mhurhangee/ep-ind-claims huggingface dataset:
An automatic warehouse for storing objects, comprising a storage region having multiple storage areas for the objects, wherein the storage areas can be operated for storing and removing the objects or for removing the objects from a manipulator, wherein the storage region is at least partially surrounded by housing walls, wherein an access door is arranged preferably in at least one of the housing walls, comprising a control device for controlling the manipulator and for managing the storage regions and comprising a display device having a display, wherein data communication is performed between the display device and the control device, wherein the display device is arranged on or in one of the housing walls or on or in the access door, wherein the display has an elongated, rectangular shape and is arranged in the portrait position, characterized in that the control device controls a position of a display section that can be displayed on the display in the vertical direction by means of a control command generated as a function of control data and/or as a function of an input command to adapt to the habits of a user or to the size of a user. comprising a storage region having multiple storage areas for the objects, wherein the storage areas can be operated for storing and removing the objects or for removing the objects from a manipulator, wherein the storage region is at least partially surrounded by housing walls, wherein an access door is arranged preferably in at least one of the housing walls, comprising a control device for controlling the manipulator and for managing the storage regions and comprising a display device having a display, wherein data communication is performed between the display device and the control device, wherein the display device is arranged on or in one of the housing walls or on or in the access door, wherein the display has an elongated, rectangular shape and is arranged in the portrait position, characterized in that the control device controls a position of a display section that can be displayed on the display in the vertical direction by means of a control command generated as a function of control data and/or as a function of an input command to adapt to the habits of a user or to the size of a user.
A method for manufacturing a crepe paper comprising: preparing a micro-emulsion comprising at least one release agent and at least one modifier agent; wherein the release agent and modifier agent can each be homogenized separately and then combined or combined and then homogenized, producing a micro-emulsion having mean particle size of about 1μm or less, can be about 500nm or less, and may be about 300nm or less; applying the micro-emulsion to the surface of a crepe fiber web and/or surface of a Yankee cylinder with one or more adhesives and optionally one or more plasticizers; and producing a crepe paper product. preparing a micro-emulsion comprising at least one release agent and at least one modifier agent; wherein the release agent and modifier agent can each be homogenized separately and then combined or combined and then homogenized, producing a micro-emulsion having mean particle size of about 1μm or less, can be about 500nm or less, and may be about 300nm or less; applying the micro-emulsion to the surface of a crepe fiber web and/or surface of a Yankee cylinder with one or more adhesives and optionally one or more plasticizers; and producing a crepe paper product.
Device for simultaneous attachment of a bracket for roofing sheet to an underlay and folding into a low flange of plate or sheet coverage of at least a part of an end portion of a connecting tongue of said bracket, wherein the device comprises a hollow longitudinal housing, at a first end of which is arranged a fixed or detachably mounted driving apparatus and at a second end of which is arranged an elongated hollow means, which is axially displaceable in the housing and which projects beyond the second end of the housing, the projecting end of the hollow means being provided with a folding device comprising a pivotable folding arm having a first end, the device further comprising an actuation means arranged at the second end of the housing for giving, when the folding device is pressed against the underlay thereby axially displacing the housing and the folding device against each other, a radial motion to said first end of said folding arm, so that said first end of the folding arm folds into the low flange said at least a part of an end portion of the connecting tongue of the bracket, mounted in the folding device, while the bracket is being attached to the underlay.
A portable electric device for discharging a supercapacitor, including i) a housing comprising at least one purely passive electric assembly, the total resistance of which is less than 1 ohm and ii) two connection means (MCj) connected to the terminals of said assembly; said two connection means (MCj) being able to be connected temporarily to the terminals of said supercapacitor and said electronic assembly being dimensioned to consume, in less than 10 minutes, and in a single phase, a quantity of energy at least equal to 90% of the maximum quantity of energy able to be stored in the supercapacitor, as a function of its capacity and of the maximum voltage being able to be present at its terminals with a view to its discharging by consumption of energy by said assembly.
A pharmaceutical composition for use in the prevention or treatment of a bone loss disease, the pharmaceutical composition comprising cyclo-hispro or a pharmaceutically acceptable salt thereof.
System for controlling the opening of a vehicle panel, in particular a vehicle door, the system comprising: - a housing, - a handle movable with respect to the housing, - an electric motor, - a computer configured to change from a standby mode to an active mode, characterised in that the electric motor is suitable for generating a wake-up voltage TR when the handle is moved with respect to the housing; the computer being configured to change from standby mode to active mode when it receives the wake-up voltage TR generated by the motor. - a housing, - a handle movable with respect to the housing, - an electric motor, - a computer configured to change from a standby mode to an active mode, characterised in that the electric motor is suitable for generating a wake-up voltage TR when the handle is moved with respect to the housing; the computer being configured to change from standby mode to active mode when it receives the wake-up voltage TR generated by the motor.
A variable pressure system for both the compression and expansion of gases comprising: a hydraulic cylinder having a first stroke and a second stroke; a gas tank; and a variable pressure vessel having a volume and being operably connected to the hydraulic cylinder and operably connected to the tank; wherein the variable pressure vessel includes: a liquid chamber having a variable volume that changes responsive to the first stroke and the second stroke; a gas chamber having a variable volume that changes responsive to the first stroke and the second stroke, characterized in that the gas chamber has an outer wall wherein at least a portion of the outer wall is thermally conductive and allows heat to transfer therethrough; and the variable pressure system has a moveable flexible barrier between the liquid chamber and the gas chamber, and wherein movement of the moveable barrier causes the volume in the liquid chamber and the volume in the gas chamber to displace each other and the volume in the gas chamber plus the volume in the liquid chamber is generally constant and generally equals the volume in the variable pressure vessel. a hydraulic cylinder having a first stroke and a second stroke; a gas tank; and a variable pressure vessel having a volume and being operably connected to the hydraulic cylinder and operably connected to the tank; wherein the variable pressure vessel includes: a liquid chamber having a variable volume that changes responsive to the first stroke and the second stroke; a gas chamber having a variable volume that changes responsive to the first stroke and the second stroke, characterized in that the gas chamber has an outer wall wherein at least a portion of the outer wall is thermally conductive and allows heat to transfer therethrough; and the variable pressure system has a moveable flexible barrier between the liquid chamber and the gas chamber, and wherein movement of the moveable barrier causes the volume in the liquid chamber and the volume in the gas chamber to displace each other and the volume in the gas chamber plus the volume in the liquid chamber is generally constant and generally equals the volume in the variable pressure vessel. a liquid chamber having a variable volume that changes responsive to the first stroke and the second stroke; a gas chamber having a variable volume that changes responsive to the first stroke and the second stroke, characterized in that the gas chamber has an outer wall wherein at least a portion of the outer wall is thermally conductive and allows heat to transfer therethrough; and the variable pressure system has a moveable flexible barrier between the liquid chamber and the gas chamber, and wherein movement of the moveable barrier causes the volume in the liquid chamber and the volume in the gas chamber to displace each other and the volume in the gas chamber plus the volume in the liquid chamber is generally constant and generally equals the volume in the variable pressure vessel.
A method for forming a cooling hole in a turbine engine component, said method comprising: forming a starter hole in the object; providing an electrochemical machining electrode that includes insulation that extends only partially around the electrode such that two diametrically opposite portions of the electrode remain uninsulated; and inserting the electrode only part way into the starter hole, circulating electrolyte fluid through the electrode to remove material from the turbine engine component to form a cooling hole in the object that has an inlet defined by a first cross-sectional area and an outlet defined by a second cross-sectional area, wherein the inlet is formed with a substantially circular cross-sectional area and outlet is formed with a substantially elliptical cross-sectional area.
Cover for an electronic device, said cover comprising a receiving space for receiving a at least one exchangeable battery and a battery holder of which an outer surface functions as a cover for the receiving space when connected to the cover, said battery holder comprising means for receiving and holding at least one exchangable battery at a side opposite to said outer surface and means (33,34) for connecting said battery holder releasably to said cover such that electrical contact elements of at least one battery received by said battery holder come into contact with electrical contact elements of said electronic device when said cover is connected to said electronic device.
A method for wireless communication at a user equipment, UE, comprising: receiving (1005, 1105) an indication of a transmission time interval, TTI, configuration, the TTI configuration being one TTI configuration in a plurality of available TTI configurations for communicating with a base station, wherein the plurality of available TTI configurations comprises at least one of: a first TTI configuration associated with Long Term Evolution, LTE, ultra low latency, ULL, communication, a second TTI configuration associated with LTE highly ultra reliable low latency communication, HRLLC, a third TTI configuration associated with New Radio, NR, ultra-reliable low latency communication, URLLC, or a combination thereof; determining (1010, 1110) a scrambling sequence initialization timing based at least in part on a TTI numerology associated with the TTI configuration; and communicating (1015, 1115) with the base station on a downlink or an uplink according to a scrambling sequence initialized based at least in part on the determined scrambling sequence initialization timing. receiving (1005, 1105) an indication of a transmission time interval, TTI, configuration, the TTI configuration being one TTI configuration in a plurality of available TTI configurations for communicating with a base station, wherein the plurality of available TTI configurations comprises at least one of: a first TTI configuration associated with Long Term Evolution, LTE, ultra low latency, ULL, communication, a second TTI configuration associated with LTE highly ultra reliable low latency communication, HRLLC, a third TTI configuration associated with New Radio, NR, ultra-reliable low latency communication, URLLC, or a combination thereof; determining (1010, 1110) a scrambling sequence initialization timing based at least in part on a TTI numerology associated with the TTI configuration; and communicating (1015, 1115) with the base station on a downlink or an uplink according to a scrambling sequence initialized based at least in part on the determined scrambling sequence initialization timing.
An interlock adapter connector set for providing a medical fluid to a patient, comprising: a rigid body, the rigid body comprising: an input port, output port, and a pathway between the input and output ports through which the medical fluid flows through the rigid body; and at least two flexible arms extending continuously from the rigid body creating a hinge on one end of each arm and comprising a locking protrusion at an opposite end of each arm, wherein when the flexible arms are depressed inward about the hinge, the locking protrusions of the flexible arms also flex inward; a button comprising: a button base with an opening, and an interlock ring inset in the opening of the button base, wherein the interlock ring comprises an inner wall having a recess extending circumferentially around the inner wall, and wherein the rigid body is capable of mating with the interlock ring by way of the locking protrusions such that the locking protrusions securely sit within the recess of the interlock ring and the locking protrusions rotate freely within the recess when mated. a rigid body, the rigid body comprising: an input port, output port, and a pathway between the input and output ports through which the medical fluid flows through the rigid body; and at least two flexible arms extending continuously from the rigid body creating a hinge on one end of each arm and comprising a locking protrusion at an opposite end of each arm, wherein when the flexible arms are depressed inward about the hinge, the locking protrusions of the flexible arms also flex inward; an input port, output port, and a pathway between the input and output ports through which the medical fluid flows through the rigid body; and at least two flexible arms extending continuously from the rigid body creating a hinge on one end of each arm and comprising a locking protrusion at an opposite end of each arm, wherein when the flexible arms are depressed inward about the hinge, the locking protrusions of the flexible arms also flex inward; a button comprising: a button base with an opening, and an interlock ring inset in the opening of the button base, wherein the interlock ring comprises an inner wall having a recess extending circumferentially around the inner wall, and a button base with an opening, and an interlock ring inset in the opening of the button base, wherein the interlock ring comprises an inner wall having a recess extending circumferentially around the inner wall, and wherein the rigid body is capable of mating with the interlock ring by way of the locking protrusions such that the locking protrusions securely sit within the recess of the interlock ring and the locking protrusions rotate freely within the recess when mated.
A vehicle body comprising a longitudinal member disposed as aligned in the front-back direction of the vehicle body, and a widthwise member disposed as aligned in the widthwise direction of the vehicle body, the widthwise member having at least a web surface which is configured as a top surface, a ridge part contiguous to the web surface, and a vertical wall surface contiguous to the ridge part, the widthwise member having a flange (4d; 4e) formed at a longitudinal end continuously around at least the web surface, the ridge part and the vertical wall surface, and being connected through the flange (4d; 4e) to the longitudinal member, the flange having a flange width l fc, at a center in a perimeter direction of a curved part (4e-2) thereof, being not smaller than a minimum flange width l fs in the region excluding the center in the perimeter direction of the curved part (4e-2), the widthwise member having a tensile strength of 440 MPa or larger, and characterised in that the ridge part having a radius of curvature R of 8 mm or larger, and the radius of curvature R (mm) and the height H (mm) of the transverse cross-sectional shape of the widthwise member satisfying the relational expression below: 0.06 ≤ R / H ≤ 0.25
A method for a managed physical routing element, MPRE, executing on a host computer (300, 802) that also executes a plurality of virtual machines, VMs, and a managed physical switching element, MPSE (320, 851), wherein the MPSE (320, 851) implements, along with MPSEs on other host computers, a plurality of logical network segments that are connected by a logical router that is implemented by the MPRE (330, 841) along with MPREs on other host computers, the method comprising: at the MPRE executing on the host computer (300, 802), receiving, through the MPSE, a plurality of data messages from a set of VMs in the plurality of VMs, the set of VMs comprising VMs connected to at least two different logical network segments, wherein the data messages from VMs in the at least two different logical network segments are received at the MPRE (330, 841) from a same port of the MPSE (320, 851); for each data message in the set of data messages, routing the data message from one of the logical network segments in the plurality of network segments to another of the logical network segments in the plurality of network segments; for each of the routed data messages, returning the routed data message to the same port of the MPSE (320, 851) from which the routed data message was received for the MPSE (320, 851) to forward to a destination of the data message. at the MPRE executing on the host computer (300, 802), receiving, through the MPSE, a plurality of data messages from a set of VMs in the plurality of VMs, the set of VMs comprising VMs connected to at least two different logical network segments, wherein the data messages from VMs in the at least two different logical network segments are received at the MPRE (330, 841) from a same port of the MPSE (320, 851); for each data message in the set of data messages, routing the data message from one of the logical network segments in the plurality of network segments to another of the logical network segments in the plurality of network segments; for each of the routed data messages, returning the routed data message to the same port of the MPSE (320, 851) from which the routed data message was received for the MPSE (320, 851) to forward to a destination of the data message.
A method of determination of DC component value V DC in signals clipped at a saturation level and containing both AC and DC components in a current-carrying wire around which there is located a magnetic core provided with a gap, by using current measurement carried out by a current sensor placed in the gap and by detecting signal zero crossing events one by one and storing the measured data in a computer processing unit, wherein the method further comprises the following steps: - determination of a time error indicator t err by comparing signal zero crossing events times t n, t n-1, t n-2, in a time error module of the processing unit using a formula: t err = t n − 2 t n − 1 + t n − 2 where: t n - is the time of currently detected signal zero crossing, t n-1 - is the time of previously detected signal zero crossing, t n-2 - is the time of signal zero crossing detected two iterations before, - determination of DC component value V DC in an integration module of the processing unit using the formula: V DC = k ∫ t err dt where k- is a scaling coefficient of calibration given by a user, t err - is the time error indicator, - modification of the DC component value in continuous way by using an iteration method for the determination of the time error indicator t err and determination of the DC component value in the previous two steps, - and transferring information about the DC component value through an output interface of the processing unit to a user interface for a future analysis and for controlling. - determination of a time error indicator t err by comparing signal zero crossing events times t n, t n-1, t n-2, in a time error module of the processing unit using a formula: t err = t n − 2 t n − 1 + t n − 2 where: t n - is the time of currently detected signal zero crossing, t n-1 - is the time of previously detected signal zero crossing, t n-2 - is the time of signal zero crossing detected two iterations before, t n - is the time of currently detected signal zero crossing, t n-1 - is the time of previously detected signal zero crossing, t n-2 - is the time of signal zero crossing detected two iterations before, - determination of DC component value V DC in an integration module of the processing unit using the formula: V DC = k ∫ t err dt where k- is a scaling coefficient of calibration given by a user, t err - is the time error indicator, - modification of the DC component value in continuous way by using an iteration method for the determination of the time error indicator t err and determination of the DC component value in the previous two steps, - and transferring information about the DC component value through an output interface of the processing unit to a user interface for a future analysis and for controlling.
A display structure for a blind-spot display system of a vehicle, the display structure being arranged to be installed in connection with a structural element, such as the A pillar, of a vehicle, the display structure comprising an input interface for camera means, to receive and display image data of the blind-spot area that the structural element of the vehicle blocks, and wherein the flexible display film comprised by the display structure is installed on top of a cover plate, whereby the cover plate thus forms a support surface for the display film of the display structure, and which cover plate is the cover plate of an installation location of an airbag element comprised by the structural element, such as the A pillar, of the vehicle, and wherein the display film comprises at least two display film elements (DF1-DF3) and, between them, one or more meeting lines (E12, E23) for a break line (E12, E23) to facilitate the opening of the airbag element, characterised in that at the meeting lines (E12, E23) the adjacent display film elements (DF1-DF3) are at least partly overlapping.