mhurhangee/ep-ind-claims huggingface dataset:
A micro-electro-mechanical system (MEMS) switch (100, 200, 300, 400) comprising: a first electrode (110, 204, 312, 402); a second electrode (114, 212, 308, 422) configured to be displaced toward the first electrode (110, 204, 312, 402) in response to the application of a voltage differential between the first and second electrodes; characterised by a patterned dielectric material having a plurality of posts (112, 202, 302, 408) on the first electrode (110, 204, 312, 402) that support one or more dielectric contact surfaces that prevent the second electrode (114, 212, 308, 422) from contacting the first electrode (110, 204, 312, 402); and a plurality of holes (122, 208, 306, 420) in the second electrode (114, 212, 308, 422) aligned to the plurality of posts, respectively, wherein the displaced second electrode (114, 212, 308, 422) contacts the one or more dielectric contact surfaces around the plurality of holes (122, 208, 306, 420) so that each said hole overlaps at least a central portion of the post (112, 202, 302, 408) to which the hole is aligned. a first electrode (110, 204, 312, 402); a second electrode (114, 212, 308, 422) configured to be displaced toward the first electrode (110, 204, 312, 402) in response to the application of a voltage differential between the first and second electrodes;
A controlled activation ingestible identifier that emits a signal upon contact with target site fluid present at a target site, wherein the signal is a conductive signal, and said controlled activation ingestible identifier comprises: a) a dried conductive medium precursor comprising salts of physiologically acceptable electrolytes; b) a first material and a second material having different electrochemical potentials to provide a voltage to activate said identifier when said first and second materials are conductively coupled via a conductive solution comprising target site fluid and said dried conductive medium precursor, wherein the controlled activation identifier is configured to transmit the conductive signal through body tissues upon the first and second materials contacting the conductive solution comprising the target site fluid and said dried conductive medium precursor; c) a solid support formed underneath the fist material, the second material, and the dried conductive medium precursor; and d) a protective barrier formed over an outer surface of the first material, an outer surface of the second material, an outer surface of the dried conductive medium precursor, and an outer surface of the solid support. a) a dried conductive medium precursor comprising salts of physiologically acceptable electrolytes; b) a first material and a second material having different electrochemical potentials to provide a voltage to activate said identifier when said first and second materials are conductively coupled via a conductive solution comprising target site fluid and said dried conductive medium precursor, wherein the controlled activation identifier is configured to transmit the conductive signal through body tissues upon the first and second materials contacting the conductive solution comprising the target site fluid and said dried conductive medium precursor; c) a solid support formed underneath the fist material, the second material, and the dried conductive medium precursor; and d) a protective barrier formed over an outer surface of the first material, an outer surface of the second material, an outer surface of the dried conductive medium precursor, and an outer surface of the solid support.
Connecting device for connecting an electrical conductor to a spring force terminal, comprising - a output body, which comprises a output opening for dispensing the electrical conductor, wherein the output body having an elongated tube segment through which a guide path for the electrical conductor runs, and the output opening being formed on the elongated tube segment and the elongated tube segment terminating at the end face and being positionable directly above a connection opening of the spring force terminal; - a conveying device adapted to convey the electrical conductor through the output opening of the output body; and - a fixing device adapted to fix the electrical conductor, the fixing device comprising clamping means for clamping the electrical conductor; characterized in that said clamping means are disposed within said elongated tube segment. - a output body, which comprises a output opening for dispensing the electrical conductor, wherein the output body having an elongated tube segment through which a guide path for the electrical conductor runs, and the output opening being formed on the elongated tube segment and the elongated tube segment terminating at the end face and being positionable directly above a connection opening of the spring force terminal; - a conveying device adapted to convey the electrical conductor through the output opening of the output body; and - a fixing device adapted to fix the electrical conductor, the fixing device comprising clamping means for clamping the electrical conductor;
Circuit breaker, preferably a differential circuit breaker, comprising a subassembly comprising opening and closing mechanism having at least two stable states, a first state in which an upstream power line is not connected electrically to a downstream line (open contact) and a second state in which the upstream power line is connected electrically to the downstream line (closed contact), said circuit breaker comprising a trigger which can rock the opening and closing mechanism from the second state to the first state when the actuator is displaced relative to the opening and closing mechanism to return the opening and closing mechanism to the first state, said subassembly also comprising a carrier and an actuator, preferably a thermal actuator, for displacing the carrier so as to return the opening and closing mechanism to the first state when a product connected to the upstream power line carries a higher current than the nominal current for which the product is intended (current overload), characterised in that said subassembly comprises at least one supporting shell formed by at least one casing part (121, 122) comprising means for guiding the carrier, the carrier being held in guiding means by deformable clips of the casing parts (121, 122) or by an additional part which can be fixed onto the casing parts (121, 122) or by at least one clipping lug.
A kit of parts for preparing a glass ionomer composition for dental use, the kit of parts comprising a Powder Part P and a Liquid Part L, Powder Part P comprising: acid-reactive inorganic filler, Liquid Part L comprising: water, complexing or chelating agent, polyacid, either the Powder Part P or the Liquid Part L or the Powder Part P and the Liquid Part L comprising non-aggregated non silane surface treated nano-sized particles based on silica or alumina, the composition obtained by combining the components of Powder Part P and Liquid Part L before hardening comprising the components in the following amounts: non-aggregated non silane surface treated nano-sized particles: from 0.1 to 15 wt.-%, acid-reactive filler in an amount from 50 to 75 wt.-%, polyacid: 7 to 20 wt.-%, complexing agent: 0.5 to 3 wt.-%, water: 5 to 18 wt.-%, wt.-% with respect to the weight of the whole composition, wherein "nano-sized particles" are particles having a mean particle size in the range of 5 to 500 nm and the mean particle size is measured according to the description. the kit of parts comprising a Powder Part P and a Liquid Part L, Powder Part P comprising: acid-reactive inorganic filler, Liquid Part L comprising: water, complexing or chelating agent, polyacid, water, complexing or chelating agent, polyacid, either the Powder Part P or the Liquid Part L or the Powder Part P and the Liquid Part L comprising non-aggregated non silane surface treated nano-sized particles based on silica or alumina, the composition obtained by combining the components of Powder Part P and Liquid Part L before hardening comprising the components in the following amounts: non-aggregated non silane surface treated nano-sized particles: from 0.1 to 15 wt.-%, acid-reactive filler in an amount from 50 to 75 wt.-%, polyacid: 7 to 20 wt.-%, complexing agent: 0.5 to 3 wt.-%, water: 5 to 18 wt.-%, non-aggregated non silane surface treated nano-sized particles: from 0.1 to 15 wt.-%, acid-reactive filler in an amount from 50 to 75 wt.-%, polyacid: 7 to 20 wt.-%, complexing agent: 0.5 to 3 wt.-%, water: 5 to 18 wt.-%, wt.-% with respect to the weight of the whole composition, wherein "nano-sized particles" are particles having a mean particle size in the range of 5 to 500 nm and the mean particle size is measured according to the description.
Electronic device, comprising: - a field effect power transistor of normally open type, comprising a gate, a source and a drain (112, 113); - a control circuit comprising a resistive component connected to the gate, the control circuit being designed to apply a blocking potential of the transistor to the gate by means of the resistive component, this blocking potential being less than the potentials of the source and the drain; - a detection circuit of a leakage current between the gate and the source, in order to anticipate a short circuit between the source and the drain, designed to measure the potential of the gate during the blocking of the transistor, to compare the measured potential to a reference potential, and to generate an anomaly signal as a function of the result of the comparison. - a field effect power transistor of normally open type, comprising a gate, a source and a drain (112, 113); - a control circuit comprising a resistive component connected to the gate, the control circuit being designed to apply a blocking potential of the transistor to the gate by means of the resistive component, this blocking potential being less than the potentials of the source and the drain; - a detection circuit of a leakage current between the gate and the source, in order to anticipate a short circuit between the source and the drain, designed to measure the potential of the gate during the blocking of the transistor, to compare the measured potential to a reference potential, and to generate an anomaly signal as a function of the result of the comparison.
Drive for an adjusting device, in particular for flaps or windows, having a motor which drives a clutch via a gear unit, which clutch is connected to an adjusting mechanism (9, 10) for moving an adjustable component, wherein at least the motor and the gear unit are arranged in a housing, wherein the motor and the gear unit are floatingly mounted within the housing and the motor and the gear unit, fixed to one another, form a unit which is pivotably held within the housing, wherein the unit of motor and gear unit is fixed to a holder of dimensionally stable material, which is held on at least one fixing element, wherein at least one spacer of an elastic material is provided between a motor housing and the housing, characterized in that a damping element made of elastic material is arranged between the fixing element and the holder, wherein the fixing element comprises, for the purpose of mounting the holder, two spaced-apart pins which are each surrounded in each case by a sleeve made of elastic material as a damping element.
A transportation device operable to transport a plurality of sample containers accommodated in a first rack and containing samples and a plurality of sample containers accommodated in a second rack and containing samples, to a first measurement unit and a second measurement unit, the transportation device comprising, in use, the first rack and the second rack; the transportation device further comprising: a first transportation section, including a first belt on which the first rack is placed, the first belt comprising a first rack moving section coming into contact with the first rack and moving the first rack in a direction of movement of the first belt when the first belt is moved; and a second transportation section, including a second belt on which the second rack is placed, the second belt comprising a second rack moving section coming into contact with the second rack and moving the second rack in a direction of movement of the second belt when the second belt is moved, wherein the first belt and the second belt are disposed in parallel with each other, and the first transportation section and the second transportation section respectively transport the first rack and the second rack in the transportation path independently from each other, characterised in that: the first belt and the second belt are so adjacent to each other that each of the first rack and the second rack is placed on both of the first belt and the second belt during transportation, and in that: a total width of the first belt and the second belt is a width allowing only one rack of the first rack and the second rack to pass. a first transportation section, including a first belt on which the first rack is placed, the first belt comprising a first rack moving section coming into contact with the first rack and moving the first rack in a direction of movement of the first belt when the first belt is moved; and a second transportation section, including a second belt on which the second rack is placed, the second belt comprising a second rack moving section coming into contact with the second rack and moving the second rack in a direction of movement of the second belt when the second belt is moved, wherein the first belt and the second belt are disposed in parallel with each other, and the first transportation section and the second transportation section respectively transport the first rack and the second rack in the transportation path independently from each other, characterised in that: the first belt and the second belt are so adjacent to each other that each of the first rack and the second rack is placed on both of the first belt and the second belt during transportation, and in that: a total width of the first belt and the second belt is a width allowing only one rack of the first rack and the second rack to pass.
Apparatus for a base band unit of a base station transceiver of a mobile communication system, the base station transceiver further comprising one or more radio units configured to wirelessly communicate with the base band unit using one or more wireless fronthaul links, the apparatus comprising at least one output configured to transmit a downlink component of the one or more wireless fronthaul links to the one or more radio units; at least one input configured to receive an uplink component of the one or more wireless fronthaul links from the one or more radio units; and a control module configured to: control the at least one output and the at least one input, transmit a reference signal via the at least one output to the one or more radio units, receive a loopback version of the reference signal via the at least one input from the one or more radio units, determine information related to a per-radio unit transmission power to be used by the one or more radio units for transmissions on the one or more wireless fronthaul links using an attenuation of the reference signal determined based on the loopback version of the reference signal, determine transmission control information comprising the information related to the per-radio unit transmission power, and provide the transmission control information to the one or more radio units via the at least one output. control the at least one output and the at least one input, transmit a reference signal via the at least one output to the one or more radio units, receive a loopback version of the reference signal via the at least one input from the one or more radio units, determine information related to a per-radio unit transmission power to be used by the one or more radio units for transmissions on the one or more wireless fronthaul links using an attenuation of the reference signal determined based on the loopback version of the reference signal, determine transmission control information comprising the information related to the per-radio unit transmission power, and provide the transmission control information to the one or more radio units via the at least one output.
Vulcanizing-press transport system (1, 2) having a vulcanizing press with at least one press crossmember, preferably a pair of press crossmembers, for accommodating at least one heating plate, and with a transport framework which is configured to accommodate the vulcanizing press for transport, wherein the vulcanizing-press transport system (1,2) is configured such that, in a transport state, the vulcanizing press can be transported by the transport framework and, in an operational state, a conveyor belt can be vulcanized at least sectionally by means of the vulcanizing press, characterized in that the transport framework has a basic frame which is configured to be used as a positioning bridge of the conveyor belt in the operational state of the vulcanizing press. having a vulcanizing press with at least one press crossmember, preferably a pair of press crossmembers, for accommodating at least one heating plate, and with a transport framework which is configured to accommodate the vulcanizing press for transport, wherein the vulcanizing-press transport system (1,2) is configured such that, in a transport state, the vulcanizing press can be transported by the transport framework and, in an operational state, a conveyor belt can be vulcanized at least sectionally by means of the vulcanizing press, characterized in that the transport framework has a basic frame which is configured to be used as a positioning bridge of the conveyor belt in the operational state of the vulcanizing press.
A thermoplastic vulcanizate comprising or obtained from a reaction mixture comprising: a) a vulcanizable elastomer; b) a thermoplastic polyolefin; c) a cross-linking agent; and, d) a block composite, wherein the thermoplastic vulcanizate has a reduction in compression set at 70 °C of greater than 5% as compared to the thermoplastic vulcanizate without (d), as measured according to ASTM D395 at 70 °C, wherein the block composite comprises a soft copolymer, a hard polymer and a block copolymer having a soft segment and a hard segment, wherein the hard segment of the block copolymer is the same composition as the hard polymer in the block composite and the soft segment of the block copolymer is the same composition as the soft copolymer of the block composite and the hard segment comprises 80 wt.% to 100 wt.% propylene, and wherein the block composite is present in an amount of 1 wt.% to 30 wt.%. a) a vulcanizable elastomer; b) a thermoplastic polyolefin; c) a cross-linking agent; and, d) a block composite,
A mobile phone docking device of an inside mirror capable of holding a mobile phone, the device comprising: a mirror base having a mirror formed on a front surface thereof; a phone holder including a holder base and a phone gripper, the holder base configured to hold and support the mobile phone gripped by the phone gripper; and a joint unit connecting the mirror base and the phone holder, wherein the phone holder is configured to hold the mobile phone at a rear side of the mirror; characterized in that: the phone gripper is configured to extend from two opposing sides of the holder base to grip the mobile phone; the joint unit is configured to rotatably, omnidirectionally support the phone holder on the mirror base; and the joint unit includes a hinge housing coupled to one side of the mirror base, a ball housing coupled to one side of the holder base, and a connecting rod having opposing first and second ends, the first end having a hinge connected to the hinge housing and the second end having a ball unit connected to the ball housing. a mirror base having a mirror formed on a front surface thereof; a phone holder including a holder base and a phone gripper, the holder base configured to hold and support the mobile phone gripped by the phone gripper; and a joint unit connecting the mirror base and the phone holder, the phone gripper is configured to extend from two opposing sides of the holder base to grip the mobile phone; the joint unit is configured to rotatably, omnidirectionally support the phone holder on the mirror base; and the joint unit includes a hinge housing coupled to one side of the mirror base, a ball housing coupled to one side of the holder base, and a connecting rod having opposing first and second ends, the first end having a hinge connected to the hinge housing and the second end having a ball unit connected to the ball housing.
A liquid sample measurement device, comprising: a lancet wearing part (6; 42; 46; 57) to which a lancet device (8; 56) is attachable, the lancet device including a skin contacting part for puncturing a skin; a sensor wearing part (5; 41; 55) to which a biosensor (7; 54) is detachable, the biosensor (7; 54) on which blood from the skin by puncturing is deposited; a measuring section which measures an amount of a substance in the blood by using the biosensor (7; 54) being attached to the sensor wearing part (5; 41; 55); a display section (2; 52) which displays the result of measuring by the measuring section; a controller which controls the measuring section; characterized in that the liquid sample measurement device further comprises a lancet wearing detection section which detects whether or not the lancet device (8; 56) is attached, wherein the controller controls the display section (2; 52) such that the display section (2; 52) displays the measurement results after the measuring section has performed to measure and displays a contents for prompting a user to detach the lancet device (8; 56) until the lancet wearing detection section detects a detachment of the lancet device (8; 56). a lancet wearing part (6; 42; 46; 57) to which a lancet device (8; 56) is attachable, the lancet device including a skin contacting part for puncturing a skin; a sensor wearing part (5; 41; 55) to which a biosensor (7; 54) is detachable, the biosensor (7; 54) on which blood from the skin by puncturing is deposited; a measuring section which measures an amount of a substance in the blood by using the biosensor (7; 54) being attached to the sensor wearing part (5; 41; 55); a display section (2; 52) which displays the result of measuring by the measuring section; a controller which controls the measuring section; characterized in that the liquid sample measurement device further comprises a lancet wearing detection section which detects whether or not the lancet device (8; 56) is attached, wherein the controller controls the display section (2; 52) such that the display section (2; 52) displays the measurement results after the measuring section has performed to measure and displays a contents for prompting a user to detach the lancet device (8; 56) until the lancet wearing detection section detects a detachment of the lancet device (8; 56).