mhurhangee/patent-ind-claim-en huggingface dataset:
Fuel injector for an internal combustion engine, comprising: an injection nozzle with a body , in which a needle is arranged that can be moved between a closed position (CP), in which a first end of the needle rests on a seat and seals injection openings of the nozzle, and an open position (OP), in which the first end of the needle is lifted from the seat thereof in order to allow the injection; a control chamber filled, during operation, with fuel so as to exert pressure on the second end of the needle ; a control valve associated with the control chamber allowing the fuel pressure in the control chamber to be selectively varied and thus control an opening or closing movement of the needle , the control valve being driven by an actuator ; an upper guide guiding the needle axially by the second end thereof; means for detecting the position of the needle , comprising a first electric link in contact with the second end of the needle so as to bring said needle to a predetermined electric potential; the needle being mounted in the nozzle body so as to be able to move therein while being electrically isolated from the nozzle body , except for the region of the nozzle body seat , so that the needle is in electric contact with the nozzle body only in the closed position, characterized in that the only needle position that allows passage of detection current is the closed position (CP). an injection nozzle with a body , in which a needle is arranged that can be moved between a closed position (CP), in which a first end of the needle rests on a seat and seals injection openings of the nozzle, and an open position (OP), in which the first end of the needle is lifted from the seat thereof in order to allow the injection; a control chamber filled, during operation, with fuel so as to exert pressure on the second end of the needle ; a control valve associated with the control chamber allowing the fuel pressure in the control chamber to be selectively varied and thus control an opening or closing movement of the needle , the control valve being driven by an actuator ; an upper guide guiding the needle axially by the second end thereof; means for detecting the position of the needle , comprising a first electric link in contact with the second end of the needle so as to bring said needle to a predetermined electric potential; the needle being mounted in the nozzle body so as to be able to move therein while being electrically isolated from the nozzle body , except for the region of the nozzle body seat , so that the needle is in electric contact with the nozzle body only in the closed position, characterized in that the only needle position that allows passage of detection current is the closed position (CP).
A method comprising: detecting a hardware configuration change at an electronic device, the electronic device including at least a first panel having a first display surface and a second panel having a second display surface, wherein an effective screen size or a screen resolution corresponding to a viewing area that includes the first display surface and the second display surface is modified in response to the hardware configuration change, and wherein detecting the hardware configuration change is based at least in part on an acceleration data using a magnitude and a direction of gravity relative to the first panel and to the second panel; and sending at least one parameter to a server in response to the hardware configuration change, the at least one parameter associated with or based on the modified effective screen size or the modified screen resolution; wherein the server is a web server, wherein the at least one parameter indicates a browser setting, and further comprising: automatically modifying a browser interface based on the hardware configuration change in accordance with the browser setting; receiving modified content from the web server, the modified content formatted to be displayed based on the browser setting; and displaying the modified content at the modified browser interface. detecting a hardware configuration change at an electronic device, the electronic device including at least a first panel having a first display surface and a second panel having a second display surface, wherein an effective screen size or a screen resolution corresponding to a viewing area that includes the first display surface and the second display surface is modified in response to the hardware configuration change, and wherein detecting the hardware configuration change is based at least in part on an acceleration data using a magnitude and a direction of gravity relative to the first panel and to the second panel; and sending at least one parameter to a server in response to the hardware configuration change, the at least one parameter associated with or based on the modified effective screen size or the modified screen resolution; wherein the server is a web server, wherein the at least one parameter indicates a browser setting, and further comprising: automatically modifying a browser interface based on the hardware configuration change in accordance with the browser setting; receiving modified content from the web server, the modified content formatted to be displayed based on the browser setting; and displaying the modified content at the modified browser interface. automatically modifying a browser interface based on the hardware configuration change in accordance with the browser setting; receiving modified content from the web server, the modified content formatted to be displayed based on the browser setting; and displaying the modified content at the modified browser interface.
A wash-off label comprising layers in the following order: a print layer, a face film layer, a primer layer and an adhesive layer, - wherein the wash-off label is removable from a surface of an item labelled, - wherein the face film layer comprises thermoplastic polymer, and - wherein the primer layer is preferably at least one of the following: thermal wax, cellulose derivative, dextrin, casein, polyvinyl alcohol, polyacrylate with high carboxylic acid content and ethylene acrylic acid, and the primer layer is configured to detach the adhesive layer from the face film layer through dissolving or dispersing the primer layer between the adhesive layer and the face film layer, when the label is exposed to a washing liquid comprising caustic soda and having temperature in the range of 60-90 °C for equal or less than 5 minutes, and - the adhesive layer comprises removable pressure sensitive adhesive, which exhibits tackiness, which is arranged to be inactivated or deadened, when the label is exposed to the washing liquid, so as to enable detachment of the label from the surface of the item labelled, wherein - an amount of the primer layer is between 0.5 and 4 g/m 2 , and - an amount of the adhesive layer is between 5 and 20 g/m 2 . - wherein the wash-off label is removable from a surface of an item labelled, - wherein the face film layer comprises thermoplastic polymer, and - wherein the primer layer is preferably at least one of the following: thermal wax, cellulose derivative, dextrin, casein, polyvinyl alcohol, polyacrylate with high carboxylic acid content and ethylene acrylic acid, and the primer layer is configured to detach the adhesive layer from the face film layer through dissolving or dispersing the primer layer between the adhesive layer and the face film layer, when the label is exposed to a washing liquid comprising caustic soda and having temperature in the range of 60-90 °C for equal or less than 5 minutes, and - the adhesive layer comprises removable pressure sensitive adhesive, which exhibits tackiness, which is arranged to be inactivated or deadened, when the label is exposed to the washing liquid, so as to enable detachment of the label from the surface of the item labelled, - an amount of the primer layer is between 0.5 and 4 g/m 2 , and - an amount of the adhesive layer is between 5 and 20 g/m 2 .
A device suitable for storing and transporting kebab skewers, the device comprising a stand body with a length (L), which has at least one sliding hook at its upper end, by means of which the device can be suspended and is thus movable, and the stand body being configured in such a way that it has at least four struts each at at least two different positions and along its length (L), and thus at least eight struts in total, which run away from the stand body starting from the positions and , wherein the positions and have a distance (A) from each other which corresponds to at least 30% of the length (L), wherein both the at least four struts extend orthogonally to the length (L) of the upright body starting from position of the upright body and the at least four struts extend orthogonally to the length (L) of the upright body starting from position of the upright body , wherein each of the struts has at least one recess element , into which a kebab skewer can be suspended, and/or has at least one fastening means , by means of which a kebab skewer can be fastened. comprising a stand body with a length (L), which has at least one sliding hook at its upper end, by means of which the device can be suspended and is thus movable, and the stand body being configured in such a way that it has at least four struts each at at least two different positions and along its length (L), and thus at least eight struts in total, which run away from the stand body starting from the positions and , wherein the positions and have a distance (A) from each other which corresponds to at least 30% of the length (L), wherein both the at least four struts extend orthogonally to the length (L) of the upright body starting from position of the upright body and the at least four struts extend orthogonally to the length (L) of the upright body starting from position of the upright body , wherein each of the struts has at least one recess element , into which a kebab skewer can be suspended, and/or has at least one fastening means , by means of which a kebab skewer can be fastened. wherein the positions and have a distance (A) from each other which corresponds to at least 30% of the length (L), wherein both the at least four struts extend orthogonally to the length (L) of the upright body starting from position of the upright body and the at least four struts extend orthogonally to the length (L) of the upright body starting from position of the upright body , wherein each of the struts has at least one recess element , into which a kebab skewer can be suspended, and/or has at least one fastening means , by means of which a kebab skewer can be fastened.
An in-room air conditioner adjustment apparatus, comprising: multiple temperature sensors , wherein the multiple temperature sensors are separately disposed on return air vent sides of air conditioners comprised in a room in which the apparatus is located, and are configured to detect a return air temperature on a return air vent side of each air conditioner; and a controller , separately connected to the multiple temperature sensors, and configured to: obtain a return air temperature detected by each temperature sensor and adjust, for each air conditioner, according to a difference between the obtained return air temperature and a temperature threshold, a fan rotational speed of said air conditioner until it is determined that an absolute value of the difference between the return air temperature detected by each temperature sensor and the temperature threshold is less than a first specified value; and when the absolute value of the difference between the return air temperature detected by each temperature sensor and the temperature threshold is less than the first specified value, if it is determined that an absolute value of a difference between fan rotational speeds of any two adjacent air conditioners is greater than a second specified value, adjust a fan rotational speed of the air conditioner whose fan rotational speed is smaller in the two adjacent air conditioners. multiple temperature sensors , wherein the multiple temperature sensors are separately disposed on return air vent sides of air conditioners comprised in a room in which the apparatus is located, and are configured to detect a return air temperature on a return air vent side of each air conditioner; and a controller , separately connected to the multiple temperature sensors, and configured to: obtain a return air temperature detected by each temperature sensor and adjust, for each air conditioner, according to a difference between the obtained return air temperature and a temperature threshold, a fan rotational speed of said air conditioner until it is determined that an absolute value of the difference between the return air temperature detected by each temperature sensor and the temperature threshold is less than a first specified value; and when the absolute value of the difference between the return air temperature detected by each temperature sensor and the temperature threshold is less than the first specified value, if it is determined that an absolute value of a difference between fan rotational speeds of any two adjacent air conditioners is greater than a second specified value, adjust a fan rotational speed of the air conditioner whose fan rotational speed is smaller in the two adjacent air conditioners.
A radio base station comprising: a control section configured to non-orthogonally multiplex downlink signals for a set of a plurality of selected user terminals over a same radio resource, the set of the plurality of selected user terminals belonging to respective groups defined depending on different channel gains; a transmission section configured to transmit the downlink signals with different transmission power (P1, P2, P3, P4) corresponding to the respective groups of different channel gains, where transmission power to each group is allocated on a fixed basis; and a receiving section that is configured to receive information (ST33) regarding a channel gain from each user terminal , wherein the control section is configured to determine a group of the respective groups to which the user terminal belongs according to the channel gain of the user terminal. a control section configured to non-orthogonally multiplex downlink signals for a set of a plurality of selected user terminals over a same radio resource, the set of the plurality of selected user terminals belonging to respective groups defined depending on different channel gains; a transmission section configured to transmit the downlink signals with different transmission power (P1, P2, P3, P4) corresponding to the respective groups of different channel gains, where transmission power to each group is allocated on a fixed basis; and a receiving section that is configured to receive information (ST33) regarding a channel gain from each user terminal , wherein the control section is configured to determine a group of the respective groups to which the user terminal belongs according to the channel gain of the user terminal.
A method for producing a marker element for an implant from a planar or hollow body-shaped semi-finished product consisting of the material of the marker element , comprising the following steps: - cutting out at least one portion from the semi-finished product, in such a way that the portion is connected via at least one web to the rest of the material of the semi-finished product , - whilst the portion is still connected to the semi-finished product via the at least one web : - covering a first surface of the portion and - performing a subsequent plasma electrolytic treatment of at least a second surface of the portion , wherein the at least one second surface is different from the first surface, and the side face of the marker element, which runs transversely to the second surface, wherein a porous layer is formed at least on the second surface of the portion and at least partially on the side face by the plasma electrolytic treatment, and - separating the portion by severing the at least one web , wherein the separated portion of the semi-finished product forms the marker element . - cutting out at least one portion from the semi-finished product, in such a way that the portion is connected via at least one web to the rest of the material of the semi-finished product , - whilst the portion is still connected to the semi-finished product via the at least one web : - covering a first surface of the portion and - performing a subsequent plasma electrolytic treatment of at least a second surface of the portion , wherein the at least one second surface is different from the first surface, and the side face of the marker element, which runs transversely to the second surface, wherein a porous layer is formed at least on the second surface of the portion and at least partially on the side face by the plasma electrolytic treatment, and - covering a first surface of the portion and - performing a subsequent plasma electrolytic treatment of at least a second surface of the portion , wherein the at least one second surface is different from the first surface, and the side face of the marker element, which runs transversely to the second surface, wherein a porous layer is formed at least on the second surface of the portion and at least partially on the side face by the plasma electrolytic treatment, and - separating the portion by severing the at least one web , wherein the separated portion of the semi-finished product forms the marker element .
A hybrid module for a motor vehicle for coupling an internal combustion engine, comprising: - a disconnect clutch with which a torque can be transmitted from the internal combustion engine to the hybrid module and with which the hybrid module can be disconnected from the internal combustion engine, - an electrical machine for generating a drive torque with a rotor , - a torque transmission device , in particular a clutch or dual clutch device with a first partial clutch and a second partial clutch , with which the torque can be transmitted from the electrical machine and/or from the disconnect clutch to a drive train, wherein one of the two devices, disconnect clutch and torque transmission device , is designed as a dry clutch or dry torque transmission device in a dry space and the other device as a wet clutch or wet torque transmission device in a wet space , and wherein the hybrid module has at least one seal for sealing the dry space from the wet space , characterised in that the hybrid module has a rotor carrier which is connected to the rotor in a substantially rotationally fixed manner and an intermediate shaft for transmitting a torque from the internal combustion engine to the rotor carrier , wherein the intermediate shaft is connected to the rotor carrier in a substantially rotationally fixed manner and the hybrid module having a support wall , and the intermediate shaft is rotatably mounted on the support wall by means of an intermediate shaft bearing . - a disconnect clutch with which a torque can be transmitted from the internal combustion engine to the hybrid module and with which the hybrid module can be disconnected from the internal combustion engine, - an electrical machine for generating a drive torque with a rotor , - a torque transmission device , in particular a clutch or dual clutch device with a first partial clutch and a second partial clutch , with which the torque can be transmitted from the electrical machine and/or from the disconnect clutch to a drive train, wherein one of the two devices, disconnect clutch and torque transmission device , is designed as a dry clutch or dry torque transmission device in a dry space and the other device as a wet clutch or wet torque transmission device in a wet space , and wherein the hybrid module has at least one seal for sealing the dry space from the wet space , characterised in that the hybrid module has a rotor carrier which is connected to the rotor in a substantially rotationally fixed manner and an intermediate shaft for transmitting a torque from the internal combustion engine to the rotor carrier , wherein the intermediate shaft is connected to the rotor carrier in a substantially rotationally fixed manner and the hybrid module having a support wall , and the intermediate shaft is rotatably mounted on the support wall by means of an intermediate shaft bearing .
A method in a wireless communication network node , the method comprising: determining that network congestion is occurring; determining whether a service request is a request for an emergency service or a request for a priority service; when it is determined that the service request is not a request for an emergency service and not a request for a priority service, marking headers of internet protocol, IP, packets for the service request with an Explicit Congestion Notification, ECN, Congestion Experienced, CE, indication and when it is determined that the service request is a request for an emergency service or a request for a priority service, not marking headers of internet protocol, IP, packets for the service request with the Explicit Congestion Notification, ECN, Congestion Experienced, CE, indication; transmitting the IP packets to a wireless communication device . determining that network congestion is occurring; determining whether a service request is a request for an emergency service or a request for a priority service; when it is determined that the service request is not a request for an emergency service and not a request for a priority service, marking headers of internet protocol, IP, packets for the service request with an Explicit Congestion Notification, ECN, Congestion Experienced, CE, indication and when it is determined that the service request is a request for an emergency service or a request for a priority service, not marking headers of internet protocol, IP, packets for the service request with the Explicit Congestion Notification, ECN, Congestion Experienced, CE, indication; transmitting the IP packets to a wireless communication device .
A measuring device for measuring reflection in an optical fiber , the device comprising: emitting means connected to the optical fiber and configured to emit light into the optical fiber , measuring means connected to the optical fiber and configured to receive a reflected light from the optical fiber , wherein the measuring means comprises a first photon detector and a second photon detector , the measuring means comprises a beam splitter configured to connect the optical fiber to both the first photon detector and the second photon detector , wherein the operation of the second photon detector and/or the reflected light reaching the second photon detector is controlled based on an output of the first photon detector , an optical delay element , connected between the optical fiber and the second photon detector , wherein the optical delay element introduces a delay (ΔT2) on the reflected light which is equal to, or longer than, a time required by the first photon detector to detect the reflected light. emitting means connected to the optical fiber and configured to emit light into the optical fiber , measuring means connected to the optical fiber and configured to receive a reflected light from the optical fiber , wherein the measuring means comprises a first photon detector and a second photon detector , the measuring means comprises a beam splitter configured to connect the optical fiber to both the first photon detector and the second photon detector , wherein the operation of the second photon detector and/or the reflected light reaching the second photon detector is controlled based on an output of the first photon detector , an optical delay element , connected between the optical fiber and the second photon detector , wherein the optical delay element introduces a delay (ΔT2) on the reflected light which is equal to, or longer than, a time required by the first photon detector to detect the reflected light.