mhurhangee/ep-ind-claims huggingface dataset:
Driver information apparatus with a radio functionality, a CD functionality and a navigation functionality, having an operator control apparatus with a display (6, 30), wherein the display (6, 30) is of touch-sensitive design, wherein a respective selection window is presentable in the display for the radio functionality, the CD functionality and the navigation functionality and wherein the respective function is indicated in the selection window, wherein a selection function (38, 42, 46) for expanding at least one of the selection windows (31, 32, 33) is provided such that a display area of the selection window is enlarged, wherein the selection window is expanded by at least one presentation of a selectable subfunction of the respective function, and wherein a respective activation marker (37, 41, 45) is presented in the respective selection window without enlargement of the selection window, said activation marker indicating activation of the respective functionality and, when selected, activating the respective functionality.
Shoe, especially sports shoe, comprising a shoe upper, wherein the shoe upper consists at least partially of a knitted fabric, wherein the shoe upper has a plurality of loops for threading a lace to allow the tying of the shoe at the foot of a wearer by means of the lace, wherein at least a part of the loops consist of a knitted fabric, wherein the loops have the shape of a tubular body which forms a passage for the lace, characterized in that the knitted fabric of the shoe upper and the knitted fabric of the loops form a unitary knit construction, wherein the loops are connected with the knitted fabric of the shoe upper only by the knitted construction and are free from any means for transferring a tying force.
An identification system (100, 200, 300, 400, 500) comprising: a first component comprising a first resistor (114, 214, 314, 414, 514), and a second resistor (116, 216, 316, 416, 516); a second component comprising a sensor (154, 254, 354, 454, 554) configured to sense a voltage difference between a first bus (190a, 290a, 390a, 490a, 590a) and a second bus (190b, 290b, 390b, 490b, 590b), and a selector signal output port configured to provide a first selector signal and a second selector signal; and a third component comprising a switching network configured to electrically connect the second bus to the first bus across one or both of the first resistor and the second resistor in response to the first selector signal, and electrically connect the second bus to the first bus across a different one of the first resistor or the second resistor in response to the second selector signal. a first component comprising a first resistor (114, 214, 314, 414, 514), and a second resistor (116, 216, 316, 416, 516); a first resistor (114, 214, 314, 414, 514), and a second resistor (116, 216, 316, 416, 516); a second component comprising a sensor (154, 254, 354, 454, 554) configured to sense a voltage difference between a first bus (190a, 290a, 390a, 490a, 590a) and a second bus (190b, 290b, 390b, 490b, 590b), and a selector signal output port configured to provide a first selector signal and a second selector signal; and a sensor (154, 254, 354, 454, 554) configured to sense a voltage difference between a first bus (190a, 290a, 390a, 490a, 590a) and a second bus (190b, 290b, 390b, 490b, 590b), and a selector signal output port configured to provide a first selector signal and a second selector signal; and a third component comprising a switching network configured to electrically connect the second bus to the first bus across one or both of the first resistor and the second resistor in response to the first selector signal, and electrically connect the second bus to the first bus across a different one of the first resistor or the second resistor in response to the second selector signal.
Use of a small molecule palladium complex comprising Tris(dibenzylideneacetone)dipalladium in the manufacture of a medicament for treating a tumor or cancer in a patient.
A system for transferring data between a server and a ventilator, wherein the ventilator comprises: a source for breathing gas and at least one interface for allowing for data transfer, a device for gathering data, a control unit, a memory, a time unit for setting a system time, characterized in that the ventilator stores the data in the memory at least temporarily and assigns the system time to the data as a time stamp, wherein the system time is sent via the interface to the server, wherein the server comprises a server time unit for providing a server time and a comparison apparatus, wherein the comparison apparatus compares the server time with the system time and, in the event of a defined match between the server time and the system time, transfers the data from the ventilator and stores said data in a server memory and wherein the server is configured to evaluate a deviation between the system time and the server time and to transfer a corresponding evaluation to the ventilator, wherein the ventilator blocks transfer of data from the ventilator in the event of a defined deviation between the server time and the system time until the system time is newly set such that a defined match with the server time is achieved, wherein the newly set system time is applied to the time stamp in the memory of the ventilator such that a new time stamp is assigned to the data, whereupon the data are transferred with the new time stamp to the server.
A blade outer air seal (BOAS) comprising: a tube of a ceramic matrix composite material; and a preform within the tube configured to receive a mount for the BOAS, wherein the preform is of a CMC material, wherein the tube has a first open end and a second open end at opposite sides of the BOAS, and the preform comprises a first preform in the first open end facing circumferentially outward and a second preform in the second open end facing circumferentially outward opposite the first preform, and characterised in that the tube comprises a substantially rectangular shape with a radially inner surface and a radially outer surface joined by side surfaces, the radially outer surface including a first cutout and a second cutout at respective first and second ends. a tube of a ceramic matrix composite material; and a preform within the tube configured to receive a mount for the BOAS, wherein the preform is of a CMC material, wherein the tube has a first open end and a second open end at opposite sides of the BOAS, and the preform comprises a first preform in the first open end facing circumferentially outward and a second preform in the second open end facing circumferentially outward opposite the first preform, and characterised in that the tube comprises a substantially rectangular shape with a radially inner surface and a radially outer surface joined by side surfaces, the radially outer surface including a first cutout and a second cutout at respective first and second ends.
Modular weighing scale (30a, 30b, 40, 50) comprising a base unit, a weighing cell arranged inside the base unit, and a load receiver (32, 42, 52) arranged outside of the base unit and connected to the weighing cell through a passage opening in the base unit, wherein the base unit extends substantially parallel to a main plane (x-y) and outline dimensions of the base unit parallel to the main plane (x-y) are substantially larger than an outline dimension of the base unit in a z-direction perpendicular to said main plane, characterized in that the base unit is designed as a module that is operable selectively in a first configuration and in a second configuration, wherein in the first configuration, the main plane (x-y) of the base unit is disposed horizontally, the load receiver (32, 42) extends parallel to the main plane (x-y) as a substantially horizontal platform over the base unit, and the weighing cell is mounted inside the base unit in a first orientation in which the weighing cell measures a vertical weighing force acting in the z-direction of the base unit and is connected to the load receiver (32, 42) by way of a carrier member supporting the load receiver from below, and wherein in the second configuration the main plane (x-y) is disposed vertically, the load receiver hangs below the base unit as a suspended weighing pan, and the weighing cell is mounted inside the base unit in a second orientation in which the weighing cell measures a vertical weighing force acting in a direction parallel to the main plane (x-y) and is connected to the suspended load receiver by way of a suspension member supporting the load receiver from above.
A hanger for hanging up a bag on a clothes rail comprising a suspension element which is so adapted that the hanger can be received with the suspension element on a clothes rail, and a holding element which is so adapted that a strap of the bag can be received thereon, wherein in the hung-up condition of the hanger the holding element is arranged under the suspension element, wherein the holding element has an at least portion-wise convexly curved receiving surface with which the strap of the bag can be brought into engagement, the holding element has a securing element which is so adapted that it prevents the strap for slipping off, and the suspension element in the hung-up condition of the hanger extends at least portion-wise over the holding element, characterised in that the securing element is a non-slip coating extending at least portion-wise on the receiving surface.
A method for 3-D interactive examination of a subject tooth, the method executed at least in part by a computer, comprising: obtaining CBCT volume image data containing at least the subject tooth and background content adjacent to the subject tooth; displaying a first image from the CBCT volume image data that shows at least the subject tooth and the background content; identifying a portion of the background content in the first image according to a first operator instruction; identifying tooth content for the at least the subject tooth in the first image according to a second operator instruction; segmenting the at least the subject tooth including a root canal volume from within the CBCT volume image data according to the first and second operator instructions; automatically computing a cutting plane (62, 62') for viewing slice images of the tooth that show both of root canal-like pixels and tooth fracture-like pixels, said cutting plane (62, 62') having a viewing angle that maximizes the number of root canal-like and fracture-like pixels in the slice images and displaying the segmented subject tooth according to the computed cutting plane (62, 62'). obtaining CBCT volume image data containing at least the subject tooth and background content adjacent to the subject tooth; displaying a first image from the CBCT volume image data that shows at least the subject tooth and the background content; identifying a portion of the background content in the first image according to a first operator instruction; identifying tooth content for the at least the subject tooth in the first image according to a second operator instruction; segmenting the at least the subject tooth including a root canal volume from within the CBCT volume image data according to the first and second operator instructions; automatically computing a cutting plane (62, 62') for viewing slice images of the tooth that show both of root canal-like pixels and tooth fracture-like pixels, said cutting plane (62, 62') having a viewing angle that maximizes the number of root canal-like and fracture-like pixels in the slice images and displaying the segmented subject tooth according to the computed cutting plane (62, 62').
Pneumatic vehicle tyre having a tread with profile positives with sipes which, in plan view, extend parallel to one another and at an angle of 0° to 50° to the axial direction and which have a width (b 1) of 0.4 mm to 1.2 mm and a maximum depth (t 1) of 70% to 100% of the profile depth, said sipes each having a central sipe portion which, in plan view, extends in an undulating manner and has an amplitude and a wavelength (λ) and has at least one undulating sipe zone which projects from the tread periphery into the interior of the sipe, wherein the undulating sipe zone adjoins three undulation portions (4a`, 4a"), which in plan view are positioned in succession and each extend over a half wavelength (λ/2), of the central sipe portion and, in a view directed towards one of the sipe walls, is formed from a U-shaped outer zone region (7"), which extends between the two outer undulation portions (4a"), and from an inner zone region, around which said outer zone region runs and which adjoins the central undulation portion (4a`) and is curved oppositely to the outer zone region (7"), wherein the amplitude of the undulating sipe portion in the inner zone region decreases in a radial direction proceeding from the tread periphery, characterized in that, over its entire extent, the outer zone region (7") extends so as to be curved oppositely to the inner zone region while maintaining the half wavelength (λ/2).
Method for activating a lifting unit of a mobile working appliance, in particular a tractor, wherein the lifting unit has at least one lower link which is adjustable by means of an electro-hydraulic lifting unit controller, and at least one hydraulic upper link whose length is adjustable by activation via an upper link control loop, in order to set a desired position of a device inserted into the lifting unit, wherein the upper link control loop allows pressure control and length control in dependence on pressure acting on the hydraulic drive and in dependence on the length of the upper link, characterized in that the type of control is set both manually by an operator on an operator control panel and automatically in dependence on operating states of the lifting unit, the upper link or the tractor.
A vehicle, notably a bus, said vehicle comprising: - a lighting system with a light emitting surface, said lighting system being configured for displaying a first lighting configuration and a second lighting configuration, the second lighting configuration being displayed by a proportion of said light emitting surface, - a position monitoring module configured for monitoring the position of a road user with respect to said vehicle, characterized in that the position monitoring module further comprises means for identifying a mask, such as another vehicle, between the vehicle and the road user, the mask masking the first lighting configuration to the road user, and in that the lighting system is further configured for switching from the first lighting configuration to the second lighting configuration depending on the position of said road user with respect to the vehicle and upon detection of the mask between said vehicle and the road user, such that the second lighting configuration is in the field of view of the road user. - a lighting system with a light emitting surface, said lighting system being configured for displaying a first lighting configuration and a second lighting configuration, the second lighting configuration being displayed by a proportion of said light emitting surface, - a position monitoring module configured for monitoring the position of a road user with respect to said vehicle, characterized in that the position monitoring module further comprises means for identifying a mask, such as another vehicle, between the vehicle and the road user, the mask masking the first lighting configuration to the road user, and in that the lighting system is further configured for switching from the first lighting configuration to the second lighting configuration depending on the position of said road user with respect to the vehicle and upon detection of the mask between said vehicle and the road user, such that the second lighting configuration is in the field of view of the road user.
A slip control system for a vehicle braking system, the slip control system including an attenuator connected to a pump outlet of a piston pump for dampening pump output pressure pulses prior to application of the brakes, the attenuator including an elastomeric member, characterized in that: the attenuator is located in a rigid tube, which is disposed within a bore of a housing for reduced housing package size, the rigid tube defines a shoulder and the elastomeric member includes a flange which rests on the shoulder and locates the elastomeric member in a predetermined axial position within the rigid tube, an annular space is defined between an outer surface of the rigid tube and a wall of the bore of the housing, the annular space defining an annular fluid flow passage for brake fluid flow within the housing, and an outside wall of the elastomeric member includes circumferentially extending grooves defining ribs between adjacent grooves. the attenuator is located in a rigid tube, which is disposed within a bore of a housing for reduced housing package size, the rigid tube defines a shoulder and the elastomeric member includes a flange which rests on the shoulder and locates the elastomeric member in a predetermined axial position within the rigid tube, an annular space is defined between an outer surface of the rigid tube and a wall of the bore of the housing, the annular space defining an annular fluid flow passage for brake fluid flow within the housing, and an outside wall of the elastomeric member includes circumferentially extending grooves defining ribs between adjacent grooves.
A device for the simultaneous distribution of a plurality of agents to a plurality of spatially defined locations in a selected region of a solid tumor in an axis of delivery, said device comprising: a plurality of needles arranged in an array and configured to deliver the plurality of agents separately to said defined locations in the solid tumor such that when delivered the agents are in approximately column-shaped regions coaxial with respect to the axis of delivery; and a plurality of reservoirs, each in fluid communication with a respective one of said plurality of needles, wherein each reservoir can comprise a different agent. a plurality of needles arranged in an array and configured to deliver the plurality of agents separately to said defined locations in the solid tumor such that when delivered the agents are in approximately column-shaped regions coaxial with respect to the axis of delivery; and a plurality of reservoirs, each in fluid communication with a respective one of said plurality of needles, wherein each reservoir can comprise a different agent.
A compressor over-load protection control method, wherein the compressor over-load protection control method is configured for over-load protection of a dehumidifier and an air conditioner, and each of the dehumidifier and the air conditioner comprises an evaporator and the compressor, the compressor over-load protection control method comprising: detecting whether the compressor is in a power-on state or a power-off state by detecting a tube temperature of an evaporator; judging the compressor is under over-load protection when the compressor is in the power-off state and judging the compressor is not under over-load protection when the compressor is in the power-on state; and shielding fluorine shortage protection if the compressor is under the over-load protection. detecting whether the compressor is in a power-on state or a power-off state by detecting a tube temperature of an evaporator; judging the compressor is under over-load protection when the compressor is in the power-off state and judging the compressor is not under over-load protection when the compressor is in the power-on state; and shielding fluorine shortage protection if the compressor is under the over-load protection.
A system for raising at least one flag or pennant (Q, R) while lowering at least one other flag or pennant (Q, R), said system comprising two or more flags and/or a pennants (Q, R) attached to a line, said line being attached at one end to a first drum and extending from that first drum via a pulley or ball bearings at the top of a flagpole, onto a second drum wherein said first and second drum (B,C) are placed in a container, characterized in that said container has at least two chambers, with one drum (B, C) in each chamber, said drums (B, C) being controlled by at least one motor, said motor being driven by a power source, and when a flag or pennant (Q, R) is rolled out from a first drum, another flag or pennant (Q, R) is rolled onto a second drum and there are sensors on the line such that the motor stops when the flag and / or pennant is respectively rolled around the drum (B, C) or to the top of the flagpole.
A faucet assembly suitable for being embedded in a wall, comprising: a lower main body provided with a water inlet and a water outlet; an upper main body which is mounted on the lower main body, and the top of the upper main body is connected with a constant pressure valve core, the constant pressure valve core is connected with a switch handle; the lower main body is provided with an inlet passage and an outlet passage, characterised in that the assembly comprises a housing, wherein mounting feet are provided at the bottom of the housing; the lower main body is provided within the housing; the water inlet and outlet of the lower main body protrude from a side wall of the housing; the constant pressure valve core protrudes from the housing; the housing is also provided with a panel clinging to a wall surface, when the assembly is in its mounted condition, and used for shielding internal pieces of the housing; the inlet passage is provided with a water baffle comprising a standing plate, the bottom of the standing plate buckles inwards first and then downwards to form a buckling abdicating part; a side position of the inlet passage is provided with a stream guidance cavity with an opening on the top, the stream guidance cavity comprises an upper stream guidance cavity and a lower stream guidance cavity, the upper stream guidance cavity communicates with the outlet passage, and the lower stream guidance cavity communicates with the inlet passage through the buckling abdicating part; a further baffle is arranged between the upper stream guidance cavity and the lower stream guidance cavity, and is provided with a plurality of water-through holes for communicating the upper stream guidance cavity and the lower stream guidance cavity; the top of the stream guidance cavity is connected with a push rod by means of a threaded connection, the bottom of the push rod is provided with a sealing plug which can seal the water- through holes by moving down along with the push rod. a lower main body provided with a water inlet and a water outlet; an upper main body which is mounted on the lower main body, and the top of the upper main body is connected with a constant pressure valve core, the constant pressure valve core is connected with a switch handle;