mhurhangee/patent-ind-claim-en huggingface dataset:
Medical sawing template system , comprising an aligning apparatus for aligning a medical sawing template relative to a human or animal bone , which aligning apparatus comprises at least one fastening element receptacle for a fastening element fixable in the bone , a first coupling member which is coupleable or coupled to the medical sawing template , a distance-changing device for varying a distance between the fastening element receptacle and the first coupling member , and an angle-changing device for varying an angle between the fastening element receptacle and the first coupling member , wherein the distance-changing device comprises a distance-setting member which is rotatable about a distance-setting member rotational axis , and wherein the angle-changing device comprises an angle-setting member which is rotatable about an angle-setting member rotational axis , characterized in that the distance-setting member rotational axis defines the angle-setting member rotational axis .
Jig to receive a bearing shell to be bored out, the jig having a receiving region which has a part-circumferential surface which receives the bearing shell in an elastically deformed state, so that the cross-section of the bearing shell, seen perpendicularly to the future axis in a bearing of the received but as yet not bored-out bearing shell, deviates radially from a circular outline, wherein the end portions of the bearing shell , at which the relief regions are to be formed, are displaced inwards radially from a circular outline immediately before the boring-out, and wherein there are provided at the ends of the part-circumferential surface adjustable jaws for setting purposes which can be set independently of the fixed regions of the part-circumferential surface and which cause an elastic deformation of the bearing shell in the relief regions .
A system to perform a seismic survey, comprising: a first seismic data acquisition unit for deployment in an aqueous medium, the first seismic data acquisition unit comprising: a connector located on a first side of the first seismic data acquisition unit , the connector to connect with a cable to transfer seismic data via the cable, the connector comprising a socket insert contacting electronic circuitry located within the first seismic data acquisition unit ; characterized in that the connector further comprises a snap ring and a pin interconnect different from the snap ring , and in that the socket insert is separate from the snap ring and the pin interconnect ; the snap ring configured to contact the pin interconnect and lock the pin interconnect in contact with the socket insert by locking the snap ring into the first seismic data acquisition unit via one or more protrusions of the snap ring , the pin interconnect comprising a plurality of pins to contact the aqueous medium and a seal surface and a rubber boot to prevent contact between the aqueous medium and the socket insert ; the system being further characterized by a first set of cleat rings located on a second side of the first seismic data acquisition unit , the first set of cleat rings comprising inner cleat rings and outer cleat rings , the first set of cleat rings to position the first seismic data acquisition unit when stacked with a second seismic data acquisition unit having a second set of cleat rings , the first side having the connector in a different plane than the second side having the first set of cleat rings . a connector located on a first side of the first seismic data acquisition unit , the connector to connect with a cable to transfer seismic data via the cable, the connector comprising a socket insert contacting electronic circuitry located within the first seismic data acquisition unit ; characterized in that the connector further comprises a snap ring and a pin interconnect different from the snap ring , and in that the socket insert is separate from the snap ring and the pin interconnect ; the snap ring configured to contact the pin interconnect and lock the pin interconnect in contact with the socket insert by locking the snap ring into the first seismic data acquisition unit via one or more protrusions of the snap ring , the pin interconnect comprising a plurality of pins to contact the aqueous medium and a seal surface and a rubber boot to prevent contact between the aqueous medium and the socket insert ; the system being further characterized by a first set of cleat rings located on a second side of the first seismic data acquisition unit , the first set of cleat rings comprising inner cleat rings and outer cleat rings , the first set of cleat rings to position the first seismic data acquisition unit when stacked with a second seismic data acquisition unit having a second set of cleat rings , the first side having the connector in a different plane than the second side having the first set of cleat rings .
A control device (10; 20) for activating an idle speed control of a heat engine of a motor vehicle with a gearbox, the device including means for receiving a current value of engine speed (100; 200) and an identification of the engaged gear ratio (110; 210), means for activating the idle speed control to prevent a stalling of the engine when activating conditions (190, 102; 290, 292) are met, characterized in that the device also includes means for restricting, in reaction to a start of an upward gear shift of the engaged gear ratio towards a gear ratio to be engaged, the activating conditions (190, 192; 290, 292) of the idle speed control if the speed value (100; 200) at the start of the gear shift is greater than a speed threshold designated "initial speed threshold" selected as a function of the engaged gear ratio (110; 210) at the start of the upward gear shift to prevent a stalling of the engine at the end of the upward gear shift.
A method for information transmission, applied to User Equipment, UE, characterized in that , the method comprises: receiving system information association information, the system information association information representing whether a carrier in the unlicensed frequency spectrum on which a Synchronization Signal Block, SSB, is located has an association relationship with system information (S101); and processing the system information according to the system information association information (S102), wherein the system information association information comprises: the carrier on which the SSB is located is a Standalone, SA, carrier or the carrier on which the SSB is located is a Non-Standalone, NSA, carrier. receiving system information association information, the system information association information representing whether a carrier in the unlicensed frequency spectrum on which a Synchronization Signal Block, SSB, is located has an association relationship with system information (S101); and processing the system information according to the system information association information (S102), wherein the system information association information comprises: the carrier on which the SSB is located is a Standalone, SA, carrier or the carrier on which the SSB is located is a Non-Standalone, NSA, carrier.
A cyclohexanedione composition for herbicidal use comprising clethodim encapsulated within a biopolymer microcapsule, characterised in that the biopolymer microcapsule is made by complex coacervation, and the biopolymer comprises inulin.
Control method for a traction battery , which is configured as a high-power battery, for a mobile working machine, wherein the traction battery has power connections , of which at least one power connection can be switched by way of a switching device to zero voltage by a battery management system of the traction battery , and a communication link for linking to a controller of a connection partner of the traction battery , wherein the battery management system is integrated with the high-power battery to form one unit, is fixedly incorporated therein and the power connections are switched to zero voltage by the battery management system when the traction battery is not operated, characterized by the steps of: - checking the communication link for identification data by way of the battery management system , wherein the identification data are data from which a clear identification of the respective connection partner or a clear identification of the permissible combination of traction battery and connection partner is made possible, - comparing the identification data with stored comparison data of permissible connection partners by way of the battery management system and - switching on the power connections by means of the switching device by way of the battery management system in the case of a permissible connection partner . - checking the communication link for identification data by way of the battery management system , wherein the identification data are data from which a clear identification of the respective connection partner or a clear identification of the permissible combination of traction battery and connection partner is made possible, - comparing the identification data with stored comparison data of permissible connection partners by way of the battery management system and - switching on the power connections by means of the switching device by way of the battery management system in the case of a permissible connection partner .
Prosthetic assembly , comprising a prosthetic component and a retention screw , the prosthetic assembly being able to cooperate with a dental implant and designed to aid in removal of a prosthesis after used by a subject; and comprising an interference geometry designed to allow relative rotation, limit relative longitudinal motion, and inseparably join the prosthetic component and said retention screw , wherein the interference geometry comprises a lower surface and cooperates with a portion having a smaller diameter of the body of the retention screw , wherein the portion having a smaller diameter of the body of the retention screw comprises a surface which abuts the lower surface of the interference member when a removal torque is applied to the screw .
An objective lens for an endoscope comprises an object-side lens element including a plane-convex rod lens and an image-side lens element including a biconvex lens arranged at the image-side end of the objective lens , characterized in that the object-side lens element includes a plane-convex first lens and a biconcave second lens which form a front lens and are arranged in this order on the object side of the plane-convex rod lens forming a third lens, and that as viewed from the object side, the image-side lens element includes a biconvex fourth lens , a concave-plane fifth lens and a biconcave sixth lens which are arranged in this order on the object side of the biconvex lens that is arranged at the image-side end of the objective lens and forms a seventh lens.
Heating device for heating an optical crystal, comprising an optical crystal , a housing having an inner space in which the crystal is arranged and having two opposing lateral access openings to the inner space and comprising a heating plate having a plate side abutting a housing side , the plate side having at least one exposed heating surface for direct abutment against the housing and an exposed sensor surface for temperature measurement of the crystal , characterized in that the heating plate has a plurality of exposed heating surfaces which are arranged externally around the sensor surface or on the side of the sensor surface .
A method executed on a software as a service, SAAS, platform , the method comprising: executing computer executable code to provide a service instance in respect of which a third party application has been installed, the computer executable code including a plurality of extension points ; and during execution of said computer executable code for the service instance, when a particular extension point of the plurality of extension points is reached: determining that a script associated with the third party application is available for the particular extension point, and responsive to determining that the script associated with the third party application is available for the particular extension point, executing the script, wherein executing the script comprises selecting between executing the script on the SAAS platform and executing the script on an external hosting infrastructure , wherein said selecting is based on criticality of the third party application set on a perservice instance basis, with scripts for more critical apps running on the SAAS platform where performance can be guaranteed, wherein the criticality of the third party application is set via a client User Interface, UI, . executing computer executable code to provide a service instance in respect of which a third party application has been installed, the computer executable code including a plurality of extension points ; and during execution of said computer executable code for the service instance, when a particular extension point of the plurality of extension points is reached: determining that a script associated with the third party application is available for the particular extension point, and responsive to determining that the script associated with the third party application is available for the particular extension point, executing the script, determining that a script associated with the third party application is available for the particular extension point, and responsive to determining that the script associated with the third party application is available for the particular extension point, executing the script, wherein executing the script comprises selecting between executing the script on the SAAS platform and executing the script on an external hosting infrastructure , wherein said selecting is based on criticality of the third party application set on a perservice instance basis, with scripts for more critical apps running on the SAAS platform where performance can be guaranteed, wherein the criticality of the third party application is set via a client User Interface, UI, .
A sensor housing , in particular for use in a combustion chamber, for a force or pressure sensor , comprising: - a metallic sensor body ; and - a metal plate which closes off the sensor body on one side; - at least one metallic diaphragm stamp , which is in contact with the metal sheet ; wherein the sensor body and/or the diaphragm stamp is applied to the metal sheet by additive manufacturing and is connected to the metal sheet by a material-locking joint produced during additive manufacturing, and wherein the metal sheet forms a diaphragm , in particular a round diaphragm , in a region delimited by the sensor body , wherein the sensor body and/or the diaphragm stamp has at least one cavity which is formed during the additive manufacturing of the sensor body and/or the diaphragm stamp. - a metallic sensor body ; and - a metal plate which closes off the sensor body on one side; - at least one metallic diaphragm stamp , which is in contact with the metal sheet ;
A process for the production of phosgene (COCl 2 ) from carbon monoxide and chlorine according to the reaction scheme CO (g) + Cl 2 (g) → COCl 2 (g) wherein the CO is produced electrolytically on site from a feed stock based on carbon dioxide (CO 2 ) according to the equation 2 CO 2 → 2 CO + O 2 in a solid oxide electrolysis cell (SOEC) stack system.
Windscreen wiper for a windscreen-wiping system of a vehicle, in particular a motor vehicle, comprising a longitudinal body and a wiper blade formed in a single piece, said piece comprising a cavity for receiving an elastic elongate support element in strip form , characterized in that said support element is housed in a recess of a longitudinal member holding the wiper blade , said holding member being housed in said cavity , and in that the holding member , the support element and the longitudinal body have substantially the same length.
A method for roasting coffee beans comprising the steps of a) heating the coffee beans until the temperature of the coffee beans is at least 180°C; b) injecting a stream of oxygen-containing gas into the flow of hot air after the burner; wherein the injection of a stream of oxygen-containing gas into the flow of hot air after the burner is started when the temperature of the coffee beans is between 180°C and 250°C; and c) maintaining the injection of the stream of oxygen-containing gas until the end of the roasting process to mitigate the concentration of carbon monoxide in the roasting chamber, and wherein the coffee beans are roasted in a rotating fluidized bed roaster to a final colour of below CTn 45 when measured with a spectrophotometer at a wavelength of 904 nm. a) heating the coffee beans until the temperature of the coffee beans is at least 180°C; b) injecting a stream of oxygen-containing gas into the flow of hot air after the burner; wherein the injection of a stream of oxygen-containing gas into the flow of hot air after the burner is started when the temperature of the coffee beans is between 180°C and 250°C; and c) maintaining the injection of the stream of oxygen-containing gas until the end of the roasting process to mitigate the concentration of carbon monoxide in the roasting chamber,
Section of an exhaust tract of an internal combustion engine having an injection module for injecting a reducing agent into the exhaust tract of an internal combustion engine , wherein an oxidation catalytic converter is arranged upstream of the injection module and a reduction catalytic converter is arranged downstream of the injection module , wherein the injection module is arranged in a connecting duct between the oxidation catalytic converter and the reduction catalytic converter , and wherein the flow direction of the exhaust gases is diverted by the connecting duct , wherein a shield plate is arranged between the injection module and a wall , which is situated opposite the oxidation catalytic converter , of the exhaust tract , which shield plate is designed such that it prevents the spray mist from impinging on that wall of the exhaust tract which is situated opposite the oxidation catalytic converter , wherein the shield plate has one or more openings , characterized in that the injection module has at least two outlet openings for discharging at least one reducing agent primary jet , wherein the outlet openings are directed such that the reducing agent primary jets emerging through the outlet openings collide with one another and produce a spray mist in the exhaust tract , wherein the shield plate extends exclusively between the injection module and that wall of the exhaust tract which is situated opposite the oxidation catalytic converter .
Method for cooking food and/or a cooking oil and for evaluation of the formation of neoformed compounds, characterised in that it comprises the following steps: - provide at least two samples of the raw food and/or the unheated cooking oil; - predefine cooking/heating times for the first of these samples, for different changes in the temperature of the heating surface , for cooking, a cooking utensil having said heating surface of a detection means sensitive to the temperature and interrupting a part at least of the transmission of energy from the heating device to the utensil when the detected temperature exceeds a determined value, - during a protocol execution step, two different cooking/heating protocols are performed, for one and for the other samples respectively, in contact with the heating surface , one of the protocols including cooking with regulated temperature, the other with unregulated cooking, each protocol being performed during said predefined time corresponding to it, and, - during a proportioning step of the neoformed compounds: * the neoformed compounds contained in the two cooked/heated samples are proportioned according to the corresponding cooking protocols, and/or * the neoformed compounds contained in the first cooked/heated sample are proportioned according to the regulated cooking and in the initial sample. - provide at least two samples of the raw food and/or the unheated cooking oil; - predefine cooking/heating times for the first of these samples, for different changes in the temperature of the heating surface , for cooking, a cooking utensil having said heating surface of a detection means sensitive to the temperature and interrupting a part at least of the transmission of energy from the heating device to the utensil when the detected temperature exceeds a determined value, - during a protocol execution step, two different cooking/heating protocols are performed, for one and for the other samples respectively, in contact with the heating surface , one of the protocols including cooking with regulated temperature, the other with unregulated cooking, each protocol being performed during said predefined time corresponding to it, and, - during a proportioning step of the neoformed compounds: * the neoformed compounds contained in the two cooked/heated samples are proportioned according to the corresponding cooking protocols, and/or * the neoformed compounds contained in the first cooked/heated sample are proportioned according to the regulated cooking and in the initial sample. * the neoformed compounds contained in the two cooked/heated samples are proportioned according to the corresponding cooking protocols, and/or * the neoformed compounds contained in the first cooked/heated sample are proportioned according to the regulated cooking and in the initial sample.
A guidewire , comprising: a distal end dimensioned to penetrate into a nasal sinus; a balloon , which is fitted over the guidewire and slidable to a section of the guidewire in proximity to the distal end; an inflation channel , which runs along the outer surface of the guidewire and is coupled to convey a pressurized fluid into the balloon so as to inflate the balloon; a first electrode , fixedly attached to a distal tip of the guidewire; a second electrode , fixedly attached to the guidewire at a location proximal to the distal tip; and conductive leads running along and inside the guidewire and coupled to apply an electrical potential between the first and second electrodes. a distal end dimensioned to penetrate into a nasal sinus; a balloon , which is fitted over the guidewire and slidable to a section of the guidewire in proximity to the distal end; an inflation channel , which runs along the outer surface of the guidewire and is coupled to convey a pressurized fluid into the balloon so as to inflate the balloon; a first electrode , fixedly attached to a distal tip of the guidewire; a second electrode , fixedly attached to the guidewire at a location proximal to the distal tip; and conductive leads running along and inside the guidewire and coupled to apply an electrical potential between the first and second electrodes.
Commutator motor , comprising a housing , a rotor which carries a winding , a commutator and a magnetic pole wheel and which is mounted such as to be rotatable about a rotor axis , a permanent magnet stator , a brush support plate which is arranged substantially at right angles to the rotor axis and which has brushes that are in contact with the commutator , and an encoder which is arranged inside the housing and which consists of a magnetic field sensor and the pole wheel , wherein the brushes are arranged axially on a first side of a separating wall of the brush support plate and the magnetic field sensor is arranged and fastened on a printed circuit board axially on a second, opposite side of the brush support plate , characterized in that the brush support plate has an annular wall arranged substantially concentrically around a motor axis, the magnetic field sensor is arranged in a cutout of the annular wall , and the printed circuit board is arranged substantially radially outside the annular wall .