mhurhangee/ep-ind-claims huggingface dataset:
Wheel hub assembly of a bicycle wheel, comprising: a wheel axle; a rotary pump (30, 33, 40) comprising a pump housing, a pump rotor (33, 48), a first fluid port configured for fluidly coupling to a pneumatic tire and a second fluid port (17, 34) configured for fluidly coupling to a fluid reservoir (8, 18), wherein the pump is configured for displacing fluid between the first and second fluid ports; and control means for controlling actuation of the pump, wherein the pump rotor (33, 48) is configured for rotating relative to the pump housing coaxially with the wheel axle, and the pump housing is configured for rotating relative to the wheel axle, characterized in that the wheel hub assembly has a first state of operation wherein the pump, when actuated, is configured for pumping fluid from the first fluid port to the second fluid port (17, 34), thereby deflating the pneumatic tire, wherein in the first state of operation, the pump rotor is configured to be kept static relative to the wheel axle, and the pump housing is configured to rotate integrally with a hub of the wheel, such that the pump is actuated by forward wheel movement. a wheel axle; a rotary pump (30, 33, 40) comprising a pump housing, a pump rotor (33, 48), a first fluid port configured for fluidly coupling to a pneumatic tire and a second fluid port (17, 34) configured for fluidly coupling to a fluid reservoir (8, 18), wherein the pump is configured for displacing fluid between the first and second fluid ports; and control means for controlling actuation of the pump, wherein the pump rotor (33, 48) is configured for rotating relative to the pump housing coaxially with the wheel axle, and the pump housing is configured for rotating relative to the wheel axle, characterized in that the wheel hub assembly has a first state of operation wherein the pump, when actuated, is configured for pumping fluid from the first fluid port to the second fluid port (17, 34), thereby deflating the pneumatic tire, wherein in the first state of operation, the pump rotor is configured to be kept static relative to the wheel axle, and the pump housing is configured to rotate integrally with a hub of the wheel, such that the pump is actuated by forward wheel movement.
Floor profile arrangement, in particular for bridging a joint between two adjacent floor coverings, comprising - a base profile, - a covering profile with at least one sideways projecting covering wing (12, 13), and - a web arrangement as a connection between the base profile and the covering profile, - and with an articulation arrangement (7, 8), - wherein the articulation arrangement consisting of an articular cavity disposed on the base profile and an articulation element, wherein - the web arrangement has a web or webs (9, 10) running parallel, forming a channel between them, and - the covering profile has two downwardly extending webs (14, 15), characterised in that - the articulation element is disposed at the lower edge of the pivoting web arrangement, wherein - the two downwardly extending webs (14, 15) of the covering profile each encompass the web or the webs (9, 10) from the outside, and - at least one of the downwardly extending webs (14, 15) of the covering profile has elongations spaced apart from one another to which recesses (25,25') formed in the base profile are allocated. - a base profile, - a covering profile with at least one sideways projecting covering wing (12, 13), and - a web arrangement as a connection between the base profile and the covering profile, - and with an articulation arrangement (7, 8), - wherein the articulation arrangement consisting of an articular cavity disposed on the base profile and an articulation element, wherein - the web arrangement has a web or webs (9, 10) running parallel, forming a channel between them, and - the covering profile has two downwardly extending webs (14, 15), characterised in that - the articulation element is disposed at the lower edge of the pivoting web arrangement, wherein - the two downwardly extending webs (14, 15) of the covering profile each encompass the web or the webs (9, 10) from the outside, and - at least one of the downwardly extending webs (14, 15) of the covering profile has elongations spaced apart from one another to which recesses (25,25') formed in the base profile are allocated.
An optical phase shifting arrangement comprising: a first optical phase shifter configured to provide a first phase shift to an optical signal; a second optical phase shifter configured to provide a second phase shift to the optical signal in addition to the first phase shift, wherein a total phase shift is a sum of the first phase shift and the second phase shift; and a phase controller configured to, during a predefined time period, drive the first optical phase shifter with a first control signal to cause the first phase shift to reach a phase shift value after a rise time, and drive the second optical phase shifter with a second control signal to cause the total phase shift to reach the phase shift value in a shorter time period than the rise time, and wherein the second control signal has a decay selected to compensate the rise time associated with the first phase shift. a first optical phase shifter configured to provide a first phase shift to an optical signal; a second optical phase shifter configured to provide a second phase shift to the optical signal in addition to the first phase shift, wherein a total phase shift is a sum of the first phase shift and the second phase shift; and a phase controller configured to, during a predefined time period, drive the first optical phase shifter with a first control signal to cause the first phase shift to reach a phase shift value after a rise time, and drive the second optical phase shifter with a second control signal to cause the total phase shift to reach the phase shift value in a shorter time period than the rise time, and wherein the second control signal has a decay selected to compensate the rise time associated with the first phase shift.
A printhead comprising at least two local areas; and a plurality of temperature regulating circuits, each plurality of temperature regulating circuits associated with one of the at least two local areas and comprising: an analog memory containing a reference voltage corresponding to a predetermined temperature of the printhead; a temperature sensor to measure a thermal voltage of the associated local area of the printhead; a comparator to obtain a comparison result by comparing the reference voltage to the thermal voltage; and the printhead further comprising a pulse circuit to selectively transmit a series of warming pulses to the associated local area of the printhead based on the comparison result. an analog memory containing a reference voltage corresponding to a predetermined temperature of the printhead; a temperature sensor to measure a thermal voltage of the associated local area of the printhead; a comparator to obtain a comparison result by comparing the reference voltage to the thermal voltage; and the printhead further comprising a pulse circuit to selectively transmit a series of warming pulses to the associated local area of the printhead based on the comparison result.
A method of installing a MIFARE application in a MIFARE memory, the MIFARE application being according to standard ISO 14443A and stored in a security area as defined by the Globalplatform Card Specification v2.2 standard, the method including: - a step of obtaining, from a secured area (1305, 1311), an initialization key (KIj) for installing a first application or a key (K1i) and access data (AB1i) of the first application to replace the first application with a second application in the MIFARE memory protecting the access to said MIFARE memory, called "current keys and access data"; and - a step of obtaining at least one new key (K2i) and access data (AB2i) corresponding to the MIFARE application to be installed, called "new keys and access data"; - a step for sending, according to the MIFARE protocol, said current keys and access data to an application managing the MIFARE memory, said application being a mandatory passage point to access the MIFARE memory and sending at least one instruction initiating copying by said management application of said new keys and access data in said MIFARE memory by using said current keys and access data; and - a step for sending a command to the management application of the MIFARE memory triggering the copying of the data (D2i) of the MIFARE application to be installed in the MIFARE memory by using said new keys and access data. - a step of obtaining, from a secured area (1305, 1311), an initialization key (KIj) for installing a first application or a key (K1i) and access data (AB1i) of the first application to replace the first application with a second application in the MIFARE memory protecting the access to said MIFARE memory, called "current keys and access data"; and - a step of obtaining at least one new key (K2i) and access data (AB2i) corresponding to the MIFARE application to be installed, called "new keys and access data"; - a step for sending, according to the MIFARE protocol, said current keys and access data to an application managing the MIFARE memory, said application being a mandatory passage point to access the MIFARE memory and sending at least one instruction initiating copying by said management application of said new keys and access data in said MIFARE memory by using said current keys and access data; and - a step for sending a command to the management application of the MIFARE memory triggering the copying of the data (D2i) of the MIFARE application to be installed in the MIFARE memory by using said new keys and access data.
A battery cell, comprising: an electrode assembly comprising a tab and a cell body, wherein the tab is connected to the cell body; a cover plate assembly comprising an electrode terminal and a cover plate, wherein the electrode terminal is disposed on the cover plate; a connecting sheet connected between the tab and the electrode terminal, the connecting sheet comprises a first connecting portion and a second connecting portion, wherein the first connecting portion is connected to the tab, and the second connecting portion is connected to the electrode terminal; wherein the second connecting portion protrudes towards the electrode terminal, and a first groove is provided on one side of the second connecting portion proximate to the electrode assembly; an insulating pallet, some parts of the insulating pallet disposed between the cell body and the connecting sheet; and an insulation member disposed between the insulating pallet and the second connecting portion; wherein the insulating pallet and the connecting sheet both abut against the insulation member. an electrode assembly comprising a tab and a cell body, wherein the tab is connected to the cell body; a cover plate assembly comprising an electrode terminal and a cover plate, wherein the electrode terminal is disposed on the cover plate; a connecting sheet connected between the tab and the electrode terminal, the connecting sheet comprises a first connecting portion and a second connecting portion, wherein the first connecting portion is connected to the tab, and the second connecting portion is connected to the electrode terminal; wherein the second connecting portion protrudes towards the electrode terminal, and a first groove is provided on one side of the second connecting portion proximate to the electrode assembly; an insulating pallet, some parts of the insulating pallet disposed between the cell body and the connecting sheet; and an insulation member disposed between the insulating pallet and the second connecting portion; wherein the insulating pallet and the connecting sheet both abut against the insulation member.
A method for measuring at least one inhalation flow feature in an inhaler, wherein a capsule containing a formulation is located in the inhaler, the method comprising the steps of sensing an impact feature relating to impacts of the capsule on the inhaler and correlating the impact feature to at least one inhalation flow feature, the method characterized in that the correlating the impact feature to at least one inhalation flow feature comprises: determining at least one characteristic of the sensed impact feature; and relating the at least one characteristic of the sensed impact feature to at least one inhalation flow feature, wherein the at least one characteristic comprises at least one of a mean value of the impact feature, a peak value of the impact feature and a duration of the impact feature above a threshold, and wherein the at least one inhalation flow feature comprises at least one of a peak inhalation flow, an inhalation flow duration and an inhalation flow volume. determining at least one characteristic of the sensed impact feature; and relating the at least one characteristic of the sensed impact feature to at least one inhalation flow feature, wherein the at least one characteristic comprises at least one of a mean value of the impact feature, a peak value of the impact feature and a duration of the impact feature above a threshold, and a mean value of the impact feature, a peak value of the impact feature and a duration of the impact feature above a threshold, and wherein the at least one inhalation flow feature comprises at least one of a peak inhalation flow, an inhalation flow duration and an inhalation flow volume. a peak inhalation flow, an inhalation flow duration and an inhalation flow volume.
A seal for a wall of an aircraft, comprising: a first plate that defines a first slot, the first plate configured to be coupled to the wall, characterized in that the seal further comprises a second plate that defines a guide that extends outwardly from the second plate, the second plate positioned adjacent to the first plate such that the guide is in communication with the first slot; and a third plate that defines a second slot that receives the guide, the third plate positioned adjacent to the second plate and configured to be coupled to the wall. a first plate that defines a first slot, the first plate configured to be coupled to the wall, characterized in that the seal further comprises a second plate that defines a guide that extends outwardly from the second plate, the second plate positioned adjacent to the first plate such that the guide is in communication with the first slot; and a third plate that defines a second slot that receives the guide, the third plate positioned adjacent to the second plate and configured to be coupled to the wall.
Cross beam, fixed between two stands or suchlike, as a support for sensors for measuring and/or examining an object moved past above or below the cross beam at right angles to the longitudinal direction, wherein carbon rods or carbon pipes extending along the cross beam (13, 14) are held by frames (24, 25) which extend perpendicularly to the carbon rods or carbon pipes and which each position and fix in place the carbon rods or carbon pipes with regard to each other, characterised in that in its longitudinal direction the cross beam (13, 14) is segmented and modular in design, in that the segments are closed by a frame (24, 25; 31, 32) on one side and in that segments (17, 19) adjoining each other can be connected to each other with a precise fit and protected against rotation.
Handheld tool apparatus having a computation unit (12a; 12b) and at least one locating apparatus (14a; 14b), wherein the locating apparatus has a locating antenna that is provided for the purpose of sending at least two orthogonal linear polarization directions of a locating signal separately from one another and receiving them separately from one another, characterized in that the computation unit is provided for the purpose of ascertaining at least one piece of position information for a locatable object by means of determination of a circularly polarized component of the locating signal from at least two received linear polarization directions of the locating signal.
A method of updating a controller of a media player said controller containing instructions employable by a processor to operate the media player, the method comprising: providing an update/content medium, the update/content medium including content data corresponding to content that may be played back by the media player and update data (62, 63, 64, 65, 66) arranged as a plurality of dedicated storage areas each storing respective update data corresponding to at least one update which, when installed, will modify part or all of the controller of a media player, at least a portion of the plurality of dedicated storage areas containing different updates, one or more each for a plurality of types of media players; inserting the update/content medium into the media player; detecting whether the update/content medium contains an update that pertains to the media player, and if so, installing the update/content medium such that the controller of the media player is modified in response to the update data; and the media player replaying content from the update/content medium. providing an update/content medium, the update/content medium including content data corresponding to content that may be played back by the media player and update data (62, 63, 64, 65, 66) arranged as a plurality of dedicated storage areas each storing respective update data corresponding to at least one update which, when installed, will modify part or all of the controller of a media player, at least a portion of the plurality of dedicated storage areas containing different updates, one or more each for a plurality of types of media players; inserting the update/content medium into the media player; detecting whether the update/content medium contains an update that pertains to the media player, and if so, installing the update/content medium such that the controller of the media player is modified in response to the update data; and the media player replaying content from the update/content medium.
Hydraulic machine comprising a first member having a first structure for a hydraulic medium opening in a first interface surface and a second member having a second structure (20, 21) for the hydraulic medium opening in a second interface surface, the first interface surface being in contact with the second interface surface, wherein at least one of the members (1, 19) is provided with a support element surrounding the member (1, 19), wherein the support element comprises a strength varying in circumferential direction around the member (1, 19) and/or in thickness direction in a middle region of the member (1, 19), characterized in that the strength of the support element varies depending on the resistance against deformation of the member (1, 19) in a direction parallel to its interface surface. the support element comprises a strength varying in circumferential direction around the member (1, 19) and/or in thickness direction in a middle region of the member (1, 19), characterized in that the strength of the support element varies depending on the resistance against deformation of the member (1, 19) in a direction parallel to its interface surface.
A method for preparing Et-743: wherein the method comprises the steps: (a) reacting compound 9 with compound 16 to obtain compound 18: (b) subjecting compound 18 to the following reaction to obtain compound 19: (c) subjecting compound 19 to the following reaction to obtain compound 20: (d) subjecting compound 20 to the following reaction to obtain compound 21: (e) subjecting compound 21 to the following reaction to obtain compound 22: (f) reacting compound 22 with to obtain compound 24: (g) subjecting compound 24 to the following reaction to obtain compound 25: and preparing Et-743 from compound 25. (a) reacting compound 9 with compound 16 to obtain compound 18: (b) subjecting compound 18 to the following reaction to obtain compound 19: (c) subjecting compound 19 to the following reaction to obtain compound 20: (d) subjecting compound 20 to the following reaction to obtain compound 21: (e) subjecting compound 21 to the following reaction to obtain compound 22: (f) reacting compound 22 with to obtain compound 24: (g) subjecting compound 24 to the following reaction to obtain compound 25: and preparing Et-743 from compound 25.
Spacing accessory adapted for fixing lining studwork (6, 7) to a structural element of a wall (1, 2) that is to be lined, comprising a shank adapted to accept an air barrier, vapor barrier or vapor-retarder barrier membrane to be speared onto it, the said shank extending in a direction referred to as axial and comprising an end provided with means (13-15, 18) for fixing it to the structural element of the wall that is to be lined and another end provided with means (19, 25) for assembling it with the lining studwork (6, 7), characterized in that it comprises two claws (19, 34) surrounding the shank and means (21, 25, 35) of locking these two claws against one another with axial clamping, the claws (19, 34) after they have been locked, being adapted to clamp the said air barrier, vapor barrier or vapor-retarder barrier membrane between them at the periphery of the opening via which it has been speared.
Device for measuring at least one parameter, in particular an air mass flow, of a medium flowing in a pipe, in particular the intake-air mass flow of a combustion engine, having a measurement element which is arranged in the pipe and around which the flowing medium flows and having at least one protective grille (15, 95) that is arranged within the pipe at least part way upstream of the measurement element, characterized in that the protective grille (15, 95) is designed such that it deflects the medium flowing in a main flow direction in such a manner that the medium downstream of the protective grille (15, 95) flows in another direction and, as a consequence, dirt particles and liquid drops carried along by the flowing medium are deflected into a region of the medium flow downstream of the protective grille (15, 95) and around the measurement element.
A frequency synthesizer system comprising: a fractional divider; a modulator of ΔΣ type or other type of fractional modulator, for modifying the divisor of said fractional divider; and a ramp generator; said ramp generator being responsive to a trigger signal to generate a ramp for sweeping the frequency of said frequency synthesizer, and an interface circuit responsive to an external controller, to control the ramp generator characterized in that the fractional divider, the modulator, the ramp generator and the interface circuit are on an integrated circuit chip. a fractional divider; a modulator of ΔΣ type or other type of fractional modulator, for modifying the divisor of said fractional divider; and a ramp generator; said ramp generator being responsive to a trigger signal to generate a ramp for sweeping the frequency of said frequency synthesizer, and an interface circuit responsive to an external controller, to control the ramp generator characterized in that the fractional divider, the modulator, the ramp generator and the interface circuit are on an integrated circuit chip.