mhurhangee/patent-ind-claim-en huggingface dataset:
A lighter comprising: a housing having a supply of fuel ; a valve operable to release the fuel ; an ignition mechanism operable to create a spark; an actuating member extending from the housing , the actuating member being movable to selectively perform at least one step in igniting the fuel ; and an inhibiting member extending from the housing , characterized in that the inhibiting member is biased to a first position permitting the actuating member to perform the at least one step in igniting the fuel ; in that the actuating member is movable along a first axis and the inhibiting member is movable along a second axis that is substantially parallel to the first axis, and in that moving the inhibiting member a predetermined distance to a second position along the second axis resists the actuating member from performing the at least one step in igniting the fuel . a housing having a supply of fuel ; a valve operable to release the fuel ; an ignition mechanism operable to create a spark; an actuating member extending from the housing , the actuating member being movable to selectively perform at least one step in igniting the fuel ; and an inhibiting member extending from the housing , characterized in that the inhibiting member is biased to a first position permitting the actuating member to perform the at least one step in igniting the fuel ; in that the actuating member is movable along a first axis and the inhibiting member is movable along a second axis that is substantially parallel to the first axis, and in that moving the inhibiting member a predetermined distance to a second position along the second axis resists the actuating member from performing the at least one step in igniting the fuel .
Apparatus for manipulating band-shaped strips of material, in particular bandages, comprising - a housing , having a first housing half and a second housing half , which encompass a hollow space , and which are rotatably connectable or connected to each other between an open position and a closed position, wherein, in the closed position, the housing forms a slit-shaped passageway section , via which the hollow space is accessible, and - a winding unit , rotatably mounted in the housing , with which a strip of material can be drawn through the passageway section into the hollow space and can be wound up, characterized in that , in the passageway section , stretching means are arranged which interact with the strip of material when it is drawn in for the application of a material tension. - a housing , having a first housing half and a second housing half , which encompass a hollow space , and which are rotatably connectable or connected to each other between an open position and a closed position, wherein, in the closed position, the housing forms a slit-shaped passageway section , via which the hollow space is accessible, and - a winding unit , rotatably mounted in the housing , with which a strip of material can be drawn through the passageway section into the hollow space and can be wound up,
Cooking container comprising a bowl that comprises a base , a side wall and an energy recovery device intended to engage with an induction heating means, said energy recovery device comprising a rigid holder that is separate from the bowl , in the shape of a loop arranged on the base and at least one electrically insulated conductive element and attached by means of deposition to the support , in particular by means of screen printing, pad printing, thermal spraying, decalcomania or laser sintering, characterised in that the support comprises an open loop that comprises two free ends and two extensions that extend radially without touching one another starting at the two free ends , from the base towards the side wall and in that the conductive element is attached by deposition to the open loop and to the two extensions .
An apparatus comprising: a displacement current sensor configured to measure for a subject one or more sensed electrical signals, wherein the displacement current sensor comprises at least one electrode ; and circuitry configured to process the one or more sensed electrical signals from the displacement current sensor to obtain an electrocardiogram signal and a variable impedance signal caused by an arterial pulse wave. a displacement current sensor configured to measure for a subject one or more sensed electrical signals, wherein the displacement current sensor comprises at least one electrode ; and circuitry configured to process the one or more sensed electrical signals from the displacement current sensor to obtain an electrocardiogram signal and a variable impedance signal caused by an arterial pulse wave.
Electrical heating device for curing potting compound for a component comprising at least one winding, having at least one converter device , which can be connected to an electrical supply network and by means of which the AC voltage of the supply network can be converted into a DC voltage or current, having at least one contact means , which can be or is arranged on the component and by means of which the component can be electrically heated by its ohmic resistance, having at least one electric actuator , which is arranged between the converter device and the contact means , which can be operated by an intermediate circuit voltage U DC generated by the converter device and by means of which at least a first phase current I 1 , a second phase current I 2 and/or a third phase current I 3 can be alternately generated at the contact means , and having at least one control unit , which comprises at least one storage means in which at least a material constant, an inductance Ls and a resistance Rs of the component is or can be stored, to which at least one sensor means for detecting the at least three phase currents I 1,2,3 on the component can be or is functionally assigned, by means of which a temperature on the component can be calculated at least from the three phase currents I 1,2,3 , of the intermediate circuit voltage U DC as well as the material constant, the inductivity Ls and the resistance Rs of the component , in particular according to Ohm's law, and wherein the control unit is designed to calculate a target value of the intermediate circuit voltage U DC in order to set a SETPOINT temperature on the component , which is stored or can be stored in the storage means , and to adjust the target value of the intermediate circuit voltage U DC on the converter device .
A method of controlling a reciprocating internal combustion engine comprising: a cylinder defining a cavity having a first end and a second end; and a piston moveable within the cavity of the cylinder between the first end and the second end, the method comprising: controlling injection of a quantity of liquid air, without fuel, into the first end of the cavity at a first time when the piston is closer to the first end than the second end to cause the piston to perform a first power stroke; and controlling injection of fuel into the first end of the cavity at a second time when the piston is closer to the first end than the second end to cause the piston to perform a second power stroke. controlling injection of a quantity of liquid air, without fuel, into the first end of the cavity at a first time when the piston is closer to the first end than the second end to cause the piston to perform a first power stroke; and controlling injection of fuel into the first end of the cavity at a second time when the piston is closer to the first end than the second end to cause the piston to perform a second power stroke.
A manufacturing method of a semiconductor device, comprising: providing (S101) an initial structure, wherein the initial structure comprises a to-be-etched material layer (210; 310; 410) and a mask structure (220; 320; 420) located on the to-be-etched material layer (210; 310; 410), and wherein the mask structure (220; 320; 420) comprises a hydrophilic first mask layer (221; 321; 421); patterning (S102) the mask structure (220; 320; 420) to form a patterned mask structure (220; 320; 420); etching (S103) the to-be-etched material layer (210; 310; 410) using the patterned mask structure (220; 320; 420) as a mask; performing (S104) a hydrophobic processing on the first mask layer (221; 321; 421); and performing (S105) a cleaning processing, characterized in that the hydrophobic processing comprises a plasma processing using a plasma of He and an alkane gas. providing (S101) an initial structure, wherein the initial structure comprises a to-be-etched material layer (210; 310; 410) and a mask structure (220; 320; 420) located on the to-be-etched material layer (210; 310; 410), and wherein the mask structure (220; 320; 420) comprises a hydrophilic first mask layer (221; 321; 421); patterning (S102) the mask structure (220; 320; 420) to form a patterned mask structure (220; 320; 420); etching (S103) the to-be-etched material layer (210; 310; 410) using the patterned mask structure (220; 320; 420) as a mask; performing (S104) a hydrophobic processing on the first mask layer (221; 321; 421); and performing (S105) a cleaning processing,
An injection device including a heating cylinder and a screw , the injection device comprising: a front plate to which the heating cylinder is fixed; a rear plate provided with a forward and backward movement mechanism that moves the screw forward and backward in an axial direction thereof; a pair of side support plates connecting the front plate and the rear plate at left and right end portions thereof; and an intermediate member slidably mounted on the side support plates , a rear end portion of the screw being axially supported by the intermediate member , wherein a guide member that guides the intermediate member to be slidably movable is provided on an upper surface of the side support plates , characterized in that a bending buffer portion is provided in a first region of the side support plates which is located more outward than a part of the side support plates on which the guide member is provided, the bending buffer portion being configured to be bent and deformed easier than a second region of the side support plates in which the guide member is provided, wherein each of the side support plates includes: a body portion having a predetermined width; and a wide portion provided on a longitudinal end portion of the body portion and having a width wider than a width of the body portion , and wherein the bending buffer portion is provided near a boundary between the body portion and the wide portion . a front plate to which the heating cylinder is fixed; a rear plate provided with a forward and backward movement mechanism that moves the screw forward and backward in an axial direction thereof; a pair of side support plates connecting the front plate and the rear plate at left and right end portions thereof; and an intermediate member slidably mounted on the side support plates , a rear end portion of the screw being axially supported by the intermediate member , wherein a guide member that guides the intermediate member to be slidably movable is provided on an upper surface of the side support plates , characterized in that a bending buffer portion is provided in a first region of the side support plates which is located more outward than a part of the side support plates on which the guide member is provided, the bending buffer portion being configured to be bent and deformed easier than a second region of the side support plates in which the guide member is provided, wherein each of the side support plates includes: a body portion having a predetermined width; and a wide portion provided on a longitudinal end portion of the body portion and having a width wider than a width of the body portion , and wherein the bending buffer portion is provided near a boundary between the body portion and the wide portion .
Process for producing polyisocyanurate plastics, comprising the following steps: a) providing a polyisocyanate composition A) which contains oligomeric polyisocyanates and is low in monomeric diisocyanates, "low in monomeric diisocyanates" meaning that the polyisocyanate composition A) has a content of monomeric diisocyanates of at most 20% by weight; b) catalytically trimerizing the polyisocyanate composition A). a) providing a polyisocyanate composition A) which contains oligomeric polyisocyanates and is low in monomeric diisocyanates, "low in monomeric diisocyanates" meaning that the polyisocyanate composition A) has a content of monomeric diisocyanates of at most 20% by weight; b) catalytically trimerizing the polyisocyanate composition A).
A photo protective topical composition, comprising: i. at least one functional active being a personal care active, which is a sunscreen active containing Ultra Violet (UV) A and/or UVB active agent; and ii. at least one solubilizing compound having the formula I, wherein R is C 5 -C 10 cycloalkyl or linear or branched alkylcycloalkyl, wherein the ring size is C 5 -C 7 ; R 1 , R 2 , and R 3 are each independently selected from the group consisting of H, and linear or branched C 1 -C 4 alkyl, provided that at least two of R 1 , R 2 , R 3 are H; wherein said compound is present in an amount effective to solubilize said functional active. i. at least one functional active being a personal care active, which is a sunscreen active containing Ultra Violet (UV) A and/or UVB active agent; and ii. at least one solubilizing compound having the formula I,
An inverter-integrated electric compressor having an inverter unit integrated therein, characterized in that the inverter unit is provided with a plurality of CAN (Controller Area Network) receiver circuits for CAN communications with a vehicle-side control unit, at least one of the CAN receiver circuits being a high-speed CAN receiver circuit allowing connection with a high-speed CAN bus and at least one of the other CAN receiver circuits being a low-speed CAN receiver circuit , allowing connection with a low-speed CAN bus ; wherein the high-speed CAN bus and the low-speed CAN bus are connected to the vehicle side control unit.
A massage roller comprising an inner region and an outer region , wherein the inner and outer regions are made of foam material, wherein the outer region completely surrounds the inner region circumferentially about a longitudinal axis (L) and is fixed to the inner region by a material bond, wherein the foam of the inner region has a higher compressive strength than the foam of the outer region , wherein the contact area between the inner and outer regions is cylindrical, and wherein the foam of the outer region is an open-cell PUR foam, wherein the foam of the outer region has a compression hardness of 3 kPa to 15 kPa.
A beverage comprising sucrose and a compound of formula (I), wherein the sucrose is present in a concentration above its sweetness recognition threshold; the compound of formula (I) is present in a concentration at or below its sweetness recognition threshold; the compound of formula (I) enhances the sweetness of the beverage by at least about 2.0% sucrose equivalence; and the compound of formula (I) is selected from the following: and wherein the sweetness recognition threshold of compound is about 30 ppm and the sweetness recognition threshold of compound is about 30 ppm. the sucrose is present in a concentration above its sweetness recognition threshold; the compound of formula (I) is present in a concentration at or below its sweetness recognition threshold; the compound of formula (I) enhances the sweetness of the beverage by at least about 2.0% sucrose equivalence; and the compound of formula (I) is selected from the following: and wherein the sweetness recognition threshold of compound is about 30 ppm and the sweetness recognition threshold of compound is about 30 ppm.
A communication system for supporting communication between an end node of a vehicle and a remote correspondent node via a fixed network , the communication system comprising: a plurality of wireless access points of the fixed network , each wireless access point having a directional antenna arrangement for mm wave radio communication using directional beams; a plurality of wireless modems arranged to establish mm wave radio communication links to wireless access points of the plurality of wireless access points , the mm wave radio communication links supporting a data session between the end node and the remote correspondent node , the plurality of wireless modems being located on the vehicle and employing electronically steerable beamforming directional antennas for establishing the mm wave radio communication links; and the communication system being characterized in that : a first access point of the plurality of wireless access points is arranged to transmit multipath environment data for an area supported by the first access point to at least one of the plurality of wireless modems , the multipath environment data being indicative of nominal multipath properties for the area; and in that the communication comprises: a controller of the vehicle is arranged to adapt a diversity property for transmissions of data from the plurality of wireless modems to the plurality of wireless access points in response to the multipath environment data. a plurality of wireless access points of the fixed network , each wireless access point having a directional antenna arrangement for mm wave radio communication using directional beams; a plurality of wireless modems arranged to establish mm wave radio communication links to wireless access points of the plurality of wireless access points , the mm wave radio communication links supporting a data session between the end node and the remote correspondent node , the plurality of wireless modems being located on the vehicle and employing electronically steerable beamforming directional antennas for establishing the mm wave radio communication links; and the communication system being characterized in that : a first access point of the plurality of wireless access points is arranged to transmit multipath environment data for an area supported by the first access point to at least one of the plurality of wireless modems , the multipath environment data being indicative of nominal multipath properties for the area; and in that the communication comprises: a controller of the vehicle is arranged to adapt a diversity property for transmissions of data from the plurality of wireless modems to the plurality of wireless access points in response to the multipath environment data.
Product comprising metamizole treated mesenchymal stem cells for use in the treatment of human limb ischemia.
Radio Frequency, RF, front end for wireless communication, comprising an antenna port for outputting a transmit signal to and receiving a receive signal from an antenna , a receive port for outputting the receive signal to a signal processing section , a cancellation input signal generator for generating a cancellation input signal and outputting the cancellation input signal to a Quadrature Balanced Power Amplifier , QBPA, and the QBPA comprising a first, second, third and fourth port , wherein the QBPA is configured to: - receive a transmit input signal at the first port or the fourth port , - receive the receive signal at the second port connected to the antenna port , - receive the cancellation input signal from the cancellation input signal generator , - amplify the transmit input signal and the cancellation input signal , - generate the transmit signal from the transmit input signal and output the transmit signal at the second port , - generate a cancellation signal from the cancellation input signal and output the cancellation signal and the receive signal at the third port connected to the receive port . an antenna port for outputting a transmit signal to and receiving a receive signal from an antenna , a receive port for outputting the receive signal to a signal processing section , a cancellation input signal generator for generating a cancellation input signal and outputting the cancellation input signal to a Quadrature Balanced Power Amplifier , QBPA, and the QBPA comprising a first, second, third and fourth port , wherein the QBPA is configured to: - receive a transmit input signal at the first port or the fourth port , - receive the receive signal at the second port connected to the antenna port , - receive the cancellation input signal from the cancellation input signal generator , - amplify the transmit input signal and the cancellation input signal , - generate the transmit signal from the transmit input signal and output the transmit signal at the second port , - generate a cancellation signal from the cancellation input signal and output the cancellation signal and the receive signal at the third port connected to the receive port . - receive a transmit input signal at the first port or the fourth port , - receive the receive signal at the second port connected to the antenna port , - receive the cancellation input signal from the cancellation input signal generator , - amplify the transmit input signal and the cancellation input signal , - generate the transmit signal from the transmit input signal and output the transmit signal at the second port , - generate a cancellation signal from the cancellation input signal and output the cancellation signal and the receive signal at the third port connected to the receive port .
Imaging device comprising - a radiation input , - a radiation-electric converting image sensor the input thereof being operationally connected to said radiation input and having an electrical interface with an output providing electrical output signals representing image data, - an electro-optical converter with an electrical input operationally connected to said output of said electrical interface and with an optical output , generating from said electrical output signals optical output signals representing said image data, and - a cooling arrangement thermally coupled to the image sensor , wherein the imaging device further comprises a barrier downstream said optical output and tailored so as to impede heat transfer towards the image sensor , wherein said barrier is thermally insulating, and wherein the optical output signals are transmitted through said barrier characterized in that at least part of the barrier is formed as an evacuated space. - a radiation input , - a radiation-electric converting image sensor the input thereof being operationally connected to said radiation input and having an electrical interface with an output providing electrical output signals representing image data, - an electro-optical converter with an electrical input operationally connected to said output of said electrical interface and with an optical output , generating from said electrical output signals optical output signals representing said image data, and - a cooling arrangement thermally coupled to the image sensor ,
Device for preventing the formation of lime scales in a water pipeline comprising a main body with an inlet and an outlet , and an anti-scaling medium configured to prevent the formation of lime scales, located within the main body , between the inlet and the outlet , wherein the anti-scaling medium comprises a galvanic cell, with at least one cathode element and an anode sacrificial element , and a support medium of the galvanic cell configured to be fixed to the main body ; characterized in that the anode sacrificial element is made of Zamak-3 which is a Zn-based alloy containing 3.5-4.3% aluminium and to a lesser extent copper being less than 0.25%, or magnesium 0.02 - 0.05% and it barely contains other alloys, such as iron, lead cadmium, tin, which are also present below 0.1%.