mhurhangee/ep-ind-claims huggingface dataset:
A vegetation pruning device (10; 10') comprising: a cutting element (16; 126); a guide bar (14; 124) for supporting the cutting element, the guide bar having a guide bar plane, the guide bar being pivotable in the guide bar plane about a fixed axis (X1;X1'); a motor (18; 128) having a motor shaft (20;130) for rotatably driving the cutting element; a motor housing (24; 132) for receiving the motor; characterized in that the vegetation pruning device further comprises: a guiding mechanism (52; 159) connected to the motor housing, the guiding mechanism having a longitudinal axis (X2;X2'); a handle assembly (56;136) operable to move linearly along the longitudinal axis; anda transmission device (70;70a;70b;172;230) for connecting the handle assembly to the guide bar, the transmission device converting a linear movement of the handle assembly to a pivoting movement of the guide bar, the cutting element thereby approaching or withdrawing from a work piece to be sawn. a cutting element (16; 126); a guide bar (14; 124) for supporting the cutting element, the guide bar having a guide bar plane, the guide bar being pivotable in the guide bar plane about a fixed axis (X1;X1'); a motor (18; 128) having a motor shaft (20;130) for rotatably driving the cutting element; a motor housing (24; 132) for receiving the motor; characterized in that the vegetation pruning device further comprises: a guiding mechanism (52; 159) connected to the motor housing, the guiding mechanism having a longitudinal axis (X2;X2'); a handle assembly (56;136) operable to move linearly along the longitudinal axis; anda transmission device (70;70a;70b;172;230) for connecting the handle assembly to the guide bar, the transmission device converting a linear movement of the handle assembly to a pivoting movement of the guide bar, the cutting element thereby approaching or withdrawing from a work piece to be sawn. a guiding mechanism (52; 159) connected to the motor housing, the guiding mechanism having a longitudinal axis (X2;X2'); a handle assembly (56;136) operable to move linearly along the longitudinal axis; anda transmission device (70;70a;70b;172;230) for connecting the handle assembly to the guide bar, the transmission device converting a linear movement of the handle assembly to a pivoting movement of the guide bar, the cutting element thereby approaching or withdrawing from a work piece to be sawn.
A rail grinder configured to travel on a railway or similar track, and comprising: - at least one inner combustion engine, - at least one grinding tool comprising a grinding head including a grinding wheel driven in rotation according to an axis of rotation by the inner combustion engine, - a chassis intended to be arranged on the two rails of a track, said chassis being configured to be movable in translation in at least one first direction along the rails and to displace the engine and the grinding tool in at least one second direction, substantially perpendicular to the first direction and transversely to the rails, characterized in that the grinding tool is pivotally mounted on the chassis and being configured to pivot about a first substantially secant axis of rotation and preferably perpendicular to the axis of rotation of the grinding wheel in an angular range of at least substantially 180°, while the engine is mounted on the chassis in a non-pivoting and independent manner compared to the grinding tool. - at least one inner combustion engine, - at least one grinding tool comprising a grinding head including a grinding wheel driven in rotation according to an axis of rotation by the inner combustion engine, - a chassis intended to be arranged on the two rails of a track, said chassis being configured to be movable in translation in at least one first direction along the rails and to displace the engine and the grinding tool in at least one second direction, substantially perpendicular to the first direction and transversely to the rails,
Method for producing a setting retarder for hydrate-forming binders, wherein a) a first reactant A, comprising an amino acid which has precisely one carboxyl group and precisely two amine groups, is reacted with b) a second reactant C, comprising an amine-free carboxylic acid and/or an amine-free carboxylic acid derivative, where the amine-free carboxylic acid derivative is selected from carboxylic acid anhydrides, carboxylic acid halides and/or carboxylic acid esters, to form a reaction product, characterized in that the pH is held constant during the reaction in the range of 7.5 - 11.5, preferably 8 - 11, in particular 8.5 - 10.5. a) a first reactant A, comprising an amino acid which has precisely one carboxyl group and precisely two amine groups, is reacted with b) a second reactant C, comprising an amine-free carboxylic acid and/or an amine-free carboxylic acid derivative, where the amine-free carboxylic acid derivative is selected from carboxylic acid anhydrides, carboxylic acid halides and/or carboxylic acid esters,
A display device comprising: - a first display member for displaying first time information, - a second display member (M') for displaying said stored first time information, notably a second display member (M') of the retrograde type, and - a correcting mechanism comprising an isolating device for isolating the first and second display members, the storage of said first time information consists in fixing, by a user action, the second display member (M'), while it indicates the current time information. - a first display member for displaying first time information, - a second display member (M') for displaying said stored first time information, notably a second display member (M') of the retrograde type, and - a correcting mechanism comprising an isolating device for isolating the first and second display members,
A baby monitor assembly, comprising an emitter unit and a receiver unit, wherein the emitter unit comprises: - means for sound detection, preferably a microphone, - means for communication with the receiver unit, preferably means for wireless communication, especially via WiFi, Bluetooth or Radio, - a generally flat housing (10, 30), having a slit near it's periphery, - a source of light, preferably LED diodes, wherein the receiver unit comprises: - means for communication with the emitter unit, preferably means for wireless communication, especially via WiFi, Bluetooth or Radio, - signalizing means, preferably suitable for emitting light, sound or vibration signals wherein the emitter unit is configured for detecting sounds generated by the baby through said means for sound detection, and sending information to the receiver unit through said means for communication with the receiver unit upon detection of predetermined type of noise, wherein the receiver unit is suitable and configured for receiving information from the emitter unit through said means for communication with the emitter unit and notifying the parent through said signalizing means, preferably by using light, sound or vibration signals, upon receiving information from the emitter unit, characterized in that the emitter unit is suitable and configured for placing under baby's crib, bed or the like, and in that the slit in the emitter unit's housing (10, 30) allows for passage of light from the source of light located in the housing (10, 30), and is configured for emitting the light beam selectively essentially parallel to the floor, so that the light beam neither shines directly nor reflects into the eyes of the baby and the user. - means for sound detection, preferably a microphone, - means for communication with the receiver unit, preferably means for wireless communication, especially via WiFi, Bluetooth or Radio, - a generally flat housing (10, 30), having a slit near it's periphery, - a source of light, preferably LED diodes, - means for communication with the emitter unit, preferably means for wireless communication, especially via WiFi, Bluetooth or Radio, - signalizing means, preferably suitable for emitting light, sound or vibration signals
An in vitro method for identifying, in a test sample, cervical cancer or its precursor, or predisposition to cervical cancer, said method comprising: providing a test sample comprising cervical cells or nucleic acids from cervical cells; detecting in said test sample hypermethylation of the regulatory region of the gene LMX1A; wherein hypermethylation of the regulatory region of the gene LMX1A in said test sample indicates the presence of cells or nucleic acids from cells that are neoplastic, precursor to neoplastic, or predisposed to neoplasia.
A method of delegating an access privilege from a processor to a peripheral in a processing system, the method comprising the steps of: storing, by the processor, in a secure portion of the peripheral state information indicative of the processor being in a secure operating mode; and utilizing the stored state information to allow the peripheral to access at least one resource that is accessible to the processor in the secure operating mode but is not otherwise accessible to the peripheral wherein utilizing further comprises the peripheral supplying the stored state information to said at least one resource in order to obtain access to said at least one resource; and clearing the stored state information upon completion of a corresponding task wherein the task is performed by the peripheral at the request of a secure software agent running on the processor in the secure operating mode; wherein the stored state information comprises the access privilege delegated from the processor to the peripheral and allows the peripheral to access said at least one resource that it would not otherwise be able to access absent the delegated access privilege, thereby permitting the peripheral to share, under conditions controlled by the processor, the access privilege of the processor. storing, by the processor, in a secure portion of the peripheral state information indicative of the processor being in a secure operating mode; and utilizing the stored state information to allow the peripheral to access at least one resource that is accessible to the processor in the secure operating mode but is not otherwise accessible to the peripheral wherein utilizing further comprises the peripheral supplying the stored state information to said at least one resource in order to obtain access to said at least one resource; and clearing the stored state information upon completion of a corresponding task wherein the task is performed by the peripheral at the request of a secure software agent running on the processor in the secure operating mode; wherein the stored state information comprises the access privilege delegated from the processor to the peripheral and allows the peripheral to access said at least one resource that it would not otherwise be able to access absent the delegated access privilege, thereby permitting the peripheral to share, under conditions controlled by the processor, the access privilege of the processor.
An isolated or recombinant CD83 binding protein comprising an antigen binding domain of an antibody which specifically binds to CD83 and comprises a heavy chain variable region and a light chain variable region, wherein: (a) the heavy chain variable region comprises the amino acid sequence shown in SEQ ID NO: 1; and (b) the light chain variable region comprises the amino acid sequence shown in SEQ ID NO: 7. (a) the heavy chain variable region comprises the amino acid sequence shown in SEQ ID NO: 1; and (b) the light chain variable region comprises the amino acid sequence shown in SEQ ID NO: 7.
Liquid dispensing device for use with an external electric supply source and an electric cable with Vac/Vdc adapter, comprising a liquid tank of displaceable type with a cover for closure of said tank, an electric pump inserted in said cover for drawing the liquid from the tank and delivering the same liquid to irrigation pipes extending outwards and an electronic control unit comprised in said cover for setting the liquid delivering times, said electronic control unit comprising a movable selector for programming start times and duration times of the liquid delivery and a start button for starting a selected program, characterized in that the electronic control unit further comprises a display for visualization of the state of the device as a function of the selected program and first and second electric power supply means (52, 33; 26, 35) usable in alternative for electric power supply of the pump and the electronic control unit with constant prefixed electric voltage; and further characterized in that said first electric power supply means (52, 33) comprise an internal socket connectable to the external electric supply source via the electric cable with Vac/Vdc adapter and a step-down voltage regulator to maintain the electric voltage supplied by said first electric power supply means (52, 33) at a constant prefixed value, and in that said second electric power supply means (26, 35) comprise rechargeable cells to be inserted into a housing arranged inside the cover and a step-up voltage regulator to maintain the electric voltage supplied by said second electric power supply means (26, 35) at said constant prefixed value. characterized in that the electronic control unit further comprises a display for visualization of the state of the device as a function of the selected program and first and second electric power supply means (52, 33; 26, 35) usable in alternative for electric power supply of the pump and the electronic control unit with constant prefixed electric voltage; and further characterized in that said first electric power supply means (52, 33) comprise an internal socket connectable to the external electric supply source via the electric cable with Vac/Vdc adapter and a step-down voltage regulator to maintain the electric voltage supplied by said first electric power supply means (52, 33) at a constant prefixed value, and in that said second electric power supply means (26, 35) comprise rechargeable cells to be inserted into a housing arranged inside the cover and a step-up voltage regulator to maintain the electric voltage supplied by said second electric power supply means (26, 35) at said constant prefixed value.
A security document comprising: an electrical circuit embedded in a document substrate, wherein the electrical circuit comprises an electroactive polymer power generator; an optical display elements, comprising an electroluminescent display element and a nanohole array element disposed as a layer of the electroluminescent display element, the nanohole array element operable to produce a visible optical effect, the nanohole array element comprising two sets of nanoholes which are each arranged in a distinct pattern, comprising: a first set of nanoholes arranged in a periodic grid pattern, said first set of nanoholes having at least one dimension smaller than 400 nm; and a second set of nanoholes arranged in a non-periodic pattern to create an image, said second set of nanoholes having at least one dimension smaller than 400 nm, wherein said nanohole array element of said optical display element comprises at least one of a metal film nanohole array and an electrically conductive film nanohole array, wherein said electroluminescent display element is adapted to illuminate to provide a visible optical display pattern when powered by the electroactive polymer power generator; and wherein said nanohole array element is adapted to be readable by illumination with an external light source to produce a distinct light pattern. an electrical circuit embedded in a document substrate, wherein the electrical circuit comprises an electroactive polymer power generator; an optical display elements, comprising an electroluminescent display element and a nanohole array element disposed as a layer of the electroluminescent display element, the nanohole array element operable to produce a visible optical effect, the nanohole array element comprising two sets of nanoholes which are each arranged in a distinct pattern, comprising: a first set of nanoholes arranged in a periodic grid pattern, said first set of nanoholes having at least one dimension smaller than 400 nm; and a second set of nanoholes arranged in a non-periodic pattern to create an image, said second set of nanoholes having at least one dimension smaller than 400 nm, a first set of nanoholes arranged in a periodic grid pattern, said first set of nanoholes having at least one dimension smaller than 400 nm; and a second set of nanoholes arranged in a non-periodic pattern to create an image, said second set of nanoholes having at least one dimension smaller than 400 nm, wherein said nanohole array element of said optical display element comprises at least one of a metal film nanohole array and an electrically conductive film nanohole array, wherein said electroluminescent display element is adapted to illuminate to provide a visible optical display pattern when powered by the electroactive polymer power generator; and wherein said nanohole array element is adapted to be readable by illumination with an external light source to produce a distinct light pattern.
A remote chute rotation assembly comprising: a chute for directing ejected material based on an orientation of the chute; a cable system and a control head operatively coupled to the chute via the cable system, the control head enabling remote adjustment of the orientation of the chute via the cable system, wherein the orientation of the chute is adjustable through a plurality of positions characterised in that the positions are fixable by a positioning assembly disposed at the chute, the cable system comprising a continuous closed loop, wherein the control head is affixed to a first point of the continuous closed loop and the chute is affixed to a second point of the at least one continuous closed loop, such that movement of the control head induces movement of the continuous closed loop to correspondingly move the chute. a chute for directing ejected material based on an orientation of the chute; a cable system and a control head operatively coupled to the chute via the cable system, the control head enabling remote adjustment of the orientation of the chute via the cable system, wherein the orientation of the chute is adjustable through a plurality of positions characterised in that the positions are fixable by a positioning assembly disposed at the chute, the cable system comprising a continuous closed loop, wherein the control head is affixed to a first point of the continuous closed loop and the chute is affixed to a second point of the at least one continuous closed loop, such that movement of the control head induces movement of the continuous closed loop to correspondingly move the chute.
Arrangement for reducing a magnetic unidirectional flux component (Φ DC) in the core of a transformer, comprising: - a measurement apparatus, which is suitable for providing a measurement signal corresponding to the magnetic unidirectional flux component (Φ DC), - a compensation winding, which can be magnetically coupled to the core of the transformer, wherein the compensation winding is arranged such that the magnetic flux flowing in the core induces a voltage (U K) in the compensation winding, - a switch device, which is arranged electrically in series with the compensation winding in a current path, - a control device, which controls the switch device by means of a control parameter such that the switch device can be switched to a conductive state at an activation time, wherein the activation time is dependent on the measurement signal and is phase-synchronous to the voltage (U K) in the compensation winding, whereby a compensation current (I K) is injected into the compensation winding, the effect of which is directed against the unidirectional flux component (Φ DC). wherein - the switch device is formed by a magnetic core and a winding arrangement (3,20) which is magnetically coupled to this core, - the control parameter is supplied to the winding arrangement (3,20) such that the magnetic saturation state of the core can be varied, whereby the conductive state of the switch device is produced, characterised in that the winding arrangement (3, 20) is formed of a control winding, which is connected to the control device for the purpose of introducing a control current, and a load winding, which is integrated into the current path. - a measurement apparatus, which is suitable for providing a measurement signal corresponding to the magnetic unidirectional flux component (Φ DC), - a compensation winding, which can be magnetically coupled to the core of the transformer, wherein the compensation winding is arranged such that the magnetic flux flowing in the core induces a voltage (U K) in the compensation winding, - a switch device, which is arranged electrically in series with the compensation winding in a current path, - a control device, which controls the switch device by means of a control parameter such that the switch device can be switched to a conductive state at an activation time, wherein the activation time is dependent on the measurement signal and is phase-synchronous to the voltage (U K) in the compensation winding, whereby a compensation current (I K) is injected into the compensation winding, the effect of which is directed against the unidirectional flux component (Φ DC). wherein - the switch device is formed by a magnetic core and a winding arrangement (3,20) which is magnetically coupled to this core, - the control parameter is supplied to the winding arrangement (3,20) such that the magnetic saturation state of the core can be varied, whereby the conductive state of the switch device is produced,
A biological fluid sampling device, comprising: a housing having an inlet port, a reservoir disposed within the housing and in fluid communication with the inlet port; and a puncturing element, a portion of which is disposed within the housing and adapted for movement between a pre-actuated position wherein the puncturing element is retained within the housing and a puncturing position wherein the puncturing element extends through the inlet port of the housing, characterized in that a first test element is removably receivable within a first cavity, the first cavity defined in the housing and in fluid communication with the reservoir, the first cavity including an opening defined in an outer surface of the housing to receive the first test element. a housing having an inlet port, a reservoir disposed within the housing and in fluid communication with the inlet port; and a puncturing element, a portion of which is disposed within the housing and adapted for movement between a pre-actuated position wherein the puncturing element is retained within the housing and a puncturing position wherein the puncturing element extends through the inlet port of the housing, characterized in that a first test element is removably receivable within a first cavity, the first cavity defined in the housing and in fluid communication with the reservoir, the first cavity including an opening defined in an outer surface of the housing to receive the first test element.