT) in which the second terminal performs the channel listening, or an uplink timing advance of the first terminal, wherein if 0≤t1-t4<TA, a start moment of the first time interval is equal to t1-(1/2xTA), and an end moment of the first time interval is equal to t4+(1/2xTA); or if 0<t4-t1≤T LBT, t5=t1-(1/2xTA) and t6=t4+(1/2xTA); or if T LBT <t4-t1≤t2-t1-(1/2xTA), t5=t4-(1/2xTA)-T LBT and t6=t4+(1/2xTA); or if t2-t1-(1/2xTA)<t4-t1<t2-t1+T LBT, t5=t4-(1/2xTA)-T LBT and t6=t2-+(1/2xTA). a start moment at which the uplink data transmission channel arrives at a network device, an end moment at which the uplink data transmission channel arrives at the network device, a start moment at which the second terminal performs the channel listening, an end moment at which the second terminal performs the channel listening, duration (T LBT) in which the second terminal performs the channel listening, or an uplink timing advance of the first terminal, wherein if 0≤t1-t4<TA, a start moment of the first time interval is equal to t1-(1/2xTA), and an end moment of the first time interval is equal to t4+(1/2xTA); or if 0<t4-t1≤T LBT, t5=t1-(1/2xTA) and t6=t4+(1/2xTA); or if T LBT <t4-t1≤t2-t1-(1/2xTA), t5=t4-(1/2xTA)-T LBT and t6=t4+(1/2xTA); or if t2-t1-(1/2xTA)<t4-t1<t2-t1+T LBT, t5=t4-(1/2xTA)-T LBT and t6=t2-+(1/2xTA).
An adiabatic scanning calorimeter apparatus comprising at least one Peltier element and one sample on a sample holder, at least one heater, at least one thermal or adiabatic shield surrounding the sample or sample holder, characterised in that the adiabatic scanning calorimeter is for simultaneous measurements of the temperature dependence of heat capacity and enthalpy of solid or liquid samples and phase transitions therein where the at least one Peltier element, used as a differential thermometer, is placed between the sample or sample holder and the shield and makes good mechanical and thermal contacts with the sample or sample holder and the shield so that a constant preset temperature difference or a zero difference between the sample or sample holder and the shield is maintained.
Flashlight having a housing, a battery cartridge which is mounted therein and has a pressure switch at the end, and an end cap having a pushbutton which is operatively connected to the pressure switch, characterized in that a sealing element is arranged between the pushbutton and the pressure switch, that is a cap made of elastomeric material, wherein the cap has an annular clamping surface and an elevation protruding therefrom.
Clamping tool, comprising a strut having one end for arrangement of a mount for a clamping device, with the clamping device being swingable about an axis perpendicular to the longitudinal direction of the strut, characterized in that the mount includes a bushing which is mounted on the strut and in which a receptacle for the clamping device is rotatably mounted, with the bushing having an interior with at least one groove as well as recesses for the clamping device, and an O-ring which is placed inside the groove/grooves and slightly extends beyond the groove(s) to inhibit the rotational mobility of the receptacle.
A device for machining the running surfaces of rails by peripheral grinding with at least one grinding frame which is adjustable at the running surface of the rail and which is mobile along the rail, which includes at least four grinding bodies mounted rotatably and freely about their respective rotation axis for peripheral grinding, whereas the grinding frame is arranged in such a way and the grinding bodies are mounted in such a way that with a grinding frame adjusted for machining the running surfaces the rotation axes form an acute angle (α) with respect to a rail longitudinal direction,, characterised in that the grinding frame comprises an even number of grinding bodies whereas grinding bodies of the same design are arranged with their rotation axes in the grinding frame in such a way that, with a grinding frame mounted on a rail for machining the running surfaces, the rotation axes of a first group of grinding bodies, containing numerically half the grinding bodies, form respectively a first acute angle (+α) with respect to the rail longitudinal direction, and the rotation axes of a second group of grinding bodies, containing numerically half the grinding bodies, form respectively a second acute angle (-α) deviating in its prefix from the first acute angle (+α) with respect to the rail longitudinal direction, whereas all the first and second acute angles (+α, - α) are respectively equal, and whereas the configuration of the grinding bodies is selected in such a way that a resulting torque, acting on the grinding frame perpendicularly to the approach direction, is substantially equal to zero.