mhurhangee/patent-ind-claim-en huggingface dataset:
Laundry treatment appliance , preferably a tumble dryer or washer-dryer , comprising a housing front side which has a process air opening and a fan opening , the process air opening and the fan opening being separated from one another in width (Y) by a substantially vertical front wall web of the housing front side , the process air opening having a heat exchanger flap which is designed to close the process air opening in the closed state, the fan opening having a fan cover which is designed to close the fan opening in the closed state, and the heat exchanger flap and the fan cover being designed, in the closed state, to form a vertical gap therebetween in width (Y), which gap is arranged in depth (X), as viewed from the front, in front of the front wall web , characterised by a locking holder which is arranged in depth (X) behind the front wall web and designed to hold the heat exchanger flap and/or the fan cover in the closed state while bypassing the front wall web .
A rod-shaped arm component , wherein the arm component is a rod-shaped suspension arm component, wherein at least one underfill part is formed so that a central axis (O) of the arm component coincides with a load line (Y) of the arm component , the central axis (O) of the arm component being a line connecting centroids of cross-sectional shapes with one another in an axial direction of the arm component , the cross-sectional shapes being shapes on cross-sectional planes perpendicular to an axis of the arm component , the load line (Y) of the arm component indicating a line on which a load is imposed in the arm component , characterised in that the underfill part does not reach each end of the rod-shaped arm component.
A method by a mixed reality apparatus for operating a mixed reality session that includes playing immersive content comprising at least one of narrative content or game content, the method comprising: imaging a real scene by activating a camera coupled to a mixed reality output apparatus, and receiving images of the real scene from the camera; determining context parameter data describing a real context of the real scene, based on the imaging; determining a session context based on a current state of the narrative content or game content; selecting , by a selection algorithm, a set of content from multiple content sets in a content library, wherein the selected set of content characterizes a selected one of alternative virtual objects for rendering by the mixed reality output apparatus; and rendering a virtual object in the mixed reality session by the mixed reality output apparatus, based on the set of content and on the data describing a real context; characterized in that : the selection algorithm includes a multi-factor priority ranking of the data describing the real context and the session context based on weighting factors for both the real context and the session context, and selecting the set of content from the content library characterizes the virtual object to be inserted into the mixed reality process further based on at least one of heuristic feedback or random selection of an instance from a class of objects. imaging a real scene by activating a camera coupled to a mixed reality output apparatus, and receiving images of the real scene from the camera; determining context parameter data describing a real context of the real scene, based on the imaging; determining a session context based on a current state of the narrative content or game content; selecting , by a selection algorithm, a set of content from multiple content sets in a content library, wherein the selected set of content characterizes a selected one of alternative virtual objects for rendering by the mixed reality output apparatus; and rendering a virtual object in the mixed reality session by the mixed reality output apparatus, based on the set of content and on the data describing a real context; characterized in that : the selection algorithm includes a multi-factor priority ranking of the data describing the real context and the session context based on weighting factors for both the real context and the session context, and selecting the set of content from the content library characterizes the virtual object to be inserted into the mixed reality process further based on at least one of heuristic feedback or random selection of an instance from a class of objects. the selection algorithm includes a multi-factor priority ranking of the data describing the real context and the session context based on weighting factors for both the real context and the session context, and selecting the set of content from the content library characterizes the virtual object to be inserted into the mixed reality process further based on at least one of heuristic feedback or random selection of an instance from a class of objects.
A network system for connecting devices via a global virtual network, comprising: an endpoint device comprising at least one tunnel manager, wherein each tunnel manager is configured to build new tunnels, a first virtual interface and a further virtual interface; a plurality of access point servers each comprising at least one tunnel listener and a second virtual interface, wherein each tunnel listener is configured to open ports for building tunnels upon; a plurality of communication paths each comprising one or more tunnels, wherein each tunnel connects one tunnel manager and one tunnel listener; wherein the first virtual interface provides the endpoint device a logical point of access to the plurality of communication paths, and wherein the first virtual interface has an associated list of IP addresses corresponding to a first region; wherein the second virtual interface provides the respective access point server a logical point of access to the plurality of communication paths; and a routing module configured to manage routing over the plurality of communication paths between the endpoint device and the plurality of access point servers; wherein the first virtual interface is configured to route traffic having an IP address matching the list of IP addresses down an active tunnel of one of the plurality of communication paths, and to route traffic having an IP address that does not match the list of IP addresses to the further virtual interface. an endpoint device comprising at least one tunnel manager, wherein each tunnel manager is configured to build new tunnels, a first virtual interface and a further virtual interface; a plurality of access point servers each comprising at least one tunnel listener and a second virtual interface, wherein each tunnel listener is configured to open ports for building tunnels upon; a plurality of communication paths each comprising one or more tunnels, wherein each tunnel connects one tunnel manager and one tunnel listener; wherein the first virtual interface provides the endpoint device a logical point of access to the plurality of communication paths, and wherein the first virtual interface has an associated list of IP addresses corresponding to a first region; wherein the second virtual interface provides the respective access point server a logical point of access to the plurality of communication paths; and a routing module configured to manage routing over the plurality of communication paths between the endpoint device and the plurality of access point servers; wherein the first virtual interface is configured to route traffic having an IP address matching the list of IP addresses down an active tunnel of one of the plurality of communication paths, and to route traffic having an IP address that does not match the list of IP addresses to the further virtual interface.
A method comprising: intercepting a first set of instructions from a server computer that define one or more objects and one or more original operations that are based, at least in part, on the one or more objects; transforming the one or more original operations to produce one or more transformed operations; rendering a second set of instructions that define the one or more transformed operations, and include supervisor instructions that define one or more supervisor operations and that when executed, cause intercepting a call to an operation on a remote client computer ; sending the second set of instructions to the remote client computer ; wherein the method is performed by one or more computing devices. intercepting a first set of instructions from a server computer that define one or more objects and one or more original operations that are based, at least in part, on the one or more objects; transforming the one or more original operations to produce one or more transformed operations; rendering a second set of instructions that define the one or more transformed operations, and include supervisor instructions that define one or more supervisor operations and that when executed, cause intercepting a call to an operation on a remote client computer ; sending the second set of instructions to the remote client computer ; wherein the method is performed by one or more computing devices.
A pharmaceutical combination comprising a therapeutically effective amount of Compound A, or a pharmaceutically acceptable salt, ester, and/or solvate thereof; and an immunotherapeutic agent or an anticancer agent; wherein the immunotherapeutic agent or anticancer agent is: (i) an anti-PD-1 antibody, wherein the combination is for use in treating colon cancer or breast cancer; or (ii) an PI3K inhibitor, wherein the combination is for use in treating lymphoma; or (iii) a PARP inhibitor, wherein the combination is for use in treating breast cancer, or colon cancer. (i) an anti-PD-1 antibody, wherein the combination is for use in treating colon cancer or breast cancer; or (ii) an PI3K inhibitor, wherein the combination is for use in treating lymphoma; or (iii) a PARP inhibitor, wherein the combination is for use in treating breast cancer, or colon cancer.
A cascade refrigerating system comprising: a low temperature side refrigerating cycle in which a low temperature side compressor , a cascade heat exchanger , a low temperature side expansion valve and a low temperature side heat exchanger are connected by low temperature side refrigerant piping; a high temperature side refrigerating cycle in which a high temperature side compressor , a heat exchanger for exchanging heat between high temperature side refrigerant and refrigerated medium , a high temperature side expansion valve and the cascade heat exchanger are connected by high temperature side refrigerant piping wherein the high temperature side refrigerating cycle is thermally connected with the low temperature side refrigerating cycle via the cascade heat exchanger ; and a control system ; characterized in that the control system is configured to start the low temperature side compressor when the cascade refrigerating system is started, and - to subsequently start the high temperature side compressor , on the condition that the temperature of the cascade heat exchanger has reached a prescribed temperature; or - to start the high temperature side compressor on the condition that a prescribed length of time has passed since the start of the low temperature side compressor , even if the temperature of the cascade heat exchanger has not reached the prescribed temperature. a low temperature side refrigerating cycle in which a low temperature side compressor , a cascade heat exchanger , a low temperature side expansion valve and a low temperature side heat exchanger are connected by low temperature side refrigerant piping; a high temperature side refrigerating cycle in which a high temperature side compressor , a heat exchanger for exchanging heat between high temperature side refrigerant and refrigerated medium , a high temperature side expansion valve and the cascade heat exchanger are connected by high temperature side refrigerant piping wherein the high temperature side refrigerating cycle is thermally connected with the low temperature side refrigerating cycle via the cascade heat exchanger ; and a control system ; characterized in that the control system is configured to start the low temperature side compressor when the cascade refrigerating system is started, and - to subsequently start the high temperature side compressor , on the condition that the temperature of the cascade heat exchanger has reached a prescribed temperature; or - to start the high temperature side compressor on the condition that a prescribed length of time has passed since the start of the low temperature side compressor , even if the temperature of the cascade heat exchanger has not reached the prescribed temperature. - to subsequently start the high temperature side compressor , on the condition that the temperature of the cascade heat exchanger has reached a prescribed temperature; or - to start the high temperature side compressor on the condition that a prescribed length of time has passed since the start of the low temperature side compressor , even if the temperature of the cascade heat exchanger has not reached the prescribed temperature.
Household appliance, in particular household refrigeration appliance , with a housing and with an appliance component , which is arranged on the housing and is separate from the housing , and which can be moved relative to the housing , wherein the appliance component has a front wall , which has a front side surface and a strip surface which is inclined thereto, and with a separate functional component , which is arranged on the strip surface and has a display and/or operating unit, wherein the front side surface and the strip surface are arranged to overlap one another only in sections when observed in a projected image of the surfaces, wherein the overlapping forms a rear engaging cavity as a handle between a front side of the strip surface and a rear side of the front side surface , and wherein the strip surface is arranged at an angle (a) between 30° and 85° with respect to the front side surface , wherein the appliance component is a door , characterised in that the household appliance has a second strip surface which faces the strip surface , wherein a second functional component is arranged on the second strip surface, wherein the functional component has the display and/or control unit and the second functional component has a decorative element.
A method comprising: receiving (S358), by a user device , an encrypted message from a back-end server computer , the encrypted message being a message encrypted by the back-end server computer with a master secret key or a key derived from the master secret key; signing (S362), by the user device, using a secure element , the encrypted message with a secure element private key to obtain a signed encrypted message; cryptographically recovering (S366), by the user device, using a whitebox , a secure element public key from a certified key using a back-end server computer public key, the certified key being certified by the back-end server computer and based on at least the secure element public key, and wherein the whitebox also stores the master secret key or the key derived from the master secret key; cryptographically recovering (S368), by the user device, using the whitebox, the encrypted message from the signed encrypted message using the secure element public key; and decrypting (S370), by the user device, using the whitebox, the encrypted message using the master secret key or the key derived from the master secret key in the whitebox to obtain the message. receiving (S358), by a user device , an encrypted message from a back-end server computer , the encrypted message being a message encrypted by the back-end server computer with a master secret key or a key derived from the master secret key; signing (S362), by the user device, using a secure element , the encrypted message with a secure element private key to obtain a signed encrypted message; cryptographically recovering (S366), by the user device, using a whitebox , a secure element public key from a certified key using a back-end server computer public key, the certified key being certified by the back-end server computer and based on at least the secure element public key, and wherein the whitebox also stores the master secret key or the key derived from the master secret key; cryptographically recovering (S368), by the user device, using the whitebox, the encrypted message from the signed encrypted message using the secure element public key; and decrypting (S370), by the user device, using the whitebox, the encrypted message using the master secret key or the key derived from the master secret key in the whitebox to obtain the message.
A method for controlling a hydraulic system of a working machine , the hydraulic system comprising a hydraulic machine for providing hydraulic fluid to one or more actuators of the working machine, the method comprising: receiving a signal requesting a pump pressure from the hydraulic machine based on the load pressure of a first actuator of said one or more actuators which first actuator has the highest load pressure of said one or more actuators, characterized by discriminating the pressure request from the first actuator provided that the first actuator is stalled due to overload or geometrical limitations, and provided that the load pressure of the first actuator is above a maximal pump pressure due to a propulsion force of the working machine or due to a force from another of said one or more actuators, and controlling the hydraulic machine to provide a pump pressure based on the load pressure of a second actuator of said one or more actuators which second actuator is in operation and has the second highest load pressure of said one or more actuators, or, if no actuator in addition to the first actuator is present and in operation, controlling the hydraulic machine to provide a predetermined idle pump pressure. receiving a signal requesting a pump pressure from the hydraulic machine based on the load pressure of a first actuator of said one or more actuators which first actuator has the highest load pressure of said one or more actuators, characterized by discriminating the pressure request from the first actuator provided that the first actuator is stalled due to overload or geometrical limitations, and provided that the load pressure of the first actuator is above a maximal pump pressure due to a propulsion force of the working machine or due to a force from another of said one or more actuators, and controlling the hydraulic machine to provide a pump pressure based on the load pressure of a second actuator of said one or more actuators which second actuator is in operation and has the second highest load pressure of said one or more actuators, or, if no actuator in addition to the first actuator is present and in operation, controlling the hydraulic machine to provide a predetermined idle pump pressure.
Pesticidal mixtures comprising, as active components, 1) 4-[5-(3,5-dichloro-4-fluoro-phenyl)-5-(trifluoromethyl)-4H-isoxazol-3-yl]-N-[ -2-ethyl-3-oxo-isoxazolidin-4-yl]-2-methyl-benzamide as compound I; and 2) one fungicidal compound II, wherein compound II is selected from the group consisting of pydiflumetofen, picarbutrazox, oxathiapiproline. 1) 4-[5-(3,5-dichloro-4-fluoro-phenyl)-5-(trifluoromethyl)-4H-isoxazol-3-yl]-N-[ -2-ethyl-3-oxo-isoxazolidin-4-yl]-2-methyl-benzamide as compound I; and 2) one fungicidal compound II, wherein compound II is selected from the group consisting of pydiflumetofen, picarbutrazox, oxathiapiproline.
A structure of a vehicle cabin, the structure comprising: a vehicle seat arranged inside the vehicle cabin and above electronic equipment ; a first panel unit composing a part of a floor panel , arranged to overlap the electronic equipment when viewed from a vehicle-height direction, and supporting the electronic equipment from a vehicle lower side directly or via a member, the floor panel separating an inside of the vehicle cabin from an outside of the vehicle cabin and composing a lower part of the vehicle cabin; a second panel unit composing a part of the floor panel and arranged in front of the electronic equipment in a vehicle front-rear direction to overlap the electronic equipment when viewed from the vehicle front-rear direction; an extending wall composing a part of the floor panel and extending from a periphery on the vehicle rear side of the first panel unit to the vehicle lower side. a vehicle seat arranged inside the vehicle cabin and above electronic equipment ; a first panel unit composing a part of a floor panel , arranged to overlap the electronic equipment when viewed from a vehicle-height direction, and supporting the electronic equipment from a vehicle lower side directly or via a member, the floor panel separating an inside of the vehicle cabin from an outside of the vehicle cabin and composing a lower part of the vehicle cabin; a second panel unit composing a part of the floor panel and arranged in front of the electronic equipment in a vehicle front-rear direction to overlap the electronic equipment when viewed from the vehicle front-rear direction; an extending wall composing a part of the floor panel and extending from a periphery on the vehicle rear side of the first panel unit to the vehicle lower side.
A transmission having a housing , having an input shaft for coupling in a mechanical power and having an output shaft for decoupling the mechanical power, wherein the rotational speed of the output shaft is variable with respect to the rotational speed of the input shaft in shifting stages and under load, and having a plurality of components having two planetary stages and comprising a sun gear (13, a planetary spider , and an annulus gear , and wherein - a power split is provided that is configured to split the couplable mechanical power to at least two different components of the planetary stages : - wherein shift elements are set up such that, as part of the power split , the input shaft can be selectively brought into engagement with the at least two different components of the planetary stages by means of the shift elements ; wherein a first planetary stage and a second planetary stage are set up, with the annulus gear of the first planetary stage and the sun gear of the second planetary stage being rotationally fixedly connected to one another and forming an intermediate element ; wherein - the first planetary stage and the second planetary stage are set up as lying in one another; and - the planetary spider of the first planetary stage is connected to the input shaft by means of a first coupling , in particular a shift pawl, characterized in that - the sun gear of the first planetary stage is connected to the input shaft by means of a freewheel clutch ; and - the annulus gear of the second planetary stage is connected to the input shaft by means of a second coupling , in particular a shift pawl. - a power split is provided that is configured to split the couplable mechanical power to at least two different components of the planetary stages : - wherein shift elements are set up such that, as part of the power split , the input shaft can be selectively brought into engagement with the at least two different components of the planetary stages by means of the shift elements ; wherein a first planetary stage and a second planetary stage are set up, with the annulus gear of the first planetary stage and the sun gear of the second planetary stage being rotationally fixedly connected to one another and forming an intermediate element ; wherein - the first planetary stage and the second planetary stage are set up as lying in one another; and - the planetary spider of the first planetary stage is connected to the input shaft by means of a first coupling , in particular a shift pawl, - the sun gear of the first planetary stage is connected to the input shaft by means of a freewheel clutch ; and - the annulus gear of the second planetary stage is connected to the input shaft by means of a second coupling , in particular a shift pawl.