mhurhangee/ep-ind-claims huggingface dataset:
Shower device, comprising - an adjustable housing, - a changeover device for changing over the water flow in the shower housing between at least two different options, the changeover device being designed to change over between two shower jet outlets (6, 9) from the shower housing arranged at different positions of the shower housing, - at least one actuating element (10, 11) for the changeover device, which is arranged on/in the shower housing and is movable with respect to the shower housing and has an actuating direction, which coincides with an adjusting direction of the shower housing, and - a joint by which the shower housing with the actuating element (10, 11) arranged on/in the same is adjustable, characterized in that - the two different positions of the shower housing are located at an underside of the shower housing on the one hand and at a face side of the shower housing on the other hand, and/or - at least one actuating element is formed as a push button at an underside of the shower housing, said underside comprising a jet disk. - an adjustable housing, - a changeover device for changing over the water flow in the shower housing between at least two different options, the changeover device being designed to change over between two shower jet outlets (6, 9) from the shower housing arranged at different positions of the shower housing, - at least one actuating element (10, 11) for the changeover device, which is arranged on/in the shower housing and is movable with respect to the shower housing and has an actuating direction, which coincides with an adjusting direction of the shower housing, and - a joint by which the shower housing with the actuating element (10, 11) arranged on/in the same is adjustable, - the two different positions of the shower housing are located at an underside of the shower housing on the one hand and at a face side of the shower housing on the other hand, and/or - at least one actuating element is formed as a push button at an underside of the shower housing, said underside comprising a jet disk.
A low medicament sensor (101, 201) for a medicament delivery device having a reservoir, a pump, and a fluid path (110, 210) therebetween for medicament, the low medicament sensor comprising: a switch (102, 202); characterized in that the low medicament sensor further comprises: a bi-stable snap dome (100, 200) configured to: initially be in contact with the switch; be in fluid communication with the fluid path (110, 210); and snap from a first stable position to a second stable position out of contact with the switch when a pressure within the snap dome decreases below a predetermined pressure. initially be in contact with the switch; be in fluid communication with the fluid path (110, 210); and snap from a first stable position to a second stable position out of contact with the switch when a pressure within the snap dome decreases below a predetermined pressure.
An implantable electrode array for use with a tissue stimulation device having a flexible carrier having a medial side; a multiplicity of in-line electrodes having an exposed surface area only on the medial side of the flexible carrier, the electrodes having an embedded portion behind the exposed contact surface area that extends into the flexible carrier; and a multiplicity of wires (202,203) embedded within the flexible carrier, at least one wire of the multiplicity of wires being electrically and physically connected to a respective in-line electrode, and each wire of the multiplicity of wires not electrically connected to an in-line electrode being engaged by the embedded portion of the in-line electrode it passes by; wherein the electrode array is more flexible in a medial direction than in a direction lateral to the medial direction, where the medial direction comprises the direction faced by the exposed contact surface area of the in-line electrodes; characterized by: each in-line electrode comprising first and second metallic strips (210, 220) formed in a "T" shape, wherein a leg of the "T" is folded back over itself and holds at least one of the multiplicity of wires therebetween, the at least one wire being electrically bonded to the folded T leg, and wherein sides of the "T" are folded upwardly into the flexible carrier; and wherein the multiplicity of wires not electrically connected to an in-line electrode pass over the folded up sides of the "T". each in-line electrode comprising first and second metallic strips (210, 220) formed in a "T" shape, wherein a leg of the "T" is folded back over itself and holds at least one of the multiplicity of wires therebetween, the at least one wire being electrically bonded to the folded T leg, and wherein sides of the "T" are folded upwardly into the flexible carrier; and
Method for establishing a secure communication between a client and a server as communication partners via an unsecured data link for the transmission of data, comprising the following steps: - generating a first key base ( Sb c) in the client and a second key base ( Sb s) in the server, wherein the first key base ( Sb c) comprises a client base key ( k DH 1) and a key verifier ( k 2), and the second key base ( Sb s) comprises a server base key ( k DH 2) and a key verifier ( k 1), wherein the key verifier ( k 1) is based on the client base key ( k DH 1), and the key verifier ( k 2) is based on the server base key ( k DH 2); - generating a session key ( k Sitzung), wherein the client and the server generate the same session key ( k Sitzung), and each session key (k Sitzung) is generated by means of the respective key base ( Sb c and/or Sb s), - encrypting all data to be transmitted in a transmitter with the generated session key ( k Sitzung) prior to transmission, - receiving and decrypting the received data with the generated session key ( k Sitzung) in a receiver, wherein the transmitter and the receiver may each be the client or the server, wherein - during generation of the key base ( Sb c and/or Sb s) and during generation of the session key ( k Sitzung) an authentication takes place by means of which one communication partner can verify the authenticity of the respective other communication partner, and - none of the communication partners can authenticate itself as the other communication partner. - generating a first key base ( Sb c) in the client and a second key base ( Sb s) in the server, wherein the first key base ( Sb c) comprises a client base key ( k DH 1) and a key verifier ( k 2), and the second key base ( Sb s) comprises a server base key ( k DH 2) and a key verifier ( k 1), wherein the key verifier ( k 1) is based on the client base key ( k DH 1), and the key verifier ( k 2) is based on the server base key ( k DH 2); - generating a session key ( k Sitzung), wherein the client and the server generate the same session key ( k Sitzung), and each session key (k Sitzung) is generated by means of the respective key base ( Sb c and/or Sb s), - encrypting all data to be transmitted in a transmitter with the generated session key ( k Sitzung) prior to transmission, - receiving and decrypting the received data with the generated session key ( k Sitzung) in a receiver, wherein the transmitter and the receiver may each be the client or the server, - during generation of the key base ( Sb c and/or Sb s) and during generation of the session key ( k Sitzung) an authentication takes place by means of which one communication partner can verify the authenticity of the respective other communication partner, and - none of the communication partners can authenticate itself as the other communication partner.
A mobile communications terminal, comprising control means configured to perform control for switching between an active state of an application program, a non-active state of the application program, and a rest state of the application program; wherein in the active state of the application program, the application program is executed and permitted to process data inputted by a key and a native application program that is adapted to control a communication function of the mobile communication terminal is not permitted to process the data inputted by the key; in the non-active state of the application program, the application program is executed and not permitted to process data inputted by the key and the native application program adapted to control the communication function of the mobile communication terminal is permitted to process the data inputted by the key; and in the rest state of the application program, the application program is halted and not permitted to process data inputted by the key and the native application program adapted to control the communication function of the mobile communication terminal is permitted to process the data inputted by the key.
A system for measuring a plurality of aspects of visual function, the system comprising a handheld computing device arranged and configured to: present at least one optotype to a user on a background within a gamified environment, the optotype having at least one characteristic selected to facilitate the measurement of resolution acuity and at least one other aspect of visual function; and detect the user's response to the optotypes to provide a measurement of resolution acuity and at least one other aspect of visual function; wherein the at least one optotype comprises one or more vanishing optotypes, wherein the system is arranged and configured to repeatedly present the one or more vanishing optotypes to the user, and the position and at least one other characteristic of each optotype is altered upon each presentation to determine a threshold for the user's visual function, wherein below the threshold the one or more vanishing optotypes are configured to fade into the background as they are beyond the resolving power of the user's eye, wherein the one or more vanishing optotypes are intermingled with optotypes that are assumed to be above the user's threshold. present at least one optotype to a user on a background within a gamified environment, the optotype having at least one characteristic selected to facilitate the measurement of resolution acuity and at least one other aspect of visual function; and detect the user's response to the optotypes to provide a measurement of resolution acuity and at least one other aspect of visual function; wherein the at least one optotype comprises one or more vanishing optotypes, wherein the system is arranged and configured to repeatedly present the one or more vanishing optotypes to the user, and the position and at least one other characteristic of each optotype is altered upon each presentation to determine a threshold for the user's visual function, wherein below the threshold the one or more vanishing optotypes are configured to fade into the background as they are beyond the resolving power of the user's eye, wherein the one or more vanishing optotypes are intermingled with optotypes that are assumed to be above the user's threshold.
Stator assembly comprising a housing and a stator which are concentric, the stator being mounted radially inside the housing, the stator assembly comprising fastening elements mounted between a radial inner surface of the housing and a radial outer surface of the stator and which exert a radial fastening force on the housing and the stator, wherein: - the inner radial surface of the housing and the outer radial surface of the stator comprise respective recesses (30a, 50a) for receiving the fastening elements, - the fastening elements have a global cylindrical shape defining an outer cylindrical surface of a diameter which is superior to a maximal distance extending between the recesses of the inner radial surface of the housing and the recesses of the outer radial surface of the stator, - the fastening elements have a flat longitudinal surface which truncates their outer cylindrical surface, characterised in that - the fastening elements are adapted to be rotated around their longitudinal axis between a first position, in which the flat longitudinal surface faces the recess of the housing so that the fastening elements can be inserted between the housing and the stator, and a second position, in which the flat longitudinal surface faces the recess of the stator while a portion of the outer cylindrical surface is in contact with the recess of the housing so that the radial force is exerted. - the inner radial surface of the housing and the outer radial surface of the stator comprise respective recesses (30a, 50a) for receiving the fastening elements, - the fastening elements have a global cylindrical shape defining an outer cylindrical surface of a diameter which is superior to a maximal distance extending between the recesses of the inner radial surface of the housing and the recesses of the outer radial surface of the stator, - the fastening elements have a flat longitudinal surface which truncates their outer cylindrical surface, - the fastening elements are adapted to be rotated around their longitudinal axis between a first position, in which the flat longitudinal surface faces the recess of the housing so that the fastening elements can be inserted between the housing and the stator, and a second position, in which the flat longitudinal surface faces the recess of the stator while a portion of the outer cylindrical surface is in contact with the recess of the housing so that the radial force is exerted.
A method for a remote control center and for operating a vehicle from remote, the method comprising: obtaining information on a predicted quality of service, pQoS, of a communication link between the remote control center and the remotely operated vehicle; providing at least one driving command to the vehicle via the communication link; and adapting a range of the at least one driving command based on the information on the pQoS, wherein the information on the pQoS indicates an interval for which the pQoS of the communication link falls short of a predefined level, and wherein adapting the range of the driving command comprises adapting the range of the driving command based on the interval to maneuver the vehicle throughout the interval based on the driving command, wherein the method further comprises: obtaining, based on the information on the pQoS, information on a traffic situation in the interval; and adapting the driving command based on the information on the traffic situation. obtaining information on a predicted quality of service, pQoS, of a communication link between the remote control center and the remotely operated vehicle; providing at least one driving command to the vehicle via the communication link; and adapting a range of the at least one driving command based on the information on the pQoS, wherein the information on the pQoS indicates an interval for which the pQoS of the communication link falls short of a predefined level, and wherein adapting the range of the driving command comprises adapting the range of the driving command based on the interval to maneuver the vehicle throughout the interval based on the driving command, wherein the method further comprises: obtaining, based on the information on the pQoS, information on a traffic situation in the interval; and adapting the driving command based on the information on the traffic situation. obtaining, based on the information on the pQoS, information on a traffic situation in the interval; and adapting the driving command based on the information on the traffic situation.
Arrangement comprising at least one seat rail, an aircraft seat which by way of its seat structure is fastened to the seat rail, a predefined raceway designed for the attachment of a cover by means of a snap-fit connection and running along the seat rail, and an electronic housing for aircraft having an outer wall surrounding an electronic receiving compartment, wherein the electronic housing comprises, on one side of the outer wall on the outer side, fastening elements for snap-fit connection to the raceway, and is fastened to the raceway by its fastening elements in the region of the seat structure.
A method for adaptively integrating access and backhaul links, the method comprising: obtaining information indicating a data rate requirement for a link (110, 112, 114, 116, 118, 120) between a first access point, AP (105a-h), and a second AP (105a-h); obtaining information indicating a gain of the link (110, 112, 114, 116, 118, 120) between the first AP (105a-h) and the second AP (105a-h); computing, based on the gain of the link (110, 112, 114, 116, 118, 120), an achievable data rate for the link (110, 112, 114, 116, 118, 120) between the first AP (105a-h) and the second AP (105a-h), wherein the achievable data rate is computed based on an orthogonal multiple access, OMA, scheme; determining that a condition is true, wherein determining that the condition is true comprises determining that the data rate requirement is greater than the achievable data rate; and as a result of determining that the condition is true, pairing a first user equipment, UE (101a-h, 102a-h) with the first AP (105a-h), such that a non-orthogonal multiple access, NOMA, scheme is used for the link (110, 112, 114, 116, 118, 120) between the first AP (105a-h) and the second AP (105a-h) and the link between the first AP (105a-h) and the first UE (101a-h, 102a-h). obtaining information indicating a data rate requirement for a link (110, 112, 114, 116, 118, 120) between a first access point, AP (105a-h), and a second AP (105a-h); obtaining information indicating a gain of the link (110, 112, 114, 116, 118, 120) between the first AP (105a-h) and the second AP (105a-h); computing, based on the gain of the link (110, 112, 114, 116, 118, 120), an achievable data rate for the link (110, 112, 114, 116, 118, 120) between the first AP (105a-h) and the second AP (105a-h), wherein the achievable data rate is computed based on an orthogonal multiple access, OMA, scheme; determining that a condition is true, wherein determining that the condition is true comprises determining that the data rate requirement is greater than the achievable data rate; and as a result of determining that the condition is true, pairing a first user equipment, UE (101a-h, 102a-h) with the first AP (105a-h), such that a non-orthogonal multiple access, NOMA, scheme is used for the link (110, 112, 114, 116, 118, 120) between the first AP (105a-h) and the second AP (105a-h) and the link between the first AP (105a-h) and the first UE (101a-h, 102a-h).
Method for automatically evaluating the degree of cleanliness of the filtering system in a dishwashing machine comprising a washing zone provided with a washing fluid collection zone (2"'), in which a filter is positioned, said method being characterized in that it comprises the steps of: - acquiring a first digital image representative of a first condition of said filter, - digitally processing said first digital image so as to obtain a first processed image, in which said first processed image identifies a first surface value related to the surface area of the collection tank (F") of said filter in a first condition in which said filter is clean, - acquiring a second digital image representative of a second condition of said filter, - digitally processing said second digital image so as to obtain a second processed image, in which said second processed image identifies a second surface value related to the surface area of an accumulation of dirt in said collection tank (F") of said filter in a second condition in which said filter contains an accumulation of dirt, - comparing said second surface value with said first surface value for calculating an occlusion percentage value of said filter when passing between said first condition and said second condition, - generating a dirt presence signal (Sig) indicative of the presence of an accumulation of dirt in said filter, when said occlusion percentage value of said filter F exceeds a predefined threshold value, - generating a sound and/or visual signal indicative of a blocked filter condition, when said dirt presence signal (Sig) is generated. - acquiring a first digital image representative of a first condition of said filter, - digitally processing said first digital image so as to obtain a first processed image, in which said first processed image identifies a first surface value related to the surface area of the collection tank (F") of said filter in a first condition in which said filter is clean, - acquiring a second digital image representative of a second condition of said filter, - digitally processing said second digital image so as to obtain a second processed image, in which said second processed image identifies a second surface value related to the surface area of an accumulation of dirt in said collection tank (F") of said filter in a second condition in which said filter contains an accumulation of dirt, - comparing said second surface value with said first surface value for calculating an occlusion percentage value of said filter when passing between said first condition and said second condition, - generating a dirt presence signal (Sig) indicative of the presence of an accumulation of dirt in said filter, when said occlusion percentage value of said filter F exceeds a predefined threshold value, - generating a sound and/or visual signal indicative of a blocked filter condition, when said dirt presence signal (Sig) is generated.
A radiation entry window for a radiation detector, in particular for a semiconductor detector, such as a semiconductor drift detector, a semiconductor pixel detector or a CCD detector, with a) a flat window element, which is at least partially permeable for the radiation to be detected by the radiation detector, b) a window frame, which laterally frames the window element, wherein the window frame b1) consists of a semiconductor material and is considerably thicker than the window element, and b2) is manufactured in planar technology in a semiconductor process, and b3) is connected quasi monolithically with the window element, characterized in that c) the window frame has a cross-section profile, which widens towards the window element in the form of an equal-sided trapezoid. a) a flat window element, which is at least partially permeable for the radiation to be detected by the radiation detector, b) a window frame, which laterally frames the window element, wherein the window frame b1) consists of a semiconductor material and is considerably thicker than the window element, and b2) is manufactured in planar technology in a semiconductor process, and b3) is connected quasi monolithically with the window element, characterized in that b1) consists of a semiconductor material and is considerably thicker than the window element, and b2) is manufactured in planar technology in a semiconductor process, and b3) is connected quasi monolithically with the window element, c) the window frame has a cross-section profile, which widens towards the window element in the form of an equal-sided trapezoid.
Excavating tooth for a bucket of a bucket-wheel excavator, having a tooth head for engaging in the excavation material, and having a receptacle shaft for disposing in or on a receptacle of a bucket of the bucket-wheel excavator, wherein the tooth head and the receptacle shaft are connected to one another in a materially integral manner, wherein the materially integral connection is formed by means of a welded connection, characterized in that the tooth head has a higher hardness than the receptacle shaft, and in that the receptacle shaft has a higher toughness than the tooth head.