mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for real-time, in situ measurement of gas compositions and heating values of a fuel gas, comprising: • a near infrared sensor configured for measuring concentrations of hydrocarbons and carbon dioxide, said near infrared sensor producing raw measurements of said hydrocarbons and carbon dioxide in said fuel gas; • a mid-infrared sensor configured for measuring concentrations of carbon monoxide, said mid infrared sensor producing raw measurements of said carbon monoxide in said fuel gas; • a semiconductor based sensor configured for measuring concentrations of hydrogen gas, said semiconductor based sensor producing raw measurements of said hydrogen in said fuel gas; • a hardware control and data acquisition system configured for collecting said raw measurements in real time; and • a data processor having a computer program for reducing the effects of cross-sensitivities of said sensors to components other than target components of said sensors configured such that raw measurements from the sensors are arranged in a first data matrix, fuel gas composition and heating values are arranged in a second data matrix, and the data matrices are processed using a multivariate technique selected from the group consisting of principal component regression, partial least squares regression, and partial least squares regression 2, such that models are produced that correlate sensor measurements to component compositions and total heating value of said fuel gas. • a near infrared sensor configured for measuring concentrations of hydrocarbons and carbon dioxide, said near infrared sensor producing raw measurements of said hydrocarbons and carbon dioxide in said fuel gas; • a mid-infrared sensor configured for measuring concentrations of carbon monoxide, said mid infrared sensor producing raw measurements of said carbon monoxide in said fuel gas; • a semiconductor based sensor configured for measuring concentrations of hydrogen gas, said semiconductor based sensor producing raw measurements of said hydrogen in said fuel gas; • a hardware control and data acquisition system configured for collecting said raw measurements in real time; and • a data processor having a computer program for reducing the effects of cross-sensitivities of said sensors to components other than target components of said sensors configured such that raw measurements from the sensors are arranged in a first data matrix, fuel gas composition and heating values are arranged in a second data matrix, and the data matrices are processed using a multivariate technique selected from the group consisting of principal component regression, partial least squares regression, and partial least squares regression 2, such that models are produced that correlate sensor measurements to component compositions and total heating value of said fuel gas.
A method for obtaining a contour image of a tooth, the method executed at least in part by a computer and comprising: detecting movement of an intra-oral camera using video images from a video imaging system in the intra-oral camera by: (i) acquiring (S210; S300) a first video image frame that includes the tooth and processing the first video image frame to detect one or more edges of the tooth in the first video image frame; (ii) acquiring (S210; S320) a second video image frame that includes the tooth and processing the second video image frame to detect the one or more edges of the tooth in the second video image frame; (iii) comparing (S220; S340) corresponding edge locations between the first and second processed video image frames to output a movement signal; projecting (S230; S360) a fringe pattern (54, 84) illumination onto the tooth from the camera and capturing (S240; S370) and storing one or more still images of the fringe pattern (54, 84) according to the movement signal based on the detected intra-oral camera movement in the first and second processed video image frames; and calculating what fringe pattern (54, 84) images are needed and automatically determining intra-oral camera position and capturing projection pattern images as the camera position is changed. detecting movement of an intra-oral camera using video images from a video imaging system in the intra-oral camera by: (i) acquiring (S210; S300) a first video image frame that includes the tooth and processing the first video image frame to detect one or more edges of the tooth in the first video image frame; (ii) acquiring (S210; S320) a second video image frame that includes the tooth and processing the second video image frame to detect the one or more edges of the tooth in the second video image frame; (iii) comparing (S220; S340) corresponding edge locations between the first and second processed video image frames to output a movement signal; (i) acquiring (S210; S300) a first video image frame that includes the tooth and processing the first video image frame to detect one or more edges of the tooth in the first video image frame; (ii) acquiring (S210; S320) a second video image frame that includes the tooth and processing the second video image frame to detect the one or more edges of the tooth in the second video image frame; (iii) comparing (S220; S340) corresponding edge locations between the first and second processed video image frames to output a movement signal; projecting (S230; S360) a fringe pattern (54, 84) illumination onto the tooth from the camera and capturing (S240; S370) and storing one or more still images of the fringe pattern (54, 84) according to the movement signal based on the detected intra-oral camera movement in the first and second processed video image frames; and calculating what fringe pattern (54, 84) images are needed and automatically determining intra-oral camera position and capturing projection pattern images as the camera position is changed.
A set comprising a totally implantable device for electroneuromodulation for the electric stimulation of a neuroreceptive biological tissue and an implantation tool of said device, said tool comprising an axially hollow longitudinal containment body for said device, characterized in that said tool comprises a needle incorporated into said containment body and having a tip that projects forwards to a sharp front end of said containment body, said needle being connected to a supply conduit of a fluid injectable from said needle into the tissue for the creation of a localised tissue swelling in which said device can be positioned.
A respiratory interface device, comprising: a fabric body structured to accommodate and contact one or both of a nasal and oral region of a user's face, the fabric body having an opening formed therein, the opening being structured to receive a coupling device for delivering a gas to the respiratory interface device; and a first non-fabric support element coupled to the interior surface of the fabric body and arranged to engage a nasal or oral portion of a user's face, characterized in that the respiratory interface device further comprises a second non-fabric support element in the form of a rim, the rim being structured to extend around the opening and the rim being structured to receive the coupling device for delivering a gas to the respiratory interface device. a fabric body structured to accommodate and contact one or both of a nasal and oral region of a user's face, the fabric body having an opening formed therein, the opening being structured to receive a coupling device for delivering a gas to the respiratory interface device; and a first non-fabric support element coupled to the interior surface of the fabric body and arranged to engage a nasal or oral portion of a user's face, characterized in that the respiratory interface device further comprises a second non-fabric support element in the form of a rim, the rim being structured to extend around the opening and the rim being structured to receive the coupling device for delivering a gas to the respiratory interface device.
A method for performing, by a transmission user equipment, UE, sidelink communication using coordination information, the method comprising: receiving, from a reception UE, the coordination information indicating at least one preferred resource set or at least one non-preferred resource set, at least one radio resource included in the preferred resource set being configured to exclude sidelink reserved resource having an RSRP measurement value larger than a preset threshold from sidelink reserved resource reserved by at least one other transmission UE, at least one radio resource included in the non-preferred resource set being configured to include sidelink reserved resource having the RSRP measurement value larger than the preset threshold from the sidelink reserved resource reserved by the at least one other transmission UE, the sidelink reserved resource being included in a sidelink reserved resource information received by the reception UE from the at least one other transmission UE; configuring a sidelink transmission resource used for sidelink transmission to the reception UE based on the coordination information; and performing the sidelink transmission using the sidelink transmission resource, receiving, from a reception UE, the coordination information indicating at least one preferred resource set or at least one non-preferred resource set, at least one radio resource included in the preferred resource set being configured to exclude sidelink reserved resource having an RSRP measurement value larger than a preset threshold from sidelink reserved resource reserved by at least one other transmission UE, at least one radio resource included in the non-preferred resource set being configured to include sidelink reserved resource having the RSRP measurement value larger than the preset threshold from the sidelink reserved resource reserved by the at least one other transmission UE, the sidelink reserved resource being included in a sidelink reserved resource information received by the reception UE from the at least one other transmission UE; configuring a sidelink transmission resource used for sidelink transmission to the reception UE based on the coordination information; and performing the sidelink transmission using the sidelink transmission resource,
A bus actuator for connection to a heating and cooling system, where said bus actuator comprises: - actuating means adapted to drive a first component, and - a bus connection allowing the bus actuator in addition to be in data exchange connection to at least one additional component. characterized in that said the bus actuator further comprises or is in connection to data processing means adapted to generate an actuation signal to respectively drive said first component, wherein said bus actuator is adapted to be generating an signal at a first step a signal for said actuating means to adjust said first component to adjust a flow rate in said heating and cooling system, and at a second step to be generating an actuation signal communicated to the at least one additional component through the bus connection, to change between a cooling and heating mode operation of the heat exchanging means. - actuating means adapted to drive a first component, and - a bus connection allowing the bus actuator in addition to be in data exchange connection to at least one additional component.
Method for predicting the actual final positioning of a dental implant to be implanted in a patient's mouth in a hole to be made in a portion of the patient's cranium with the aid of a surgical template, the method comprising the steps of: a) providing a surgical template having a bushing positioned and orientated so as to define the axis of the aforesaid hole, said bushing being adapted to receive drill guide sleeves with which drills of progressively increasing diameter are to be guided for the making of the aforesaid hole; b) performing a CT scan of said portion of the patient's cranium with the surgical template positioned thereon; c) removing the surgical template from the patient's mouth; d) performing a CT scan on the surgical template only; and e) generating, from the CT scans obtained in steps b) and d), a three-dimensional digital model of said portion of the patient's cranium, in which the surgical template, and therefore the axis of the aforesaid hole, are placed in the same position as that in which they were placed in step b). a) providing a surgical template having a bushing positioned and orientated so as to define the axis of the aforesaid hole, said bushing being adapted to receive drill guide sleeves with which drills of progressively increasing diameter are to be guided for the making of the aforesaid hole; b) performing a CT scan of said portion of the patient's cranium with the surgical template positioned thereon; c) removing the surgical template from the patient's mouth; d) performing a CT scan on the surgical template only; and e) generating, from the CT scans obtained in steps b) and d), a three-dimensional digital model of said portion of the patient's cranium, in which the surgical template, and therefore the axis of the aforesaid hole, are placed in the same position as that in which they were placed in step b).
Method for providing a link chain having a longer service life, in particular a plane chain, comprising the following method steps: - provision of a link chain made of a steel alloy, in particular a round steel link chain, - running-in of the link chain on a chain inlet device, - removal of the run-in link chain from the chain inlet device and delivery of the link chain to the point of use thereof and use of the link chain, characterised in that the link chain undergoes a pitch extension from 0.2 % to 1.2 %, in particular 0.3 % to 0.7 % as it runs in on the chain inlet device. - provision of a link chain made of a steel alloy, in particular a round steel link chain, - running-in of the link chain on a chain inlet device, - removal of the run-in link chain from the chain inlet device and delivery of the link chain to the point of use thereof and use of the link chain, characterised in that the link chain undergoes a pitch extension from 0.2 % to 1.2 %, in particular 0.3 % to 0.7 % as it runs in on the chain inlet device.
A method of determining components present in a sample from spectral data obtained from the sample comprising:- an iterative process wherein, each iteration comprises:- resolving a model of the spectral data separately for candidates from a set of predetermined component reference spectra, and determining whether a component is present in the sample based upon a figure of merit quantifying an effect of including the candidate reference spectrum corresponding to that component in the model (104 to 107), characterised in that determining whether the component is present in the sample is based upon whether the inclusion of the candidate reference spectrum corresponding to that component in the model results in an improvement in the figure of merit greater than other candidate reference spectra considered during that iteration and the iterative process is repeated whilst the improvements to the figure of merit meet a preset criterion.
Switched telephone network wherein: - a first switch (C 1) is connected to a first subscriber line (L A) suitable for being linked to a first landline telephone set (T A) installed on a premises of a first subscriber, said first subscriber line being associated with a telephone number assigned to said first telephone set, - a second switch (C 2) comprising a database in which a telephone number assigned to a second landline telephone set (T C) of a second subscriber is stored, characterized in that said network furthermore comprises: - a removable module connected to the first subscriber line (L A), on the premises where the first telephone set (T A) is installed, the second telephone set (T C) being connected to said module, - a means (B, S) for transmitting to the first switch (C 1) a presence request containing the telephone number assigned to the second telephone set (T C), - the receiving of the presence request by the first switch (C 1) brings about the automatic implementation of a logical computing process involving the second switch (C 2) and resulting in the sharing of the first subscriber line (L A), through the module, between the telephone number assigned to the first telephone set (T A) and the telephone number assigned to the second telephone set (T C). - a first switch (C 1) is connected to a first subscriber line (L A) suitable for being linked to a first landline telephone set (T A) installed on a premises of a first subscriber, said first subscriber line being associated with a telephone number assigned to said first telephone set, - a second switch (C 2) comprising a database in which a telephone number assigned to a second landline telephone set (T C) of a second subscriber is stored, - a removable module connected to the first subscriber line (L A), on the premises where the first telephone set (T A) is installed, the second telephone set (T C) being connected to said module, - a means (B, S) for transmitting to the first switch (C 1) a presence request containing the telephone number assigned to the second telephone set (T C), - the receiving of the presence request by the first switch (C 1) brings about the automatic implementation of a logical computing process involving the second switch (C 2) and resulting in the sharing of the first subscriber line (L A), through the module, between the telephone number assigned to the first telephone set (T A) and the telephone number assigned to the second telephone set (T C).
Pump unit for providing a hydraulic pressure for actuating an actuator in the drive train of a motor vehicle, in particular a clutch actuator or gearbox actuator, with a pump, a pump housing, a storage container for hydraulic fluid mounted on the pump housing and at least one solenoid valve, characterized in that the solenoid valve is arranged within the storage container such that it is surrounded by hydraulic fluid and in that the solenoid valve is attached directly on the pump housing of the pump.
An aerosol delivery device, comprising: an aerosol precursor composition; an atomizer; an electrical power source; and a wireless power transmitter, the wireless power transmitter being configured to receive an electrical current from the electrical power source and wirelessly heat the atomizer, the atomizer being configured to heat the aerosol precursor composition to produce an aerosol; wherein a substrate includes the aerosol precursor composition, wherein the atomizer comprises an induction receiver positioned in proximity to but out of direct contact with the substrate, the induction receiver being configured to generate heat when exposed to an oscillating magnetic field and heat the aerosol precursor composition to produce an aerosol; wherein the wireless power transmitter comprises an induction transmitter configured to generate the oscillating magnetic field, the induction transmitter being configured to at least partially surround the induction receiver. an aerosol precursor composition; an atomizer; an electrical power source; and a wireless power transmitter, the wireless power transmitter being configured to receive an electrical current from the electrical power source and wirelessly heat the atomizer, the atomizer being configured to heat the aerosol precursor composition to produce an aerosol; wherein a substrate includes the aerosol precursor composition, wherein the atomizer comprises an induction receiver positioned in proximity to but out of direct contact with the substrate, the induction receiver being configured to generate heat when exposed to an oscillating magnetic field and heat the aerosol precursor composition to produce an aerosol; wherein the wireless power transmitter comprises an induction transmitter configured to generate the oscillating magnetic field, the induction transmitter being configured to at least partially surround the induction receiver.
A paint film protection sheet comprising a support substrate and a pressure-sensitive adhesive layer placed on the support substrate, wherein the pressure-sensitive adhesive layer is constituted with a pressure-sensitive adhesive comprising a non-crosslinked rubber-based polymer as a base polymer, and a tackifier resin (T H) having a softening point of 120 °C or above, and a tackifier resin (T L) having a softening point below 120°C, wherein the total amount of the tackifier resin (T H) and the tackifier resin (T L) is 1.0 part by mass or less relative to 100 parts by mass of the base polymer, and the mass ratio (T L /T H) of the tackifier resin (T L) content relative to the tackifier resin (T H) content has a value of 1.25 or larger and 30 or less.
A method for producing monocyclic aromatic hydrocarbons comprising: producing a fraction comprising a light cycle oil in a fluid catalytic cracking; increasing a proportion of a naphthene content within a feedstock to at least 10% by mass and no more than 70% by mass by mixing the fraction comprising the light cycle oil with a hydrotreated oil having a higher proportion of naphthene content than the fraction comprising the light cycle oil or by partially hydrogenating the fraction comprising the light cycle oil, the proportion of polycyclic aromatic hydrocarbons within the feedstock being within a range from 10 to 60% by mass, and the mass ratio between the naphthene content and the polycyclic aromatic content within the feedstock being within a range from 0.1 to 5.0, and bringing the feedstock into contact with a catalyst comprising a crystalline aluminosilicate having a Si/Al ratio of not more than 100 in the absence of molecular hydrogen under a pressure within a range from 0.1 MPaG to 1.0 MPaG at a contact time of 5 seconds to 300 seconds in terms of the gas transit time across the catalyst. producing a fraction comprising a light cycle oil in a fluid catalytic cracking; increasing a proportion of a naphthene content within a feedstock to at least 10% by mass and no more than 70% by mass by mixing the fraction comprising the light cycle oil with a hydrotreated oil having a higher proportion of naphthene content than the fraction comprising the light cycle oil or by partially hydrogenating the fraction comprising the light cycle oil, the proportion of polycyclic aromatic hydrocarbons within the feedstock being within a range from 10 to 60% by mass, and the mass ratio between the naphthene content and the polycyclic aromatic content within the feedstock being within a range from 0.1 to 5.0, and bringing the feedstock into contact with a catalyst comprising a crystalline aluminosilicate having a Si/Al ratio of not more than 100 in the absence of molecular hydrogen under a pressure within a range from 0.1 MPaG to 1.0 MPaG at a contact time of 5 seconds to 300 seconds in terms of the gas transit time across the catalyst.
Screw press consisting of at least one screw conveyor pivoted in a main housing, a filling hole for material to be dried, for example wet or humid garbage, and a pressing cone the screw conveyor conveying or pressing the material against, wherein the pressing cone engages with its cone-like side or its cone on the side of the outlet in an opening of the main housing in such a way that between opening and pressing cone a gap remains for the pressed and dried material to escape, wherein the pressing cone is pivotable and has a drive, the screw conveyor has a shaft, and the shaft of the screw conveyor serves at the same time at least as part of a bearing orientated on the side of the screw conveyor for the pressing cone, wherein the space of the pressing cone with respect to the opening at the main housing can be altered, and an adjusting device is provided for altering the space, characterized in that at the pressing cone a pipe or pipe section is provided as bearing, the shaft is formed of an exterior shaft section (31/2) and an interior shaft section (31/1), and the bearing or the pipe or the pipe section is arranged between the exterior (31/2) and the interior (31/1) shaft section, and a sealing forms as labyrinth sealing by introducing the bearing between the exterior (31/2) and the interior (31/1) shaft section.