mhurhangee/patent-ind-claim-en huggingface dataset:
Coupling device for automatically coupling a compressed gas container , in particular a CO2 gas cylinder, for or in a gas filling machine, in particular for filling CO2 gas cylinders: including a connection adapter ; including a receiving device that is configured so as to receive a compressed gas container and hold it in a predetermined orientation with respect to the connection adapter ; and including a drive device , which is configured so as to guide a compressed gas container , which is held in the predetermined orientation, in the direction of its longitudinal axis (X) to the connection adapter , so that, in a predetermined end position, a detachable hermetic connection of the compressed gas container to the connection adapter can be produced, wherein the receiving device has a first contact plate , wherein the first contact plate is designed for contact with a base of the compressed gas container , said base being remote from a connection region of the compressed gas container , characterised in that the receiving device comprises a second contact plate , wherein the second contact plate is provided so as to enclose a taper in the connection region of the compressed gas container with the result that displacement of the compressed gas container in the direction of its longitudinal axis (X) relative to the receiving device is limited by means of the first and the second contact plate . including a connection adapter ; including a receiving device that is configured so as to receive a compressed gas container and hold it in a predetermined orientation with respect to the connection adapter ; and including a drive device , which is configured so as to guide a compressed gas container , which is held in the predetermined orientation, in the direction of its longitudinal axis (X) to the connection adapter , so that, in a predetermined end position, a detachable hermetic connection of the compressed gas container to the connection adapter can be produced, wherein the receiving device has a first contact plate , wherein the first contact plate is designed for contact with a base of the compressed gas container , said base being remote from a connection region of the compressed gas container , characterised in that the receiving device comprises a second contact plate , wherein the second contact plate is provided so as to enclose a taper in the connection region of the compressed gas container with the result that displacement of the compressed gas container in the direction of its longitudinal axis (X) relative to the receiving device is limited by means of the first and the second contact plate .
Method for measuring the sound pressure level of a cylindrical high-voltage choke operated at high voltage, which is mounted by means of insulators on a base or a mounting plane, having a measuring device which is movable relative to the object to be measured and which has a mobile self-navigating measuring robot and a carrier secured thereon and at least one measuring microphone arranged thereon and is moved along a measurement path at a predefinable distance from the object to be measured , comprising the following method steps: - moving the measuring robot along the measurement path , - acquiring measured values of the sound pressure level by means of the at least one measuring microphone , - transmitting measured values of the sound pressure level on a transmission channel which connects the positioning and control unit to a control and evaluation unit , wherein the measuring robot stops respectively at predefinable measuring positions along the measurement path for the respective acquisition of the sound pressure level; or wherein the measuring robot is moved along the measurement path at a continuous speed and in the process acquires the sound pressure level continuously at predefinable measuring positions, and wherein the measurement path is a concentric circle around the cylinder axis . comprising the following method steps: - moving the measuring robot along the measurement path , - acquiring measured values of the sound pressure level by means of the at least one measuring microphone , - transmitting measured values of the sound pressure level on a transmission channel which connects the positioning and control unit to a control and evaluation unit , - moving the measuring robot along the measurement path , - acquiring measured values of the sound pressure level by means of the at least one measuring microphone , - transmitting measured values of the sound pressure level on a transmission channel which connects the positioning and control unit to a control and evaluation unit , wherein the measuring robot stops respectively at predefinable measuring positions along the measurement path for the respective acquisition of the sound pressure level; or wherein the measuring robot is moved along the measurement path at a continuous speed and in the process acquires the sound pressure level continuously at predefinable measuring positions, and wherein the measurement path is a concentric circle around the cylinder axis .
A resin composition for fabricating a separator comprising: a sulfonated polymer; an amide group-containing organic solvent; and water, wherein the resin composition comprises 20% by weight to 30% by weight of the sulfonated polymer, 4% by weight to 9% by weight of the amide group-containing organic solvent, and 61% by weight to 76% by weight of water based on a total weight of the resin composition; and provided that the amide group-containing organic solvent is contained in an amount of 20 parts to 30 parts by weight relative to 100 parts by weight of the sulfonated polymer. a sulfonated polymer; an amide group-containing organic solvent; and water, wherein the resin composition comprises 20% by weight to 30% by weight of the sulfonated polymer, 4% by weight to 9% by weight of the amide group-containing organic solvent, and 61% by weight to 76% by weight of water based on a total weight of the resin composition; and provided that the amide group-containing organic solvent is contained in an amount of 20 parts to 30 parts by weight relative to 100 parts by weight of the sulfonated polymer.
Strip system comprising strips for arranging on a wire basket having a wire grid , in particular on a washware basket of a dishwasher, a basket front strip and two basket side strips being provided, which can be selectively combined with one another to form a common strip device , each strip having latching means designed to correspond to the wire grid , each strip being formed in two parts, a basket side strip having an inner part and an outer part which accommodates the inner part , only the inner part , i.e. not the outer part , providing the latching means , and the outer part visually covering the inner part so that only the outer part is visible to the user, characterised in that the inner part and the outer part are components which are manufactured separately from one another and are integrally connected to one another to form a common structural unit in combination with one another. each strip being formed in two parts, a basket side strip having an inner part and an outer part which accommodates the inner part , only the inner part , i.e. not the outer part , providing the latching means , and the outer part visually covering the inner part so that only the outer part is visible to the user, characterised in that the inner part and the outer part are components which are manufactured separately from one another and are integrally connected to one another to form a common structural unit in combination with one another.
Polyester capable of being obtained by a process comprising a step of reacting several reagents, the reagents comprising: - at least one polyol, - at least one dicarboxylic acid other than an acid dimer, and - at least one acid trimer, in a mixture or not in a mixture with at least one acid dimer, it being understood that if an acid dimer is present, the mixture of acid trimer and acid dimer contains at least 50% by weight of acid trimer, the percentage by weight being given relative to the total weight of said mixture, the acid trimer content being greater than or equal to 5% by weight, the percentage by weight being given relative to the total weight of the reagents reacted. - at least one polyol, - at least one dicarboxylic acid other than an acid dimer, and - at least one acid trimer, in a mixture or not in a mixture with at least one acid dimer, it being understood that if an acid dimer is present, the mixture of acid trimer and acid dimer contains at least 50% by weight of acid trimer, the percentage by weight being given relative to the total weight of said mixture, the acid trimer content being greater than or equal to 5% by weight, the percentage by weight being given relative to the total weight of the reagents reacted.
A polyphenylene ether resin composition comprising 100 parts by weight of a resin component (A) based on a polyphenylene ether resin (a1), 0.01 to 5 parts by weight of a carbon black (B), and 0.1 to 20 parts by weight of an alkaline earth metal carbonate and/or sulfate (C), wherein the resin component (A) contains the polyphenylene ether resin (a1) in a content of not less than 50 wt% relative to the total amount of the resin component (A), and wherein the carbon black (B) has an average primary particle diameter of 5 to 30 nm and a DBP oil absorption amount of 20 to 60 cm 3 /100 g.
A system for inhibiting wireless devices from hosting voice calls on a data communication connection, comprising: network means for generating radio frequency communication signals to communicate with (i) said wireless devices and (ii) a data communication network, and to enable said wireless devices to initiate data communication; and voice call prevention means, connected to said network means, for inhibiting said wireless devices from hosting voice calls on said data communication connection through said network means, comprising: data monitoring means, responsive to one of said wireless devices initiating a data communication connection through said network means, for determining whether packet data traffic associated with said data communication connection comprises a voice call, and call termination means, responsive to detection of said voice call, for causing termination of said voice call by adding latency to a Packet Data Unit of said packet data traffic to make said voice call unusable. network means for generating radio frequency communication signals to communicate with (i) said wireless devices and (ii) a data communication network, and to enable said wireless devices to initiate data communication; and voice call prevention means, connected to said network means, for inhibiting said wireless devices from hosting voice calls on said data communication connection through said network means, comprising: data monitoring means, responsive to one of said wireless devices initiating a data communication connection through said network means, for determining whether packet data traffic associated with said data communication connection comprises a voice call, and call termination means, responsive to detection of said voice call, for causing termination of said voice call by adding latency to a Packet Data Unit of said packet data traffic to make said voice call unusable. data monitoring means, responsive to one of said wireless devices initiating a data communication connection through said network means, for determining whether packet data traffic associated with said data communication connection comprises a voice call, and call termination means, responsive to detection of said voice call, for causing termination of said voice call by adding latency to a Packet Data Unit of said packet data traffic to make said voice call unusable.
A self-ligating orthodontic bracket comprising: (a) a body having a pair of laterally spaced gingival tie wings and a pair of laterally spaced occlusal tie wings , the gingival and occlusal tie wings projecting from a labial surface of the body ; (b) an arch wire slot extending mesially-distally across the body and between the gingival and occlusal tie wings to accommodate an arch wire; (c) a free-sliding, controlled-locking clip wherein the clip allows placement and removal of the arch wire when in the open position and prevents the displacement of the arch wire from the bracket member when in the closed position, wherein a pair of slots extending mesially-distally across the body and inside of the gingival tie wings ; wherein the locking clip has two labial ends - the gingival labial end and the occlusal labial end, the profile of clip looks like a "C" from mesially-distally; wherein the locking clip has different distances between two labial ends to the gingival portion of the locking clip wherein the locking clip has a C-side shape and has two bent ends, which two ends of clip have two different clip-spans; wherein the locking clip moves the furthest gingival position, the occlusal labial end covers the labial opening of arch wire slot , wherein there is no contact between the occlusal labial end of the locking clip and the labial side of arch wire, and wherein the occlusal labial portion of the locking clip is in a stress-free state and this position of bracket is called the passive stage, wherein the locking clip moves the furthest occlusal position, the gingival labial end covers the labial opening of arch wire slot, wherein there is interference contact between the gingival labial end of the locking clip and the labial side of arch wire, and wherein the gingival labial portion of the locking clip is in a stressed-state and this position of bracket is called the active stage, wherein the locking clip moves to a middle position between the furthest gingival position and the furthest occlusal position, neither of labial ends of the locking clip covers the labial opening of arch wire slot , which position of bracket is called the open position. (a) a body having a pair of laterally spaced gingival tie wings and a pair of laterally spaced occlusal tie wings , the gingival and occlusal tie wings projecting from a labial surface of the body ; (b) an arch wire slot extending mesially-distally across the body and between the gingival and occlusal tie wings to accommodate an arch wire; (c) a free-sliding, controlled-locking clip wherein the clip allows placement and removal of the arch wire when in the open position and prevents the displacement of the arch wire from the bracket member when in the closed position,
A sensing system for sensing a substance in a fluid , characterized in that the sensing system comprises: - a sensing site (32; 132) at which the substance is to be sensed by using a frustrated total internal reflection (FTIR) technique, - a reference site (31; 131), - a signal generation unit for generating a sensing signal by sensing the sensing site (32; 132) and for generating a reference signal by sensing the reference site (31; 131), wherein the signal generation unit is adapted to generate the sensing signal by using the frustrated total internal reflection (FTIR) technique, - a normalization unit for generating a normalized sensing signal by normalizing the sensing signal using the reference signal, wherein the reference site (31; 131) and the signal generation unit are adapted such that the reference signal is not influenced by the substance and the fluid and the sensing site (32; 132) and the signal generation unit are adapted such that the sensing signal is dependent on the substance at the sensing site (32; 132), wherein the sensing site (32; 132) and the reference site (31; 131) are arranged such that a drift variation of the normalized sensing signal is within a noise variation of the normalized sensing signal. - a sensing site (32; 132) at which the substance is to be sensed by using a frustrated total internal reflection (FTIR) technique, - a reference site (31; 131), - a signal generation unit for generating a sensing signal by sensing the sensing site (32; 132) and for generating a reference signal by sensing the reference site (31; 131), wherein the signal generation unit is adapted to generate the sensing signal by using the frustrated total internal reflection (FTIR) technique, - a normalization unit for generating a normalized sensing signal by normalizing the sensing signal using the reference signal,
Blow molding machine (M) for containers, in particular bottles, with a conveyor path (F) carrying mandrel holders and preform mandrels attached by means of releasable couplings (K) exchangeably at the mandrel holders , wherein each coupling (K) comprises a mandrel clamping mechanism (C) and a releasing element accessible from outside and adjustable at least relative to the mandrel holder for releasing the clamping mechanism (C), characterized in that an automatic or semi-automatic mandrel changing automat (A) is arranged at the conveyer path (F) for actuating the releasing element .
Method for producing a succession of containers , the method comprising the following steps: - supplying an oven with a succession of initial preforms produced in a thermoplastic material - in the oven , successively heating each of the initial preforms to make heated preforms thereof, - transferring the heated preforms to a forming station , and - successively injecting pressurized air into each heated preform to form a succession of containers in the said forming station , in which the method comprises the definition of at least one constraint parameter correlated with the internal stress of the thermoplastic material in the preform and the definition of a range of acceptable values for said parameter, the method comprising a step of analysing each of the initial preforms and each of the heated preforms , said analysis step comprising the following steps for each of the preforms analysed: - determining a value of said constraint parameter of the preform analysed, - comparing the determined value to the range of acceptable values, - emitting an output signal when the determined value is outside of the range of acceptable values; characterized in that the constraint parameter comprises the variation of height (h) and/or of the outer diameter of the body of the preform analysed before and after the step of heating of said analysed preform, the step of determination of the value of said parameter comprising a step of measurement of the height (h) and/or of the outer diameter of the body of the preform before the heating step, a step of measurement of the height and/or of the outer diameter of the body of the same preform after the heating step and a step of determination of the variation of said height and/or of the outer diameter of the body . - supplying an oven with a succession of initial preforms produced in a thermoplastic material - in the oven , successively heating each of the initial preforms to make heated preforms thereof, - transferring the heated preforms to a forming station , and - successively injecting pressurized air into each heated preform to form a succession of containers in the said forming station , - determining a value of said constraint parameter of the preform analysed, - comparing the determined value to the range of acceptable values, - emitting an output signal when the determined value is outside of the range of acceptable values; characterized in that the constraint parameter comprises the variation of height (h) and/or of the outer diameter of the body of the preform analysed before and after the step of heating of said analysed preform, the step of determination of the value of said parameter comprising a step of measurement of the height (h) and/or of the outer diameter of the body of the preform before the heating step, a step of measurement of the height and/or of the outer diameter of the body of the same preform after the heating step and a step of determination of the variation of said height and/or of the outer diameter of the body .
A disposable wearing article having a vertical direction(Y) and a lateral direction(X), comprising: a front waist region ; a rear waist region ; a crotch region extending between the front waist region and the rear waist region; a liquid absorbent structure having an absorbent core , extending to the rear waist region centering on the crotch region; and a waist opening , wherein the liquid absorbent structure further includes an end flap positioned between a front-end edge of the liquid absorbent structure and a front-end edge of the absorbent core , wherein the front waist region includes a stretchable sheet extending inward in the vertical direction from the waist opening edge and overlapping with the end flap , and a plurality of waist elastic members overlapping with at least the end flap and extending in the lateral direction, and wherein the front waist region includes a first region positioned between the waist opening edge and the front-end edge of the liquid absorbent structure, and a second region including the stretchable sheet and the waist elastic members , at an inner side in the vertical direction of the front-end edge of the liquid absorbent structure . a front waist region ; a rear waist region ; a crotch region extending between the front waist region and the rear waist region; a liquid absorbent structure having an absorbent core , extending to the rear waist region centering on the crotch region; and a waist opening , wherein the liquid absorbent structure further includes an end flap positioned between a front-end edge of the liquid absorbent structure and a front-end edge of the absorbent core , wherein the front waist region includes a stretchable sheet extending inward in the vertical direction from the waist opening edge and overlapping with the end flap , and a plurality of waist elastic members overlapping with at least the end flap and extending in the lateral direction, and wherein the front waist region includes a first region positioned between the waist opening edge and the front-end edge of the liquid absorbent structure, and a second region including the stretchable sheet and the waist elastic members , at an inner side in the vertical direction of the front-end edge of the liquid absorbent structure .
Use of a composition comprising one or more isosorbide caprylates/caprates (composition A) in antiperspirants and deodorants for improving the action of the antiperspirants and deodorants with regard to the duration of reducing body odour.