mhurhangee/patent-ind-claim-en huggingface dataset:
An axle assembly, comprising: a first axle shaft ; an axle housing having a first housing component that includes a first space (S1) in which at least part of the first axle shaft is disposed, a central housing component that includes a central space (S3) including a first central space (S3a) and a third central space (S3c), a first outer bearing and a first inner bearing which are disposed in the first housing component and rotatably support the first axle shaft ; a first brake device being disposed in the first central space (S3a); a flange that is adjacent to the first space (S1) and includes a communicating hole ; wherein the first central space (S3a) is connected to the first space (S1) through the communicating hole of the flange ; a first inlet port disposed below an axis (Ax1) of the first axle shaft in the third central space (S3c); a first outlet port disposed in the first space (S1); and a first oil passage that extends from the first inlet port to the first outlet port , characterized in that the flange is disposed between the first space (S1) and the central space (S3) and protrudes from the inner face of the first housing component ; wherein the first space (S1) is located between the first outer bearing and the first inner bearing ; wherein the first inner bearing is located between the first space (S1) and the central space (S3) and is attached to the flange . a first axle shaft ; an axle housing having a first housing component that includes a first space (S1) in which at least part of the first axle shaft is disposed, a central housing component that includes a central space (S3) including a first central space (S3a) and a third central space (S3c), a first outer bearing and a first inner bearing which are disposed in the first housing component and rotatably support the first axle shaft ; a first brake device being disposed in the first central space (S3a); a flange that is adjacent to the first space (S1) and includes a communicating hole ; wherein the first central space (S3a) is connected to the first space (S1) through the communicating hole of the flange ; a first inlet port disposed below an axis (Ax1) of the first axle shaft in the third central space (S3c); a first outlet port disposed in the first space (S1); and a first oil passage that extends from the first inlet port to the first outlet port , characterized in that the flange is disposed between the first space (S1) and the central space (S3) and protrudes from the inner face of the first housing component ; wherein the first space (S1) is located between the first outer bearing and the first inner bearing ; wherein the first inner bearing is located between the first space (S1) and the central space (S3) and is attached to the flange .
A method for an interface element communicating between a Virtual Network Function pool and a control entity , the Virtual Network Function pool comprising a plurality of Virtual Network Function instances which include at least a first Virtual Network Function instance and a second Virtual Network Function instance, the plurality of Virtual Network Function instances registered with a Virtual Network Function pool registrar communicatively connected to the interface element , the Virtual Network Function pool registrar providing a handle to one of the Virtual Network Function instances to a pool user , the control entity controlling the Virtual Network Function instances of the Virtual Network Function pool by sending control messages, the interface element to assist in replicating a state of the first Virtual Network Function instance at least on the second Virtual Network Function instance, the method comprising steps of: - the interface element obtaining the control message from the control entity to the first Virtual Network Function instance, wherein the control message defines the state of the first Virtual Network Function instance; - the interface element providing the control message, or a derivation thereof, at least to the first Virtual Network Function instance and to the second Virtual Network Function instance; and - the interface element providing an acknowledgement of the control message to the control entity when the interface element has an acknowledgement of the control message or of the derivation thereof provided to the first Virtual Network Function instance and an acknowledgement of the control message or of the derivation thereof provided to the second Virtual Network Function instance. - the interface element obtaining the control message from the control entity to the first Virtual Network Function instance, wherein the control message defines the state of the first Virtual Network Function instance; - the interface element providing the control message, or a derivation thereof, at least to the first Virtual Network Function instance and to the second Virtual Network Function instance; and - the interface element providing an acknowledgement of the control message to the control entity when the interface element has an acknowledgement of the control message or of the derivation thereof provided to the first Virtual Network Function instance and an acknowledgement of the control message or of the derivation thereof provided to the second Virtual Network Function instance.
A communication method, comprising: receiving (S201), by a second device, a first and second priority from a first device, wherein the first priority is used for the second device in selecting a resource for sidelink transmission of the first device, the first priority is carried in sidelink control information, SCI, on a physical sidelink shared channel, PSSCH, and/or a medium access control control element, MAC CE, and the second priority indicates a priority of the PSSCH, the second priority is carried in SCI on a physical sidelink control channel, PSCCH; and selecting (S202), by the second device based on the first priority, a resource for sidelink transmission of the first device. receiving (S201), by a second device, a first and second priority from a first device, wherein the first priority is used for the second device in selecting a resource for sidelink transmission of the first device, the first priority is carried in sidelink control information, SCI, on a physical sidelink shared channel, PSSCH, and/or a medium access control control element, MAC CE, and the second priority indicates a priority of the PSSCH, the second priority is carried in SCI on a physical sidelink control channel, PSCCH; and selecting (S202), by the second device based on the first priority, a resource for sidelink transmission of the first device.
A mobile terminal comprising: a flexible display panel including a first region , a second region , and a third region arranged between the first region and the second region ; a first body configured to support the first region ; a second body configured to support the second region ; and a hinge module configured to support the third region , wherein the first body and the second body are rotatably connected to the hinge module , wherein the hinge module comprises: a hinge body including a first shaft and a second shaft on both sides thereof; a first hinge connector pivoting on the first shaft and connected to the first body ; and a second hinge connector pivoting on the second shaft and connected to the second body , wherein: the first body comprises a first rack to be engaged with a first pinion provided to the first hinge connector , wherein a position of the first shaft to the first body varies according to a rotation of the first pinion on the first shaft ; and the second body comprises a second rack to be engaged with a second pinion provided to the second hinge connector , wherein a position of the second shaft to the second body varies according to a rotation of the second pinion on the second shaft . a flexible display panel including a first region , a second region , and a third region arranged between the first region and the second region ; a first body configured to support the first region ; a second body configured to support the second region ; and a hinge module configured to support the third region , wherein the first body and the second body are rotatably connected to the hinge module , wherein the hinge module comprises: a hinge body including a first shaft and a second shaft on both sides thereof; a first hinge connector pivoting on the first shaft and connected to the first body ; and a second hinge connector pivoting on the second shaft and connected to the second body , wherein: the first body comprises a first rack to be engaged with a first pinion provided to the first hinge connector , wherein a position of the first shaft to the first body varies according to a rotation of the first pinion on the first shaft ; and the second body comprises a second rack to be engaged with a second pinion provided to the second hinge connector , wherein a position of the second shaft to the second body varies according to a rotation of the second pinion on the second shaft . a hinge body including a first shaft and a second shaft on both sides thereof; a first hinge connector pivoting on the first shaft and connected to the first body ; and a second hinge connector pivoting on the second shaft and connected to the second body , wherein: the first body comprises a first rack to be engaged with a first pinion provided to the first hinge connector , wherein a position of the first shaft to the first body varies according to a rotation of the first pinion on the first shaft ; and the second body comprises a second rack to be engaged with a second pinion provided to the second hinge connector , wherein a position of the second shaft to the second body varies according to a rotation of the second pinion on the second shaft .
Single-portion pack for producing a beverage from a beverage concentrate, comprising a closable concentrate container for holding the beverage concentrate, wherein the single-portion pack has an extraction and mixing device comprising: an extraction means for extracting the beverage concentrate from the concentrate container , a mixing chamber for preparing the beverage from the beverage concentrate extracted from the concentrate container and a mixing liquid able to be supplied, an inlet for the mixing liquid into the mixing chamber , and an outlet for the beverage from the mixing chamber , wherein the extraction means comprises at least one piercing part for piercing the concentrate container , characterized in that the at least one piercing part has an air channel by way of which air is able to be introduced into the concentrate container in order to force the beverage concentrate from the concentrate container .
Motor vehicle comprising a loading space , a passenger compartment in which is disposed a driver seat and a passenger seat , and a separation device , the separation device comprising a frame , a partition that is able to move with respect to the frame, and a flap that is able to move with respect to the partition, the frame being intended to be fastened to a bodyshell of a vehicle, the separation device being able to move between a first configuration (C1) and a second configuration (C2), characterized in that the partition and the flap extend side by side and parallel to a first plane (P1) when the separation device is in its first configuration, said first plane being intended to be oriented perpendicular to a longitudinal axis (X) of the vehicle so as to separate the passenger compartment from the loading space, the partition extending parallel to a second plane (P2) when the separation device is in its second configuration, said second plane being intended to extend perpendicular to a transverse axis (Y) of the vehicle and along a lateral side of the driver seat so as to cause at least a part of the passenger compartment to communicate with the loading space, the flap being stowed so as to clear a field of view of a driver when the separation device is in its second configuration. characterized in that the partition and the flap extend side by side and parallel to a first plane (P1) when the separation device is in its first configuration, said first plane being intended to be oriented perpendicular to a longitudinal axis (X) of the vehicle so as to separate the passenger compartment from the loading space, the partition extending parallel to a second plane (P2) when the separation device is in its second configuration, said second plane being intended to extend perpendicular to a transverse axis (Y) of the vehicle and along a lateral side of the driver seat so as to cause at least a part of the passenger compartment to communicate with the loading space, the flap being stowed so as to clear a field of view of a driver when the separation device is in its second configuration.
An electrically conductive multilayer film comprising a non-conductive base layer and a transparent layer comprising transparent conductor material provided on the non-conductive base layer, wherein the transparent layer comprising transparent conductor material is at least partly covered with transparent dielectric material forming a coating layer on the transparent layer comprising transparent conductor material such that the transparent layer comprising transparent conductor material is situated between the coating layer and the non-conductive base layer , and wherein the transparent conductor material comprises or consists of a conductive high aspect ratio molecular structure (HARMS) network, wherein the conductive HARM network comprises carbon nanostructures, and the transparent dielectric material comprises or consists of a polymer, wherein the polymer is selected from a group consisting of polyvinylidene chloride (PVDC); a copoplymer, wherein one of the monomers is vinylidene chloride; poly(methyl methacrylate) (PMMA); and any combination thereof, and wherein the thickness of the coating layer is 50 - 150 nm in order to enable processing of the transparent layer comprising transparent conductor material through the coating layer .
Method for operating a fuel cell device , wherein the fuel cell device is operated in accordance with a quality characteristic of a fuel which is used, characterized in that the quality characteristic corresponds to a number of potentially releasable electrons per molecule of the fuel which is used, in particular to an electron configuration ( K e - ) which is determined from a partial analysis of the constituents of the fuel which is used.
A method of controlling gas generation, the method comprising the steps of: a. providing a liquid electrically controlled gas generator composition comprising: i. oxidizer at 65-79 percent by weight; ii. soluble fuel additive at 15-30 percent by weight; and iii. a stabilizer and sequestrant at 0.1-1.0 percent by weight; b. providing an electrode in contact with said gas generator composition; and c. applying an electrical voltage to said gas generator composition via said electrode; wherein the fuel additive is selected from the group consisting of cyclic saccharides, complex sugars/polysaccharides and polyhydroxyl compounds soluble in liquid HAN oxidizer matrix. a. providing a liquid electrically controlled gas generator composition comprising: i. oxidizer at 65-79 percent by weight; ii. soluble fuel additive at 15-30 percent by weight; and iii. a stabilizer and sequestrant at 0.1-1.0 percent by weight; i. oxidizer at 65-79 percent by weight; ii. soluble fuel additive at 15-30 percent by weight; and iii. a stabilizer and sequestrant at 0.1-1.0 percent by weight; b. providing an electrode in contact with said gas generator composition; and c. applying an electrical voltage to said gas generator composition via said electrode;
A user interface system for a printing system for displaying on a window digital dynamic status information tiles (201-203, 301-303), each digital dynamic status information tile comprising information of a live status of a functional object related to the printing system and at least one user notification of the functional object, having a navigation option to a digital user representation of the functional object, and being configured to be pinned to a digital task bar on the window, wherein the sequence order of the dynamic status information tiles on the digital task bar dynamically depends on a priority criterion for the live status and/or the at least one notification of the dynamic status information tiles, wherein the priority criterion comprises a relative position of an operator to the printing system and the relative position of the operator is taking into account with respect to the sequence order of the dynamic status information tiles; and wherein the functional object is one out of a printing system, a print job submitted to the printing system, a print job planner installed on the controller of the printing system, a maintenance planner installed on the controller of the printing system, a status monitor for supplies residing in the printing system, a production overview from an output management system on a dedicated server of the printing system, an order management system on a dedicated server, a customer communication system on a dedicated server, and a print job editing system running on a desktop of the printing system or on the controller of the printing system. wherein the sequence order of the dynamic status information tiles on the digital task bar dynamically depends on a priority criterion for the live status and/or the at least one notification of the dynamic status information tiles, wherein the priority criterion comprises a relative position of an operator to the printing system and the relative position of the operator is taking into account with respect to the sequence order of the dynamic status information tiles; and wherein the functional object is one out of a printing system, a print job submitted to the printing system, a print job planner installed on the controller of the printing system, a maintenance planner installed on the controller of the printing system, a status monitor for supplies residing in the printing system, a production overview from an output management system on a dedicated server of the printing system, an order management system on a dedicated server, a customer communication system on a dedicated server, and a print job editing system running on a desktop of the printing system or on the controller of the printing system.
A method of displaying an ultrasound image, the method comprising: generating a Doppler image from Doppler data regarding a target body; acquiring a guideline wherein the acquiring of the guideline comprises acquiring the guideline by using an automatic detection algorithm stored in advance for detecting the guideline on the Doppler image ; displaying the guideline on the Doppler image ; determining a moving direction of the target body based on the Doppler data and the guideline ; and displaying at least one first marker indicating the moving direction in the Doppler image , wherein the acquiring the guideline comprises detecting at least one region based on whether spatially connected components in the Doppler image include Doppler data, with respect to a pixel or a pixel group of a predetermined size; and acquiring the guideline based on the at least one region using a skeletonization algorithm. generating a Doppler image from Doppler data regarding a target body; acquiring a guideline wherein the acquiring of the guideline comprises acquiring the guideline by using an automatic detection algorithm stored in advance for detecting the guideline on the Doppler image ; displaying the guideline on the Doppler image ; determining a moving direction of the target body based on the Doppler data and the guideline ; and displaying at least one first marker indicating the moving direction in the Doppler image , wherein the acquiring the guideline comprises detecting at least one region based on whether spatially connected components in the Doppler image include Doppler data, with respect to a pixel or a pixel group of a predetermined size; and acquiring the guideline based on the at least one region using a skeletonization algorithm.
Method for observing the presence, location, movement and/or attitude of one or more objects to be monitored with a monitoring system, the system comprises at least one sensor , measuring electronics and a processor configured to process the sensor data, wherein the at least one sensor of the system is disposed on a floor, wall and/or ceiling of the area to be monitored and the system measures with a sensor or with sensors the area to be monitored, and determines the presence, location, movement and/or attitude of the object on the basis of the measurement results of the sensor or sensors , characterized in that the system has a first mode and a second mode, and the system checks in the first mode the attitude and/or state of health of the object in the area to be monitored and the system functions in the second mode as an intruder alarm monitoring the area to be monitored, and wherein the system uses the same sensor in both the first mode for checking the attitude and/or state of health of the object in the area to be monitored and also in the second mode as an intruder alarm for monitoring the area to be monitored, and wherein the sensor comprises two motion detectors and is adapted to measure two sectors that are at different heights, corresponding to a top part and a bottom part of the area to be monitored , wherein the system operating in a first mode monitors the following alarm conditions: item 1. if movement is detected in the top part of the area to be monitored go to item 2., item 2. if movement is detected only in the bottom part of the area to be monitored go to tem 3., item 3. wait for a predetermined time period, if movement is detected in the top part of the area to be monitored go to item 1, else item 4. give a fall alarm and go to item 1, and wherein operating in the second mode the system performs intruder alarm procedures when it detects with the sensor an object in the area to be monitored, wherein the motion detectors of the sensors are passive infrared sensors (PIR), ultrasound sensors, microwave sensors or combination sensors, such as a combination of a passive infrared sensor and a microwave sensor or a combination of two passive infrared sensors. item 1. if movement is detected in the top part of the area to be monitored go to item 2., item 2. if movement is detected only in the bottom part of the area to be monitored go to tem 3., item 3. wait for a predetermined time period, if movement is detected in the top part of the area to be monitored go to item 1, else item 4. give a fall alarm and go to item 1, and