mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a vehicle information system of a vehicle, in which an activation signal is received when a preparation action of a user for putting the vehicle into operation is detected; graphic data of an activation animation having a first representation and a second representation are generated as a function of the activation signal and displayed by a display surface (3a, 3b); wherein after the activation signal is received, an appearance of the first representation is output; wherein the first representation comprises a first graphic object; and subsequently, a disappearance of the first representation and an appearance of the second representation are output; characterized in that a transition signal is further received when a further preparation action for putting the vehicle into operation is detected; and the disappearance of the first representation and the appearance of the second representation are output after the transition signal is received. an activation signal is received when a preparation action of a user for putting the vehicle into operation is detected; graphic data of an activation animation having a first representation and a second representation are generated as a function of the activation signal and displayed by a display surface (3a, 3b); wherein after the activation signal is received, an appearance of the first representation is output; wherein the first representation comprises a first graphic object; and subsequently, a disappearance of the first representation and an appearance of the second representation are output; characterized in that a transition signal is further received when a further preparation action for putting the vehicle into operation is detected; and the disappearance of the first representation and the appearance of the second representation are output after the transition signal is received.
A stable liquid pharmaceutical formulation comprising an anti-OX40 antagonist antibody, a buffer and one or more stabilizing or tonicity agents, characterized in that said anti-OX40 antagonist antibody is present within said pharmaceutical formulation at a concentration between 100 mg/mL and 200 mg/mL.
Tread profile of a pneumatic vehicle tyre with radially proud profile elements (2, 3) which are bounded by channels (5, 6, 7) or grooves, with sipes which are formed in the radially outer surface of radially proud profile elements and have a linear main direction of extent and which are each formed, at least in one section (c) at their extent in the radially outer surface along their extent with a profile with a first corrugated shape or zigzag shape (10, 9) which is oriented along the main direction of extent with a first zero crossing line which is oriented in the main direction of extent, wherein the corrugated shape or zigzag shape (10, 19) defines alternately formed peaks and troughs with respect to the zero crossing line along the main extent, with an amplitude A 1 which forms the distance between the extreme values (11, 12) of the corrugated shape or zigzag shape (10, 19) from the first zero crossing line, wherein the extreme values which are formed in the main direction of extent into two peaks which are formed one behind the other and the extreme values which are formed into two troughs which are formed one behind the other in the main direction of extent are each formed at a distance of the length L 1 from one another, wherein the sipe is formed, at least in an extent region between the extreme value formed in a peak and the extreme value formed in an adjacent trough, of the first corrugated shape or zigzag shape (10, 19) of the sipe with a profile which is formed by superimposing a second corrugated shape or zigzag shape (16, 20) on the first corrugated shape or zigzag shape (10, 19), wherein the second corrugated shape or zigzag shape (16, 20) defines peaks and troughs of its profile which are formed alternately along its extent, with an amplitude A 2 where A 2 < A 1, which forms the distance between the extreme values (17, 18) of the second corrugated shape or zigzag shape (16, 20) and the zero crossing line of the second corrugated shape or zigzag shape (16, 20), wherein the extreme values which are formed into two peaks which are formed one behind the other in the direction of extent and the extreme values which are formed into two troughs which are formed one behind the other in the direction of extent are each formed at a distance of the length L 2 where L 2 < L 1 from one another, characterized in that the sipe is formed along its extent with a continuously decreasing amplitude A 2 of its profile in the radial inner direction starting from the radially outer surface.
A method of wireless communication by a first device, comprising: determining a first interval between a first page transmission time and a second page transmission time, wherein a third page transmission time exists between the first page transmission time and the second page transmission time, wherein the first interval is determined based on at least one of a power state of the first device or a channel condition for communication with a second device, and wherein, if the power state is indicative of a high power state, the first interval is smaller than if the power state is indicative of a low power state, or wherein, if the channel condition is indicative that the channel for communication with the second device is not busy, the first interval is smaller than if the channel for communication with the second device is busy or congested, wherein the high power state corresponds to when the first device has a battery power above a threshold, when the first device is a non-power conservation mode or when the first device is plugged into a power outlet, and wherein the low power state corresponds to when the first device has a battery power at or below a threshold or when the first device is in a power conservation mode; entering a first state during which the first device is monitoring for a page transmission from the second device based on the first interval for a first state time period; and entering, from the first state in response to a trigger event, a second state during which the first device is disabled from monitoring for a page transmission from the second device. determining a first interval between a first page transmission time and a second page transmission time, wherein a third page transmission time exists between the first page transmission time and the second page transmission time, wherein the first interval is determined based on at least one of a power state of the first device or a channel condition for communication with a second device, and wherein, if the power state is indicative of a high power state, the first interval is smaller than if the power state is indicative of a low power state, or wherein, if the channel condition is indicative that the channel for communication with the second device is not busy, the first interval is smaller than if the channel for communication with the second device is busy or congested, wherein the high power state corresponds to when the first device has a battery power above a threshold, when the first device is a non-power conservation mode or when the first device is plugged into a power outlet, and wherein the low power state corresponds to when the first device has a battery power at or below a threshold or when the first device is in a power conservation mode; entering a first state during which the first device is monitoring for a page transmission from the second device based on the first interval for a first state time period; and entering, from the first state in response to a trigger event, a second state during which the first device is disabled from monitoring for a page transmission from the second device.
Sliding shaft for a surgical sliding shaft instrument which sliding shaft comprises a first shaft part and a second shaft part that are arranged such as to be displaceable relative to each other and also a guidance device for guiding a movement of the second shaft part relative to the first shaft part, which said first shaft part carries a first tool element and which said second shaft part carries a second tool element, which said first and second tool elements (20', 28') cooperate and/or abut each other in a working position and are spaced from each other in a position that is deflected from the working position or are spaced further from each other than in the working position, characterized in that at least one rinsing through opening extending from the upper surface of the second shaft part up to the lower surface thereof is formed on the second shaft part of the sliding shaft.
A receiver for a device of a telecommunications network, wherein the receiver is configured to receive a first signal attributable to a first carrier and a second signal attributable to a second carrier; the receiver comprising: a first path searcher configured to detect taps in the first signal attributable to the first carrier; a second path searcher configured to detect taps in the second signal attributable to the second carrier; and a channel tap selector configured to select, based on received energy values for the taps detected by the first path searcher and the second path searcher, which tap values are to be used for taps of the receiver for both the first carrier and the second carrier; wherein taps are channel taps resulting from receiving multiple reflections of a same transmitted signal, which resemble several echoes of a same source, wherein delays of the channel taps are identified by correlating, at the receiver, a reference signal sent by the source to a known pattern, and if the identified delay of a certain channel tap appears in both the first carrier and the second carrier, the value on the carrier where the highest energy is observed is chosen for that channel tap. a first path searcher configured to detect taps in the first signal attributable to the first carrier; a second path searcher configured to detect taps in the second signal attributable to the second carrier; and a channel tap selector configured to select, based on received energy values for the taps detected by the first path searcher and the second path searcher, which tap values are to be used for taps of the receiver for both the first carrier and the second carrier; wherein taps are channel taps resulting from receiving multiple reflections of a same transmitted signal, which resemble several echoes of a same source, wherein delays of the channel taps are identified by correlating, at the receiver, a reference signal sent by the source to a known pattern, and if the identified delay of a certain channel tap appears in both the first carrier and the second carrier, the value on the carrier where the highest energy is observed is chosen for that channel tap.
Rear retaining device for a binding of a boot on a gliding device, comprising: - a chassis intended to be mounted on the gliding device so as to be • either only slidable along a longitudinal axis of the gliding device, • or only slidable along a longitudinal axis of the gliding device and rotatable about an axis normal to a gliding surface of the gliding device, - a jaw for retaining a heel of the boot, the jaw being mounted so as to be rotatable on the chassis about a first axis transverse to the body in a plane parallel to the gliding surface of the gliding device when the chassis is mounted on the gliding device, characterized in that the jaw comprises at least one roller (112a, 112b) mounted so as to be rotatable about a second axis parallel to the first axis or oriented by an angle of less than 45° with respect to the first axis, the roller being arranged so that a portion of a contact surface of the roller is able to be in contact with the boot when placing the boot in the binding; in that the roller is arranged so that a portion of the contact surface of the roller is able to be the first contact with the boot, before any other part of the jaw, when placing the boot in the binding; and in that it comprises an elastic means interposed between the chassis and an interface secured to the gliding device, such that the elastic means exerts a force on the chassis in a longitudinal direction with respect to the gliding device. - a chassis intended to be mounted on the gliding device so as to be • either only slidable along a longitudinal axis of the gliding device, • or only slidable along a longitudinal axis of the gliding device and rotatable about an axis normal to a gliding surface of the gliding device, • either only slidable along a longitudinal axis of the gliding device, • or only slidable along a longitudinal axis of the gliding device and rotatable about an axis normal to a gliding surface of the gliding device, - a jaw for retaining a heel of the boot, the jaw being mounted so as to be rotatable on the chassis about a first axis transverse to the body in a plane parallel to the gliding surface of the gliding device when the chassis is mounted on the gliding device, characterized in that the jaw comprises at least one roller (112a, 112b) mounted so as to be rotatable about a second axis parallel to the first axis or oriented by an angle of less than 45° with respect to the first axis, the roller being arranged so that a portion of a contact surface of the roller is able to be in contact with the boot when placing the boot in the binding; in that the roller is arranged so that a portion of the contact surface of the roller is able to be the first contact with the boot, before any other part of the jaw, when placing the boot in the binding; and in that it comprises an elastic means interposed between the chassis and an interface secured to the gliding device, such that the elastic means exerts a force on the chassis in a longitudinal direction with respect to the gliding device.
A method of operating a wireless terminal comprising: the wireless terminal having a packet switched session with a Long Term Evolution radio access network; the wireless terminal sending a request to participate in a circuit switched call with a circuit switched network; prior to establishment of the circuit switched call the wireless terminal releasing or performing an inter-radio access technology handover of the existing packet switched session with the Long Term Evolution radio access network; establishing the circuit switched call with the circuit switched network; the method characterised by the wireless terminal reconnecting to the packet switched session of the Long Term Evolution radio access network to obtain a reconnected packet switched session; and the wireless terminal interleaving packet switched transmissions of the reconnected packet switched session with voice transmissions of the circuit switched call. the wireless terminal having a packet switched session with a Long Term Evolution radio access network; the wireless terminal sending a request to participate in a circuit switched call with a circuit switched network; prior to establishment of the circuit switched call the wireless terminal releasing or performing an inter-radio access technology handover of the existing packet switched session with the Long Term Evolution radio access network; establishing the circuit switched call with the circuit switched network; the method characterised by the wireless terminal reconnecting to the packet switched session of the Long Term Evolution radio access network to obtain a reconnected packet switched session; and the wireless terminal interleaving packet switched transmissions of the reconnected packet switched session with voice transmissions of the circuit switched call.
A sleeve leak detector having a water-sensitive swell body, which is embodied so as to expand upon absorbing a liquid or a suspension, a fiber optical waveguide can be bent as a result of this expansion, and a leak can be measured, in terms of where it is located, from a macroscopic loss of curvature of the fiber optical waveguide, wherein the sleeve leak detector has a liquid- or suspension-absorbent, air-permeable housing divided into at least two parts, having with a housing lower part and a housing upper part, in which housing the fiber optical waveguide is at least partially provided, characterized in that - a replaceable swell body slide is placed in the housing and has at least one overlay for the swell body, and upon an expansion of the swell body, the swell body slide is translationally displaceable from a first position into at least one second position, in which second position the swell body slide is oriented toward the fiber optical waveguide and in the process turns the fiber optical waveguide around; - that in the direction of displacement of the swell body slide, the at least one overlay for the swell body is provided laterally on the swell body slide; and - that the swell body slide has a surface that is oriented toward the fiber optical waveguide, which surface, preferably after the absorption of liquid or suspension by the swell body, contacts the fiber optical waveguide directly, and the fiber optical waveguide can be bent as a function of the expansion of the swell body, and as a result of this bending, a macrocurvature loss can be generated, in particular at 1625 nm > 0.2 dB, which loss can be localized locally precisely by a remote fiber test system. - a replaceable swell body slide is placed in the housing and has at least one overlay for the swell body, and upon an expansion of the swell body, the swell body slide is translationally displaceable from a first position into at least one second position, in which second position the swell body slide is oriented toward the fiber optical waveguide and in the process turns the fiber optical waveguide around; - that in the direction of displacement of the swell body slide, the at least one overlay for the swell body is provided laterally on the swell body slide; and - that the swell body slide has a surface that is oriented toward the fiber optical waveguide, which surface, preferably after the absorption of liquid or suspension by the swell body, contacts the fiber optical waveguide directly, and the fiber optical waveguide can be bent as a function of the expansion of the swell body, and as a result of this bending, a macrocurvature loss can be generated, in particular at 1625 nm > 0.2 dB, which loss can be localized locally precisely by a remote fiber test system.
A control system for a host vehicle operable in an autonomous mode, the control system comprising one or more controllers, the control system configured to: determine a bifurcation of a first lane into a plurality of lanes (303, 305); and determine a longitudinal distance to a start of at least one of the plurality of lanes (303, 305); characterised in that the control system is configured to: determine a lateral distance (Dn) from a lane position within the first lane to a lane position within one of the plurality of lanes (303, 305), wherein the lateral distance (Dn) is from a first target lane position between lateral edges of the first lane to a second target lane position between lateral edges of the one of the plurality of lanes (303, 305); and cause control of the speed and/or direction of the host vehicle as the host vehicle approaches the bifurcation, in dependence on the determined bifurcation, wherein the control is dependent on the longitudinal distance and the lateral distance (Dn). determine a bifurcation of a first lane into a plurality of lanes (303, 305); and determine a longitudinal distance to a start of at least one of the plurality of lanes (303, 305); determine a lateral distance (Dn) from a lane position within the first lane to a lane position within one of the plurality of lanes (303, 305), wherein the lateral distance (Dn) is from a first target lane position between lateral edges of the first lane to a second target lane position between lateral edges of the one of the plurality of lanes (303, 305); and cause control of the speed and/or direction of the host vehicle as the host vehicle approaches the bifurcation, in dependence on the determined bifurcation, wherein the control is dependent on the longitudinal distance and the lateral distance (Dn).
A method comprising: receiving at a device processor in communication with a remote processor a request from the remote processor to determine a resonant frequency of a surface of a device, wherein the device comprises the device processor, the remote processor is remote from the device, and the surface is a touch screen of the device; transmitting an actuator signal from the device processor to an actuator coupled to the surface, the actuator signal configured to cause the actuator to output a force to impart a vibration on the surface; receiving a response of the surface to the force at a sensor in communication with the device processor; transmitting the response from the device processor to the remote processor; determining at the remote processor a resonant frequency of the surface based at least in part on the response; repeating steps - to determine a plurality of resonant frequencies of the surface, wherein the plurality of resonant frequencies are associated with an object contacting the surface at different locations or with different contact pressures; and storing the plurality of resonant frequencies within the device to configure the device to use the plurality of resonant frequencies for generating haptic effects at the resonant frequency associated with the respective contact location or contact pressure of an object contacting the surface. receiving at a device processor in communication with a remote processor a request from the remote processor to determine a resonant frequency of a surface of a device, wherein the device comprises the device processor, the remote processor is remote from the device, and the surface is a touch screen of the device; transmitting an actuator signal from the device processor to an actuator coupled to the surface, the actuator signal configured to cause the actuator to output a force to impart a vibration on the surface; receiving a response of the surface to the force at a sensor in communication with the device processor; transmitting the response from the device processor to the remote processor; determining at the remote processor a resonant frequency of the surface based at least in part on the response; repeating steps - to determine a plurality of resonant frequencies of the surface, wherein the plurality of resonant frequencies are associated with an object contacting the surface at different locations or with different contact pressures; and storing the plurality of resonant frequencies within the device to configure the device to use the plurality of resonant frequencies for generating haptic effects at the resonant frequency associated with the respective contact location or contact pressure of an object contacting the surface.
Refrigeration device, in particular domestic refrigeration device, having an inner container surrounding a storage compartment, a door which supports two axially displaceable pins (11, 12) on an identical narrow side, and two fittings for the pins (11, 12) arranged on the inner container, characterised in that the fittings each have a snap-fit position which retains minimal play and a snap-fit position which retains significant play, in which the pin (11, 12) assigned thereto can be snap fitted and that one of the pins is an axle journal, which, when it is located in its snap-fit position which retains minimal play, defines a pivot axis, about which the door can be pivoted between an open and a closed orientation and that the second pin is a locking pin, by means of the engagement of which into one of the snap-fit positions the door is fixed in the closed orientation.