mhurhangee/patent-ind-claim-en huggingface dataset:
A driver electronic device communicatively connected to a vehicle, comprising: a communication circuit ; a display ; a processor operatively connected to the communication circuit and the display ; and a memory operatively connected to the processor , wherein the memory , when executed, stores instructions for causing the processor to: receive from a first external electronic device , through the communication circuit , a first message including a current signal state of the first external electronic device , the first external electronic device being associated to a traffic light infrastructure, display, on the display , the received first message, receive from the first external electronic device , through the communication circuit , a second message including information for time extension of a signal determined based on location information and a movement speed of a second external electronic device , the second external electronic device being associated to a pedestrian, and display, on the display , the received first message and the received second message. a communication circuit ; a display ; a processor operatively connected to the communication circuit and the display ; and a memory operatively connected to the processor , wherein the memory , when executed, stores instructions for causing the processor to: receive from a first external electronic device , through the communication circuit , a first message including a current signal state of the first external electronic device , the first external electronic device being associated to a traffic light infrastructure, display, on the display , the received first message, receive from the first external electronic device , through the communication circuit , a second message including information for time extension of a signal determined based on location information and a movement speed of a second external electronic device , the second external electronic device being associated to a pedestrian, and display, on the display , the received first message and the received second message. receive from a first external electronic device , through the communication circuit , a first message including a current signal state of the first external electronic device , the first external electronic device being associated to a traffic light infrastructure, display, on the display , the received first message, receive from the first external electronic device , through the communication circuit , a second message including information for time extension of a signal determined based on location information and a movement speed of a second external electronic device , the second external electronic device being associated to a pedestrian, and display, on the display , the received first message and the received second message.
A combustor for a gas turbine engine of an aircraft, comprising: an outer wall defining, at least, a portion of a combustion chamber ; a dilution chute extending from an interior surface of the outer wall which is oriented towards the combustion chamber ; and characterized by a support structure extending between the dilution chute and the interior surface of the outer wall wherein the support structure is adapted to support deposition of a material used to form the dilution chute ; and a spall plate extending from the interior surface of the outer wall , the spall plate being located between the support structure and an outlet of the combustion chamber. an outer wall defining, at least, a portion of a combustion chamber ; a dilution chute extending from an interior surface of the outer wall which is oriented towards the combustion chamber ; and characterized by a support structure extending between the dilution chute and the interior surface of the outer wall wherein the support structure is adapted to support deposition of a material used to form the dilution chute ; and a spall plate extending from the interior surface of the outer wall , the spall plate being located between the support structure and an outlet of the combustion chamber.
A system comprising: a. a pultruded profile; and b. a two-part system comprising: i. a first component including one or more epoxy resins; ii. a second component including one or more phosphate esters; and wherein, mixing the first component and second component forms an activatable material that activates at a temperature of about 0°C to about 50°C. a. a pultruded profile; and b. a two-part system comprising: i. a first component including one or more epoxy resins; ii. a second component including one or more phosphate esters; and i. a first component including one or more epoxy resins; ii. a second component including one or more phosphate esters; and
A support structure for a heating or cooling system, comprising: a base ; and a plurality of projections extending from said base , said projections being capable of retaining one or more thermal elements positioned adjacent thereto; wherein each of said projections comprises a wall extending from said base , at least part of said wall having an oscillating form; characterised in that : each projection has an overall curved shape and at least a portion of the wall on the inside of the curved shape has the oscillating form. a base ; and a plurality of projections extending from said base , said projections being capable of retaining one or more thermal elements positioned adjacent thereto; wherein each of said projections comprises a wall extending from said base , at least part of said wall having an oscillating form; characterised in that : each projection has an overall curved shape and at least a portion of the wall on the inside of the curved shape has the oscillating form.
Method for monitoring a track switch with a switch drive , wherein the switch drive comprises a housing , a switch setting motor arranged in the housing and a switch rod extending out of the housing for coupling to a track switch, wherein the method comprises: - providing a piezoelectric sensor arranged on the housing , - detecting measurement signals of the piezoelectric sensor preferably during a switching operation of the switch drive , characterized in that periodic components of the measurement signal are at least partially filtered out in order to obtain signal components representative of a non-periodic change in the strain of the housing , whereby the detection of the signal components representing the non-periodic changes of the strain comprises the determination of quasi-static parts of the sensor pickup, and - evaluating a temporal progression of the signal components representative of the non-periodic change in strain in order to identify deviations from a nominal state. - providing a piezoelectric sensor arranged on the housing , - detecting measurement signals of the piezoelectric sensor preferably during a switching operation of the switch drive , characterized in that periodic components of the measurement signal are at least partially filtered out in order to obtain signal components representative of a non-periodic change in the strain of the housing , whereby the detection of the signal components representing the non-periodic changes of the strain comprises the determination of quasi-static parts of the sensor pickup, and - evaluating a temporal progression of the signal components representative of the non-periodic change in strain in order to identify deviations from a nominal state.
A frozen cultured dairy bar product, comprising a cultured dairy composition having a) total solids content of at least 22% by weight of the cultured dairy composition and a milk solids content of greater than 38 wt% based on total solids content, b) a gelatin content of from 0.7 to 1.5% by weight of the cultured dairy composition, and c) a viscosity of from 200,000 mPa*s (200,000 cP) to 700,000 mPa*s (700,000 cP) as determined using a Brookfield viscometer model DV-II+, equipped with a helipath T-bar spindle, size F with a lowering vertical motion at 4° C, wherein the spindle operates for 30 seconds at 10 rpm. a) total solids content of at least 22% by weight of the cultured dairy composition and a milk solids content of greater than 38 wt% based on total solids content, b) a gelatin content of from 0.7 to 1.5% by weight of the cultured dairy composition, and c) a viscosity of from 200,000 mPa*s (200,000 cP) to 700,000 mPa*s (700,000 cP) as determined using a Brookfield viscometer model DV-II+, equipped with a helipath T-bar spindle, size F with a lowering vertical motion at 4° C, wherein the spindle operates for 30 seconds at 10 rpm.
A machine tool for machining a workpiece by performing relative rotation of a tool and the workpiece, characterized by : a trough provided in a bed and configured to collect swarf; a moving body which is located above the trough, moves on the bed in the longitudinal direction of the trough, is composed of a first beam member , a second beam member , and a connecting member configured to connect the beam members, and is formed with a cavity (H) which opens from above toward the trough side; a first guide which is arranged on the bed in parallel to the longitudinal direction of the trough to guide the moving body in the longitudinal direction of the trough; a second guide which is arranged on the bed in parallel to the longitudinal direction of the trough and opposed to the first guide with respect to the trough, to guide the moving body in the longitudinal direction of the trough; and a cradle including a workpiece table , the cradle being supported at both ends by the first beam member and the second beam member so as to be rotatable inside the cavity of the moving body through a rotating shaft which is parallel to the longitudinal direction of the trough. a trough provided in a bed and configured to collect swarf; a moving body which is located above the trough, moves on the bed in the longitudinal direction of the trough, is composed of a first beam member , a second beam member , and a connecting member configured to connect the beam members, and is formed with a cavity (H) which opens from above toward the trough side; a first guide which is arranged on the bed in parallel to the longitudinal direction of the trough to guide the moving body in the longitudinal direction of the trough; a second guide which is arranged on the bed in parallel to the longitudinal direction of the trough and opposed to the first guide with respect to the trough, to guide the moving body in the longitudinal direction of the trough; and a cradle including a workpiece table , the cradle being supported at both ends by the first beam member and the second beam member so as to be rotatable inside the cavity of the moving body through a rotating shaft which is parallel to the longitudinal direction of the trough.
A method for producing a tread strip , comprising the steps: (a) extruding the tread strip , which has - an outer side and an inner side , opposite the outer side , and - a carrying region made of a carrying region rubber material - and a guide strip made of a guide strip rubber material, (b) wherein the guide strip extends from the outer side to the inner side and a specific electrical guide strip resistance (ρ 28 ) of the guide strip rubber material is smaller than a specific electrical carrying region resistance (ρ 26 ) of the carrying region rubber material, (c) determining a parameter (P), which correlates to an electrical guide strip resistance (W 28 ) of the guide strip between the outer side and the inner side , (d) wherein the determining of the parameter (P) comprises the step of applying an electrostatic charge (Q) on a side , (e) the parameter (P) describes a charging current (I), which arises on applying the electrostatic charge (Q), and (f) emitting a warning signal when the parameter (P) assumes a value which indicates that the guide strip resistance (W 28 ) exceeds a specified maximum value (W 28,max ), characterized in that the applying of the electrostatic charge (Q) takes place in a contactless manner. (a) extruding the tread strip , which has - an outer side and an inner side , opposite the outer side , and - a carrying region made of a carrying region rubber material - and a guide strip made of a guide strip rubber material, - an outer side and an inner side , opposite the outer side , and - a carrying region made of a carrying region rubber material - and a guide strip made of a guide strip rubber material, (b) wherein the guide strip extends from the outer side to the inner side and a specific electrical guide strip resistance (ρ 28 ) of the guide strip rubber material is smaller than a specific electrical carrying region resistance (ρ 26 ) of the carrying region rubber material, (c) determining a parameter (P), which correlates to an electrical guide strip resistance (W 28 ) of the guide strip between the outer side and the inner side , (d) wherein the determining of the parameter (P) comprises the step of applying an electrostatic charge (Q) on a side , (e) the parameter (P) describes a charging current (I), which arises on applying the electrostatic charge (Q), and (f) emitting a warning signal when the parameter (P) assumes a value which indicates that the guide strip resistance (W 28 ) exceeds a specified maximum value (W 28,max ),
A cutting tip (11; 32; 35; 44; 47; 86) comprising: a cutting edge portion (13; 30; 36; 40; 45; 49; 73) made of a high-hardness material to take a thin plate shape; and a support portion (14; 31; 37; 42; 46; 48; 74) made of a material which is easier to be worn than the cutting edge portion (13; 30; 36; 40; 45; 49; 73), and securing and supporting the cutting edge portion (13; 30; 36; 40; 45; 49; 73) on a reverse side of a rake face of the cutting edge portion (13; 30; 36; 40; 45; 49; 73), wherein the support portion (14; 31; 37; 42; 46; 48; 74) is made of a fragile material, the fragile material being a sintered compact with solder and ceramic particles mixed, characterized in that the support portion's (14; 31; 37; 42; 46; 48; 74) material comprises ceramic particles in a range of #400 to #1200 in particle size and 30% or less in porosity, the porosity being expressed as: 1 − measured specific gravity g / cm 3 / absolute specific gravity g / cm 3 ⋅ 100 . a cutting edge portion (13; 30; 36; 40; 45; 49; 73) made of a high-hardness material to take a thin plate shape; and a support portion (14; 31; 37; 42; 46; 48; 74) made of a material which is easier to be worn than the cutting edge portion (13; 30; 36; 40; 45; 49; 73), and securing and supporting the cutting edge portion (13; 30; 36; 40; 45; 49; 73) on a reverse side of a rake face of the cutting edge portion (13; 30; 36; 40; 45; 49; 73), wherein the support portion (14; 31; 37; 42; 46; 48; 74) is made of a fragile material, the fragile material being a sintered compact with solder and ceramic particles mixed, characterized in that the support portion's (14; 31; 37; 42; 46; 48; 74) material comprises ceramic particles in a range of #400 to #1200 in particle size and 30% or less in porosity, the porosity being expressed as: 1 − measured specific gravity g / cm 3 / absolute specific gravity g / cm 3 ⋅ 100 .
A tissue piece treating method for executing an immersion treatment process using different types of liquid chemicals by supplying and draining each of the different types of liquid chemicals in a predetermined order to and from a treatment tank inside which a basket accommodating a tissue piece is disposed, characterized in that , in the method, a liquid supply/drain cycle, for (a) draining a liquid chemical from the treatment tank in such an amount that the entire basket is exposed in the treatment tank during execution of the immersion treatment process by each of the liquid chemicals; and (b) supplying the drained liquid chemical into the treatment tank so that the entire basket is immersed, is repeatedly executed so as to perform agitation of the liquid chemical.
A vasodilator for use in reversing the effects of vasoconstriction in the retina in a mammal, wherein the vasodilator acts via the calcitonin receptor-like receptor (CRLR/RAMP-1) and wherein the vasodilator has a peptide motif in the N-terminal end having at least 99% identity to SEQ ID NO: 9 and a threonine (T) in amino acid position 6, and has at least 75% amino acid sequence similarity with SEQ ID NO: 2.
An aqueous extract of rose fruit of the Evanrat or Jardin de Granville ® rose variety obtained using a cosmetically acceptable polar solvent.
Construction foil , in particular roofing membrane, roof foil, flat roofing membrane, facade membrane and/or vapor barrier and/or sub-roofing membrane, in particular underlayment and/or sarking membrane, with a single-layer or multilayer layer structure , wherein at least one moisture sensor for detecting moisture is assigned to the construction foil , characterized in that the moisture sensor is designed as an active pick-up, and in that the moisture sensor has at least one electrode and the electrode is in direct contact with a nonwoven layer . the moisture sensor is designed as an active pick-up, and in that the moisture sensor has at least one electrode and the electrode is in direct contact with a nonwoven layer .
Method for controlling the transmission of frames by master (OM) and slave (OEj) members belonging to a communication network (RC) adapted to the bidirectional transmission of non-video data frames, in time slots defined by a table, and to the unidirectional transmission of video data frames, said method comprising a step in which, when a time slot of a first duration and dedicated to the transmission of at least one frame of non-video data by a so-called transmitter (OM, OEj) begins, a first time delay of a second duration strictly less than this first duration is triggered, and, when an end of this first time delay occurs when the non-video data frame has not been completely transmitted, said transmitting organ (OM, OEj) is prevented from completing its transmission, characterised in that in said step, when a said receiving organ (OM, OEj) receives said non-video data frame in said time slot, a second time delay of a third duration between said second and first duration is triggered in said receiving device (OM, OEj), and, when an end of said second time delay occurs when said non-video data frame has not been completely received, the data received from this non-video data frame is deleted in said receiving device (OM, OEj).
A method of processing one or more blades of a row of blades which forms part of a rotor for a gas turbine engine, the method including: providing a rotor disc having a slot for mounting one or more blades; applying tape at one or both sides of the slot such that when the blades are loaded in the slot the tape reduces the range of tilt angles which can be adopted by the blades; loading the blades in the slot; performing a processing operation on the loaded blades; and removing the tape from the disc after the processing operation and before operation of the rotor. providing a rotor disc having a slot for mounting one or more blades; applying tape at one or both sides of the slot such that when the blades are loaded in the slot the tape reduces the range of tilt angles which can be adopted by the blades; loading the blades in the slot; performing a processing operation on the loaded blades; and removing the tape from the disc after the processing operation and before operation of the rotor.
Process for the recovery of lithium from lithium- and aluminum-bearing metallurgical composition, comprising the steps of: - Leaching the metallurgical composition by contacting with a sulfuric acid aqueous solution at a pH of 3 or less, thereby obtaining a residue comprising insoluble compounds, and a first leachate comprising lithium and aluminum; - Optionally neutralizing the first leachate comprising lithium and aluminum to a pH of 2 to 4, thereby precipitating a residue comprising a first part of the aluminum, and obtaining a second leachate comprising lithium; - Adding a source of phosphate ions to the first leachate comprising lithium and aluminum, or, with the proviso that the optional neutralizing of the first leachate is performed, to the second leachate comprising lithium and aluminum, thereby precipitating a residue comprising a second part of the aluminum, and obtaining a third leachate comprising lithium; - Optionally neutralizing the third leachate comprising lithium and aluminum to a pH of 3 to 4, thereby precipitating a residue comprising a third part of the aluminum, and obtaining a fourth leachate comprising lithium; and, - Separating the residue comprising the second part of the aluminum from the third leachate by filtration, or, with the proviso that the optional neutralizing of the third leachate is performed, separating the residue comprising the third part of the aluminum from the fourth leachate by filtration. - Leaching the metallurgical composition by contacting with a sulfuric acid aqueous solution at a pH of 3 or less, thereby obtaining a residue comprising insoluble compounds, and a first leachate comprising lithium and aluminum; - Optionally neutralizing the first leachate comprising lithium and aluminum to a pH of 2 to 4, thereby precipitating a residue comprising a first part of the aluminum, and obtaining a second leachate comprising lithium; - Adding a source of phosphate ions to the first leachate comprising lithium and aluminum, or, with the proviso that the optional neutralizing of the first leachate is performed, to the second leachate comprising lithium and aluminum, thereby precipitating a residue comprising a second part of the aluminum, and obtaining a third leachate comprising lithium; - Optionally neutralizing the third leachate comprising lithium and aluminum to a pH of 3 to 4, thereby precipitating a residue comprising a third part of the aluminum, and obtaining a fourth leachate comprising lithium; and, - Separating the residue comprising the second part of the aluminum from the third leachate by filtration, or, with the proviso that the optional neutralizing of the third leachate is performed, separating the residue comprising the third part of the aluminum from the fourth leachate by filtration.
A method for patterning an amorphous semiconductor layer (11; 33 34) according to a predetermined pattern by means of laser ablation with a pulsed laser having a laser wavelength, the method comprising: providing the amorphous semiconductor layer (11; 33, 34) on a substrate ; providing a distributed Bragg reflector on the amorphous semiconductor layer, wherein the distributed Bragg reflector is reflective at the laser wavelength; providing an absorbing layer on the distributed Bragg reflector , wherein the absorbing layer is absorptive at the laser wavelength; patterning the absorbing layer by laser ablation with the pulsed laser, in accordance with the predetermined pattern, thereby obtaining a patterned absorbing layer ; patterning the distributed Bragg reflector by performing an etching step using the patterned absorbing layer as an etch mask, thereby obtaining a patterned distributed Bragg reflector ; and etching the amorphous semiconductor layer (11; 33, 34) using the patterned distributed Bragg reflector as an etch mask, thereby patterning the amorphous semiconductor layer (11; 33, 34) according to the predetermined pattern. providing the amorphous semiconductor layer (11; 33, 34) on a substrate ; providing a distributed Bragg reflector on the amorphous semiconductor layer, wherein the distributed Bragg reflector is reflective at the laser wavelength; providing an absorbing layer on the distributed Bragg reflector , wherein the absorbing layer is absorptive at the laser wavelength; patterning the absorbing layer by laser ablation with the pulsed laser, in accordance with the predetermined pattern, thereby obtaining a patterned absorbing layer ; patterning the distributed Bragg reflector by performing an etching step using the patterned absorbing layer as an etch mask, thereby obtaining a patterned distributed Bragg reflector ; and etching the amorphous semiconductor layer (11; 33, 34) using the patterned distributed Bragg reflector as an etch mask, thereby patterning the amorphous semiconductor layer (11; 33, 34) according to the predetermined pattern.