mhurhangee/ep-ind-claims huggingface dataset:
Passenger car comprising - an integral subframe, - a body which has longitudinal members spaced apart from one another in the transverse direction of the vehicle, the integral subframe being fastened to the longitudinal members of the body, - and a fastening arrangement for fastening the integral subframe to the body, an electrical energy storage device, which is arranged behind the integral subframe in the longitudinal direction of the vehicle and which is arranged below a base of the body, being fastened to the body, characterized in that the integral subframe has at least one step at its end facing the energy storage device, by means of which step at least one upper support surface and one lower support surface are formed, the upper support surface being arranged in the longitudinal direction of the vehicle opposite a cross member of the body arranged under the base and the lower support surface being arranged in the longitudinal direction of the vehicle opposite a support element of the energy storage device arranged under the base. - an integral subframe, - a body which has longitudinal members spaced apart from one another in the transverse direction of the vehicle, the integral subframe being fastened to the longitudinal members of the body, - and a fastening arrangement for fastening the integral subframe to the body, an electrical energy storage device, which is arranged behind the integral subframe in the longitudinal direction of the vehicle and which is arranged below a base of the body, being fastened to the body,
A circuit comprising: a chemically-sensitive sensor formed by a transistor that is a field effect transistor; a select transistor formed on a substrate, the select transistor being a field effect transistor and being directly connected in series with the transistor of the chemically-sensitive sensor, wherein the gate oxide regions of the select transistor and the transistor of the chemically-sensitive sensor are matched; a sampling circuit configured to take a reference sample from the select transistor when a first voltage is applied to the gate of the select transistor and to take a signal sample from the chemically-sensitive sensor through the select transistor when a second voltage is applied to the gate of the select transistor, wherein the reference sample is taken from the select transistor while the select transistor is in the saturation region and the signal sample is taken from the chemically-sensitive sensor through the select transistor while the select transistor is in the linear region; and a difference circuit that is configured to determine a difference between the reference sample and the signal sample. a chemically-sensitive sensor formed by a transistor that is a field effect transistor; a select transistor formed on a substrate, the select transistor being a field effect transistor and being directly connected in series with the transistor of the chemically-sensitive sensor, wherein the gate oxide regions of the select transistor and the transistor of the chemically-sensitive sensor are matched; a sampling circuit configured to take a reference sample from the select transistor when a first voltage is applied to the gate of the select transistor and to take a signal sample from the chemically-sensitive sensor through the select transistor when a second voltage is applied to the gate of the select transistor, wherein the reference sample is taken from the select transistor while the select transistor is in the saturation region and the signal sample is taken from the chemically-sensitive sensor through the select transistor while the select transistor is in the linear region; and a difference circuit that is configured to determine a difference between the reference sample and the signal sample.
A composition comprising injectable biodegradable polymeric hydrogel microbeads, wherein the microbeads comprise mesenchymal stem cells and alginate, and wherein the expression, production, or secretion of an angiogenic factor or a hypertrophic factor or both by the mesenchymal stem cells is inhibited by contact with chondrogenic medium, or the expression, production, or secretion of a chondrogenic factor or an anti-hypertrophic factor or both by the mesenchymal stem cells is stimulated by contact with chondrogenic medium, characterized in that alginate lyase is incorporated into the alginate.
An RFID system comprising: an RFID reader configured to interrogate RFID antennas; the system being characterised by: a series of cable links; an antenna array comprising two or more RFID antennas serially connectable to the RFID reader via said series of cable links, each RFID antenna associated with a respective cable link, which is the last one of the series of cable links in the connection from the RFID reader to the respective RFID antenna, each cable link having a respective cable length; a respective length compensation unit associated with each RFID antenna and connected between the RFID antenna and the respective associated cable link, the length compensation unit configured to adjust a total cable length between the RFID reader and a respective RFID antenna to be an effective cable length, the total cable length comprising a sum of cable lengths for each cable link of the series of cable links connecting the RFID reader and the respective RFID antenna. a series of cable links; an antenna array comprising two or more RFID antennas serially connectable to the RFID reader via said series of cable links, each RFID antenna associated with a respective cable link, which is the last one of the series of cable links in the connection from the RFID reader to the respective RFID antenna, each cable link having a respective cable length; a respective length compensation unit associated with each RFID antenna and connected between the RFID antenna and the respective associated cable link, the length compensation unit configured to adjust a total cable length between the RFID reader and a respective RFID antenna to be an effective cable length, the total cable length comprising a sum of cable lengths for each cable link of the series of cable links connecting the RFID reader and the respective RFID antenna.
Hydraulic unit for providing a pressurized hydraulic liquid for driving a coupled hydraulic actuator, having a motor which is arranged in a motor housing, a hydraulic accumulator which is arranged in an accumulator housing, a hydraulic pump which is arranged in a pump housing, and a hydraulic block, at least the motor housing, the pump housing and the hydraulic block forming a rigid module which can be handled as one unit, and the hydraulic liquid which flows around in the module permeating all elements of the module in regions in the longitudinal direction, the hydraulic pump and the hydraulic block forming one functional unit, and the hydraulic block being provided with a plurality of hydraulic connector elements, characterized in that, by way of a flange, the hydraulic block covers a delivery chamber which is arranged in the pump housing on the side which lies opposite the motor housing.
Electromagnetic processing module including: - a main body having a front face, - a light emitting assembly including a plurality of light emitting sources, the light emitting assembly being such mounted onto the main body as to radiate frontwards, - a fluidic circuit provided within the main body for thermal regulation of the light emitting assembly; - at least one confinement element ( 44, 60, 64, 71) made of a material opaque to the emitted light and having a confinement face ( 47, 61, 74, 79) exposed to the emitted light, characterized in that the fluidic circuit comprises at least one intake channel formed in the main body and at least one discharge channel formed in the main body, said confinement element ( 44, 60, 64, 71) being mounted onto the main body so as to be in thermal co ntact therewith, whereby thermal regulation of the confinement face ( 47, 61, 74, 79) is provided by the fluidic circuit. - a main body having a front face, - a light emitting assembly including a plurality of light emitting sources, the light emitting assembly being such mounted onto the main body as to radiate frontwards, - a fluidic circuit provided within the main body for thermal regulation of the light emitting assembly; - at least one confinement element ( 44, 60, 64, 71) made of a material opaque to the emitted light and having a confinement face ( 47, 61, 74, 79) exposed to the emitted light,
A method for controlling security apparatus session sharing between an electronic device, and a security apparatus (120, 708) physically coupled to the electronic device, the electronic device comprising a security service, the method comprising: establishing, by a first application executing on the electronic device, a session, via the security service, with the security apparatus upon receiving a valid security string to unlock the security apparatus; receiving, by the first application, a token in response to unlocking the security apparatus, the token enabling the first application to utilize the security apparatus; in response to identifying a second application on a white list, by the first application, as to whether the token can be shared with the second application and the white list specifying that the first application is allowed to share the token with the second application: providing, by the first application, the token to the second application executing on the electronic device using a file system on the electronic device, wherein the token authorizes the second application to utilize the security apparatus; and invalidating the token in response to locking the security apparatus, wherein the security apparatus is locked at least upon a power reset of the electronic device. establishing, by a first application executing on the electronic device, a session, via the security service, with the security apparatus upon receiving a valid security string to unlock the security apparatus; receiving, by the first application, a token in response to unlocking the security apparatus, the token enabling the first application to utilize the security apparatus; in response to identifying a second application on a white list, by the first application, as to whether the token can be shared with the second application and the white list specifying that the first application is allowed to share the token with the second application: providing, by the first application, the token to the second application executing on the electronic device using a file system on the electronic device, wherein the token authorizes the second application to utilize the security apparatus; and invalidating the token in response to locking the security apparatus, wherein the security apparatus is locked at least upon a power reset of the electronic device.
An air-conditioning apparatus comprising: a receiving unit configured to receive remote control information transmitted from a remote control device; an adapter configured to receive remote information including operation details conveyed through an external network; an information outputting unit configured to output information when the adapter receives the remote information or when the receiving unit receives the remote control information; and a controller configured to control operations of the information outputting unit, characterised in that the controller includes information adjustment means configured to cause the information outputting unit to output different information when the adapter receives the remote information and when the receiving unit receives the remote control information. a receiving unit configured to receive remote control information transmitted from a remote control device; an adapter configured to receive remote information including operation details conveyed through an external network; an information outputting unit configured to output information when the adapter receives the remote information or when the receiving unit receives the remote control information; and a controller configured to control operations of the information outputting unit, characterised in that the controller includes information adjustment means configured to cause the information outputting unit to output different information when the adapter receives the remote information and when the receiving unit receives the remote control information.
A liquid ejection apparatus comprising a fluid line configured to extend into a tank and to receive a liquid, a rotary head being arranged on the fluid line and fitted with a rotary hub that comprises a liquid ejection nozzle for ejecting the liquid, the rotary head being rotatable in a first direction about a first geometrical axis and the rotary hub being rotatable in a second direction about a second geometrical axis that is offset from the first geometrical axis, such that the liquid ejected by the nozzle is ejected in a pattern towards an interior surface of the tank, wherein the liquid ejection nozzle comprises a first liquid outlet capable of ejecting the liquid in a first direction towards the interior surface of the tank, and a second liquid outlet capable of ejecting the liquid in a second direction towards the interior surface of the tank, characterized in that the liquid ejection nozzle forms a unitary body were the second liquid outlet has the form of an opening in the side of the liquid ejection nozzle, and the second liquid outlet is arranged on a side of the liquid ejection nozzle that faces the fluid line during a period of time when the rotary hub rotates in the second direction about the second geometrical axis.
Pump, in particular for home appliances such as dish washers or washing machines, which pump is configured as a radial pump, having a pump chamber with central suction and with a pump chamber outlet, wherein in the pump chamber an impeller rotates for transporting fluid and for discharging the fluid from the suction in radial direction out of the impeller into the pump chamber, wherein the discharged fluid is moved for circulation in the pump chamber towards the pump chamber outlet, wherein radially outside the impeller, a circular ring shaped and circumferential pump chamber ring section is provided as a part of the pump chamber, and wherein the pump chamber ring section essentially has an extension along the axial direction of the pump from the impeller counter the suction direction up to the pump chamber outlet, wherein the axial length of the pump chamber ring section is four times to ten times of the maximum radial width thereof, characterized in that the pump chamber ring section has a varying radial width (29a-c) and is configured to be narrower in a compression region in the circulation direction, wherein the pump chamber is configured without a guide ring and does not have guide elements in the type of a guide ring.
Valve assembly, housable in extractable way in a housing compartment of a pump body of a pump of the cooling liquid of a vehicle, in a position downstream of an impeller of said pump, wherein the valve assembly extends along an axis (Y-Y) identifying transversely to it a through duct and parallel to it a passage area for the cooling liquid; wherein the valve assembly comprises a shutter drivable in rotation and comprising an operating member rotatable in a manner offset with respect to said axis (Y-Y) between a closed position and an open position; wherein the passage area has a shape tapered towards the closed position of the operating member and that the operating member is rotatable in a plurality of intermediate positions between the closed position and the open position, wherein as a function of its angle of rotation with respect to the axis (Y-Y) co-operates with the passage area identifying a passage opening through which flows the cooling liquid wherein the passage opening is shaped by defining a ratio opening angle (α)/cooling liquid flow rate with a linear trend; the valve assembly being characterized by the fact that the operating member comprises an active portion and a passive portion, disposed with respect to the axis (Y-Y) on different radii, namely radially facing each other, and are respectively guidable in rotation, wherein the passage area is formed on said passive portion and the passage opening is identified in the rotation of the active portion with respect to the passive portion.
A cooling element for an electronic apparatus, said element comprising: an inlet for receiving fluid, an outlet for forwarding fluid from said cooling element, a plurality of pipes providing parallel fluid paths for passing said fluid from said inlet to said outlet, characterized in that a plurality of base plates (2, 11, 12, 14) for receiving electronic components (15, 16, 17) are attached to said plurality of pipes for conducting heat generated by said electronic components (15, 16, 17) to said fluid in said pipes, said cooling element comprises base plates (2, 11, 12, 14) attached to opposite sides of said plurality of pipes, and said plurality of pipes are divided by longitudinal internal walls into at least two different channels (7, 8) for conveying said fluid from said inlet to said outlet, such that said base plates (2, 11, 12, 14) located on opposite sides of said pipes are in contact with walls of different channels (7, 8) for conducting heat into fluid of different channels (7, 8). an inlet for receiving fluid, an outlet for forwarding fluid from said cooling element, a plurality of pipes providing parallel fluid paths for passing said fluid from said inlet to said outlet, characterized in that a plurality of base plates (2, 11, 12, 14) for receiving electronic components (15, 16, 17) are attached to said plurality of pipes for conducting heat generated by said electronic components (15, 16, 17) to said fluid in said pipes, said cooling element comprises base plates (2, 11, 12, 14) attached to opposite sides of said plurality of pipes, and said plurality of pipes are divided by longitudinal internal walls into at least two different channels (7, 8) for conveying said fluid from said inlet to said outlet, such that said base plates (2, 11, 12, 14) located on opposite sides of said pipes are in contact with walls of different channels (7, 8) for conducting heat into fluid of different channels (7, 8).
A touch display circuit characterized in that it comprises a touch unit and a display unit; wherein the touch unit comprises a first switch transistor, a second switch transistor, a first capacitor, a touch electrode and an amplifying transistor; a source of the first switch transistor is connected with a data line (Dn), and a gate of the first switch transistor is connected with a first signal control line; a first terminal of the touch electrode is connected with a drain of the first switch transistor; a gate of the amplifying transistor is connected with a second terminal of the touch electrode, and a source of the amplifying transistor is connected with a second scan line; a gate of the second switch transistor is connected with a first scan line or the second scan line, a source of the second switch transistor is connected with a drain of the amplifying transistor, and a drain of the second switch transistor is connected with a signal acquiring line; a first electrode of the first capacitor is connected with the second scan line, and a second electrode of the first capacitor is connected with a third terminal of the touch electrode; the display unit comprises a light-emitting module, a second capacitor, a driving transistor (DTFT), a third switch transistor, a fourth switch transistor, a fifth switch transistor and a sixth switch transistor; a gate of the third switch transistor is connected with a second signal control line, a source of the third switch transistor is connected with a first level terminal, and a drain of the third switch transistor is connected with a first electrode of the second capacitor; a gate of the fourth switch transistor is connected with the first scan line or the second scan line; a source of the fourth switch transistor is connected with a low level terminal; and a drain of the fourth switch transistor is connected with a second electrode of the second capacitor; a gate of the fifth switch transistor is connected with the first scan line or the second scan line, and a source of the fifth switch transistor is connected with the second electrode of the second capacitor; a gate of the sixth switch transistor is connected with the first scan line or the second scan line, a source of the sixth switch transistor is connected with the data line (Dn), and a drain of the sixth switch transistor is connected with a drain of the fifth switch transistor; a gate of the driving transistor (DTFT) is connected with the drain of the sixth switch transistor, and a source of the driving transistor (DTFT) is connected with the first electrode of the second capacitor; the light-emitting module is connected with the first scan line or the second scan line, a drain of the driving transistor (DTFT) and a second level terminal, and the light-emitting module is controlled by the first scan line or the second scan line, the drain of the driving transistor (DTFT) and the second level terminal to emit light.