mhurhangee/ep-ind-claims huggingface dataset:
A micro-electromechanical sensor (MEMS) having drive elements (2, 3, 4) displaced linearly in an X-Y plane and disposed on a substrate for determining three components of the rate of rotation vector of the substrate, wherein two groups of drive elements (2, 3; 4) are driven substantially in directions running at right angles to each other, wherein the drive elements (2, 4; 3, 4) displaced at right angles to each other are connected to each other by means of a coupling device (6, 7) rotationally supported on the substrate for synchronizing the displacements, and wherein drive elements (2, 3) of a group can be displaced parallel to each other, and wherein at least two of the drive elements (2, 3) displaced parallel to each other are also connected to coupling devices.
Apparatus for the gas-tight covering of storage containers without an inner support, comprising a single or double flexible membrane, characterized in that the membranes (1.1, 1.2) used are fixed approximately in the region of the container axis against horizontal displacement; in that the retaining structures, which fix the central region of the covering membranes (1.1, 1.2), are arranged above the covering membranes (1.1, 1.2); in that the position of the central anchoring means of the covering membranes (1.1, 1.2) is secured at least at two anchoring points; in that the supporting elements of the retaining structures are arranged outside the storage container which is to be covered; in that, in the case of a double-skin covering membrane (1.1, 1.2) being used, the membranes are connected to one another not just on the wall of the storage container which is to be covered but also in the region of the container axis; in that the connecting element for the two covering membranes (1.1, 1.2) in the region of the container axis is a flexible tension element; and in that a ballast element is arranged in the region between the medium which is to be stored and the lower covering membrane (1.2).
An apparatus for manufacturing a surface-layered part, comprising: a main support for supporting a surface layer member placeable under a base member; a pulling device (15A-15F) arranged at a periphery of the main support, wherein the pulling device includes a pulling member for pulling an edge of the surface layer member, when the edge of the surface layer member is in a position away from an edge of the base member, outward with respect to the base member; a base member clamping device for fixedly clamping the surface layer member, when the surface layer member is pulled outward by the pulling member of the pulling device (15A-15F), against the main support via the base member placed over the surface layer member; a relieving device (15A-15F) for separating the pulling member from the edge of the surface layer member, when the edge of the surface layer member is moved outward with respect to the base member by the pulling device (15A-15F), to allow the edge of the surface layer member to wrap around the edge of the base member owing to an elastic restoring force of the surface layer member, thereby integrating the surface layer member and the base member; and a control device for driving and controlling the base member clamping device, the pulling device (15A-15F), and the relieving device (15A-15F). a main support for supporting a surface layer member placeable under a base member; a pulling device (15A-15F) arranged at a periphery of the main support, wherein the pulling device includes a pulling member for pulling an edge of the surface layer member, when the edge of the surface layer member is in a position away from an edge of the base member, outward with respect to the base member; a base member clamping device for fixedly clamping the surface layer member, when the surface layer member is pulled outward by the pulling member of the pulling device (15A-15F), against the main support via the base member placed over the surface layer member; a relieving device (15A-15F) for separating the pulling member from the edge of the surface layer member, when the edge of the surface layer member is moved outward with respect to the base member by the pulling device (15A-15F), to allow the edge of the surface layer member to wrap around the edge of the base member owing to an elastic restoring force of the surface layer member, thereby integrating the surface layer member and the base member; and a control device for driving and controlling the base member clamping device, the pulling device (15A-15F), and the relieving device (15A-15F).
A method of operation of a wireless device to perform random access in a cellular communications network, comprising: transmitting a random access preamble on a physical random access channel in an uplink from the wireless device to a radio access node in the cellular communications network, the physical random access channel comprising a plurality of subcarriers having a subcarrier frequency spacing that is equal to a subcarrier frequency spacing in one or more other channels of the uplink, wherein the physical random access channel is transmitted without a guard band at its outer edges; and in response to transmitting the random access preamble, receiving a random access response from the radio access node. transmitting a random access preamble on a physical random access channel in an uplink from the wireless device to a radio access node in the cellular communications network, the physical random access channel comprising a plurality of subcarriers having a subcarrier frequency spacing that is equal to a subcarrier frequency spacing in one or more other channels of the uplink, wherein the physical random access channel is transmitted without a guard band at its outer edges; and in response to transmitting the random access preamble, receiving a random access response from the radio access node.
A method for operating a dock leveller for loading and unloading commercial vehicles or containers, wherein the dock leveller comprises a dock leveller ramp which can be moved by a ramp drive, wherein the ramp drive comprises a hydraulic arrangement with a motor and at least one solenoid valve, input and/or output elements and a control, to which the ramp drive and the input and/or output elements are connected, wherein in a first standby mode a first group of electrical devices connected to the control, which group comprises the ramp drive, is disconnected from a voltage supply, wherein the first group of electrical devices, after activation from the standby mode into an operating mode, is connected to the assigned voltage supply, characterised in that a second group of electrical devices connected to the control, which group comprises at least a part of the input and/or output elements, is ready for operation in the standby mode, wherein the second group of electrical devices comprises monitoring sensors, and that the dock leveller ramp can be traversed into a rest position by means of the ramp drive by actuation of an input element or by a control signal, wherein, after actuation of the input element or after the control signal, the transfer into the standby mode takes place after a preset time delay.
A method for wireless communication by a user equipment, UE, comprising: reporting antenna capability information of the UE, wherein the UE comprises a plurality of antenna elements arranged in one or more antenna subarrays, and each subarray comprises a subset of the plurality of antenna elements, and wherein the antenna capability information comprising identification information of each of one or more antenna subarrays and polarization information indicating at least one of single polarization and dual polarization that is supported by each of the one or more antenna subarrays; determining transmit-receive beam pairs based on the information provided in the UE antenna capability information; receiving an indication to operate an antenna subarray for which polarization information indicates dual polarization is supported, wherein the indication indicates, for each polarization of the antenna subarray, one of the beam pairs; and communicating according to the indication. reporting antenna capability information of the UE, wherein the UE comprises a plurality of antenna elements arranged in one or more antenna subarrays, and each subarray comprises a subset of the plurality of antenna elements, and wherein the antenna capability information comprising identification information of each of one or more antenna subarrays and polarization information indicating at least one of single polarization and dual polarization that is supported by each of the one or more antenna subarrays; determining transmit-receive beam pairs based on the information provided in the UE antenna capability information; receiving an indication to operate an antenna subarray for which polarization information indicates dual polarization is supported, wherein the indication indicates, for each polarization of the antenna subarray, one of the beam pairs; and communicating according to the indication.
A chip card or a chip card application in the form of a SIM or a SIM application or a USIM or a USIM application for use in a terminal device that is assigned to a communications network, comprising at least one data field containing variable parameter data, which are data with regard to the identification and/or authentication of a user and/or of the terminal device in a communications network, whereby the chip card or the chip card application has an application, in particular an application software, which is implemented on the chip card or in the chip card application, in addition to the at least one data field containing variable parameter data, by means of which the parameter data in the at least one dada field can get modified, whereby the application is designed for generating and/or providing variable parameter data, whereby an interface is provided between the application and the at least one data field containing variable parameter data, by means of which parameter data can get written from the application into said data field, or existing parameter data in the data field can get overwritten by modified parameter data, whereby the chip card or chip card application comprises a first startup device for conducting a first startup procedure for the subsequent operation of the chip card or of the chip card application in an operating mode, and a second startup device for conducting a second startup procedure for conducting a de-blocking procedure of the chip card or the chip card application.
An electrically conductive paste material comprising: a plurality of liquid metal particles; a polymer binder mixed with the plurality of liquid metal particles; and a plurality of nanofillers mixed with the plurality of liquid metal particles and the polymer binder and each having an aspect ratio equal to or greater than 3; wherein each of the plurality of liquid metal particles has a spherical shape or an elliptical shape; wherein the content of the plurality of liquid metal particles with respect to a total weight of the plurality of liquid metal particles and the polymer binder is equal to or greater than 70 wt% and wherein the content of the plurality of nanofillers with respect to a total weight of the plurality of liquid metal particles, the polymer binder, and the plurality of nanofillers is equal to or less than 3 wt%. a plurality of liquid metal particles; a polymer binder mixed with the plurality of liquid metal particles; and a plurality of nanofillers mixed with the plurality of liquid metal particles and the polymer binder and each having an aspect ratio equal to or greater than 3; wherein each of the plurality of liquid metal particles has a spherical shape or an elliptical shape; wherein the content of the plurality of liquid metal particles with respect to a total weight of the plurality of liquid metal particles and the polymer binder is equal to or greater than 70 wt% and wherein the content of the plurality of nanofillers with respect to a total weight of the plurality of liquid metal particles, the polymer binder, and the plurality of nanofillers is equal to or less than 3 wt%.
Apparatus for forming multipacks with containers, comprising an electromagnetic linear transporter, a plurality of star-shaped discharge conveyors, a plurality of passage belts, and at least one compactor unit, wherein a stream of containers, coming from a container-handling installation arranged outside the apparatus for forming multipacks, is converted into a plurality of single-track streams of containers by means of being divided along separate passages, wherein the containers are set down on the passage belts, and the at least one compactor unit is provided for compacting a predetermined number of containers, such that compacted or shaped container groups or partial multipacks are formed and then combined in each case to form a subsequent multipack, wherein, for the takeover of the containers from the container-handling installation, the electromagnetic linear transporter is provided, on which movement elements are arranged in a circulating manner, arranged on which in each case are holding devices for holding and/or aligning the containers, wherein the plurality of star-shaped discharge conveyors are arranged downstream of the electromagnetic linear transporter, onto which the containers are transferred, and from here are set down onto the passage belts, characterised in that the linear transporter is configured as an electromagnetic direct drive with a closed movement path, which comprises a feed strand and a return strand, arranged between which are curved sections, and the star-shaped discharge conveyors are configured as electromagnetic direct drives, and in this situation comprise individually controllable movement elements.
A vehicular duct apparatus (20, 20A) comprising: a first duct (30, 30A) extending in a longitudinal direction and comprising a first airflow passage; a second duct (40, 40A) at least partly extending in the longitudinal direction along the first duct (30, 30A) and comprising a second airflow passage; and an airflow rate regulating door (50, 50A) configured to turn to adjust passage areas of the first airflow passage and the second airflow passage to regulate airflow rates, the airflow rate regulating door (50, 50A) comprising: a turning shaft (51, 51A) extending in a direction perpendicular to the longitudinal direction of the first airflow passage and the second airflow passage and supported by the first duct (30, 30A) and the second duct (40, 40A) so as to be turnable; a first plate (52, 52A) extending from the turning shaft (51, 51A) and configured to adjust the passage area of the first airflow passage; and a second plate (53, 53A) extending from the turning shaft (51, 51A) and configured to adjust the passage area of the second airflow passage, the airflow rate regulating door (50, 50A) being turnable between a first position to cause the first plate (52 52A) to minimize the passage area of the first airflow passage and a second position to cause the second plate (53, 53A) to minimize the passage area of the second airflow passage, wherein when the airflow rate regulating door (50, 50A) is in the first position, the first plate (52, 52A) has at least one end in contact with an inner wall surface of the first duct (30, 30A), and the second plate (53, 53A) has both ends apart from an inner wall surface of the second duct (40, 40A), and when the airflow rate regulating door (50, 50A) is in the second position, the first plate (52, 52A) has both ends apart from the inner wall surface of the first duct (30, 30A), and the second plate (53, 53A) has at least one end in contact with the inner wall surface of the second duct (40, 40A), characterized in that the second plate (53, 53A) extends from the turning shaft (51, 51A) at a same extending angle as the first plate (52, 52A) so that the first plate (52, 52A) and the second plate (53, 53A) are oriented in the same direction relative to the turning shaft (51, 51A).
A screw anchor assembly used in spinal screw fixation, comprising: a screw having screw threads in a lengthwise direction; and a screw anchor which is inserted into a predefined position of spine, and has anchor threads on an inner surface defining a receiving part into which the screw is inserted, the receiving part being expanded during screw coupling with the screw, wherein the screw anchor includes a plurality of divisions (91, 92, 93, 94) formed along a lengthwise direction, and has overlapping parts between adjacent divisions in the plurality of divisions. a screw having screw threads in a lengthwise direction; and a screw anchor which is inserted into a predefined position of spine, and has anchor threads on an inner surface defining a receiving part into which the screw is inserted, the receiving part being expanded during screw coupling with the screw, wherein the screw anchor includes a plurality of divisions (91, 92, 93, 94) formed along a lengthwise direction, and has overlapping parts between adjacent divisions in the plurality of divisions.
Watercraft with a modular transmitting and receiving tower, wherein the watercraft has a first connecting surface in a first connecting plane, wherein the first connecting plane is orientated horizontally, wherein the modular transmitting and receiving tower has at least one first tower module, wherein the first tower module has a first lower connecting surface and a first upper connecting surface wherein the first lower connecting surface and the first upper connecting surface are arranged plane-parallel to one another and exactly above one another, wherein the first lower connecting surface is designed for connection to the first connecting plane, wherein the first upper connecting surface is functionally identical to the first connecting surface, wherein the first tower module has at least one first substantially vertical tower wall, wherein the first tower wall has an angle to the vertical, wherein the angle between the first tower wall and the vertical is between 4° and 45°, preferably between 8° and 30°, particularly preferably between 10° and 25°, wherein the surface normal of the first tower wall has an upwardly directed component, wherein the first tower module has at least one power supply line passing from the lower connecting surface to the upper connecting surface, wherein the first tower module has at least one data line passing from the lower connecting surface to the upper connecting surface, wherein the first tower module has at least one first device for transmitting and/or receiving electromagnetic radiation.
A computer-implemented method of radiation delivery planning, comprising: receiving a change in a radiation plan parameter from an input device of a radiation delivery plan which includes a dose space and a plurality of plan objective parameters; and identifying a zone of influence in the dose space from the change in the radiation plan parameter; visualizing the zone of influence superimposed on a display of isodose curves of the dose space; and displaying the display of isodose curves with the visualized zone of influence. receiving a change in a radiation plan parameter from an input device of a radiation delivery plan which includes a dose space and a plurality of plan objective parameters; and identifying a zone of influence in the dose space from the change in the radiation plan parameter; visualizing the zone of influence superimposed on a display of isodose curves of the dose space; and displaying the display of isodose curves with the visualized zone of influence.
A microprotrusion array comprising: an approximately planar base and a plurality of microprotrusions, wherein the array comprises at least a first layer and a second layer arranged roughly parallel to the plane of the base, the first and second layers formed of different polymers, the first layer positioned at a distal end of the microprotrusions and the first layer comprised of: (i) a biodegradable polymer, (ii) a component to facilitate biodegradation selected from sugars, sugar alcohols, cyclodextrins and water-swellable polymers, and (iii) an active ingredient; wherein the component to facilitate biodegradation is only located in the first layer. (i) a biodegradable polymer, (ii) a component to facilitate biodegradation selected from sugars, sugar alcohols, cyclodextrins and water-swellable polymers, and (iii) an active ingredient;
A switch wire connection device comprising an insulation case and a switch pushbutton assembled with the insulation case, the case having a cavity for receiving the switch pushbutton, the switch pushbutton being assembled with a conductive component and a spring, the case being formed with wire sockets in communication with the cavity, an electrical contact being disposed in the cavity of the case, the electrical contact having a restriction unit and a contact plate connected with the restriction unit, the restriction unit has a first side, a second side connected with the first side, a third side connected with the second side and a fourth side connected with the third side, the contact plate having a first end and a second end, the first end being connected with the restriction unit, characterized in that the first end of the contact plate is connected with the first side of the restriction unit, the second end being an inclined and lifted structure and extending in a direction to contact the conductive component, the switch pushbutton serving to control the conductive component into electrical contact with the second end of the contact plate or separation from the second end of the contact plate, the restriction unit being formed with a space for receiving a metal leaf spring, the first, second, third and fourth sides (51, 52, 53, 54) together forming a cuboidal frame structure having the space, at least the second side and the fourth side together helping in restricting the moving path of the metal leaf spring, the metal leaf spring including a first section and a second section, the first section being connected with the restriction unit and together mounted in the cavity of the case, the second section being swingably received in the space of the restriction unit.