mhurhangee/ep-ind-claims huggingface dataset:
A display apparatus comprising: a display module including a display area and a non-display area surrounding the display area, the display module is configured to display images at a front side of the display module, an adhesive fixing element disposed at a circumference area on a rear surface of the non-display area of the display module; a guide panel attached to the adhesive fixing element, wherein the adhesive fixing element is configured to fasten the guide panel to the rear surface of the display module; a back cover attached to a rear surface of the guide panel; at least one sound generating unit disposed at the back cover; and a vibration absorber (DM, EA) which is included in the guide panel or, alternatively, is a separate component, the vibration absorber (DM, EA) being disposed at an inner area from said circumference area on the rear surface of the non-display area and the vibration absorber (DM, EA) being configured such that vibration, which is generated from the at least one sound generating unit and is transmitted from the display module, is absorbed. a display module including a display area and a non-display area surrounding the display area, the display module is configured to display images at a front side of the display module, an adhesive fixing element disposed at a circumference area on a rear surface of the non-display area of the display module; a guide panel attached to the adhesive fixing element, wherein the adhesive fixing element is configured to fasten the guide panel to the rear surface of the display module; a back cover attached to a rear surface of the guide panel; at least one sound generating unit disposed at the back cover; and a vibration absorber (DM, EA) which is included in the guide panel or, alternatively, is a separate component, the vibration absorber (DM, EA) being disposed at an inner area from said circumference area on the rear surface of the non-display area and the vibration absorber (DM, EA) being configured such that vibration, which is generated from the at least one sound generating unit and is transmitted from the display module, is absorbed.
A dipole antenna, comprising: a first conductive layer comprising a first portion and a second portion, wherein: the first portion is connected to a first trace in the first conductive layer, a width of the first portion flares out from a connection point to the first trace in a first direction, the second portion is electrically isolated from the first trace and a width of the second portion flares out from a location closest to the first portion in a second direction, wherein the second direction is opposite the first direction; and a second conductive layer, comprising a third portion and a fourth portion, wherein: the third portion is connected to a second trace in the second conductive layer, a width of the third portion flares out from a connection point to the second trace in the second direction, the fourth portion is electrically isolated from the second trace and a width of the fourth portion flares out from a location closest to the third portion in the first direction, and the first and second conductive layers (108, 110) are separated by an insulator wherein the second portion is electrically floating, and the fourth portion is electrically floating. a first conductive layer comprising a first portion and a second portion, wherein: the first portion is connected to a first trace in the first conductive layer, a width of the first portion flares out from a connection point to the first trace in a first direction, the second portion is electrically isolated from the first trace and a width of the second portion flares out from a location closest to the first portion in a second direction, wherein the second direction is opposite the first direction; and a second conductive layer, comprising a third portion and a fourth portion, wherein: the third portion is connected to a second trace in the second conductive layer, a width of the third portion flares out from a connection point to the second trace in the second direction, the fourth portion is electrically isolated from the second trace and a width of the fourth portion flares out from a location closest to the third portion in the first direction, and the first and second conductive layers (108, 110) are separated by an insulator the first portion is connected to a first trace in the first conductive layer, a width of the first portion flares out from a connection point to the first trace in a first direction, the second portion is electrically isolated from the first trace and a width of the second portion flares out from a location closest to the first portion in a second direction, wherein the second direction is opposite the first direction; and a second conductive layer, comprising a third portion and a fourth portion, wherein: the third portion is connected to a second trace in the second conductive layer, a width of the third portion flares out from a connection point to the second trace in the second direction, the fourth portion is electrically isolated from the second trace and a width of the fourth portion flares out from a location closest to the third portion in the first direction, and the first and second conductive layers (108, 110) are separated by an insulator
A method for protecting a link aggregation group of an Ethernet ring, comprising: detecting states of physical links in a link aggregation group; and comparing current bandwidth of the link aggregation group with a switch threshold which can meet practical service requirements in the case that the state of a physical link in the link aggregation group is down, and performing subsequent processing according to the comparison result; characterized in that the step of comparing the current bandwidth of the link aggregation group with the switch threshold and performing subsequent processing according to the comparison result comprises: comparing the current bandwidth with the switch threshold, using the link aggregation group to provide services continuatively in the case that the current bandwidth is greater than or equal to the switch threshold; and unblocking a slave port of a master node in the case that the current bandwidth is smaller than the switch threshold and the physical link in the link aggregation group which is down is in the primary link, wherein two ports of the master node in the Ethernet ring are respectively a master port which connects to the primary link, and the slave port. detecting states of physical links in a link aggregation group; and comparing current bandwidth of the link aggregation group with a switch threshold which can meet practical service requirements in the case that the state of a physical link in the link aggregation group is down, and performing subsequent processing according to the comparison result; characterized in that the step of comparing the current bandwidth of the link aggregation group with the switch threshold and performing subsequent processing according to the comparison result comprises: comparing the current bandwidth with the switch threshold, using the link aggregation group to provide services continuatively in the case that the current bandwidth is greater than or equal to the switch threshold; and unblocking a slave port of a master node in the case that the current bandwidth is smaller than the switch threshold and the physical link in the link aggregation group which is down is in the primary link, wherein two ports of the master node in the Ethernet ring are respectively a master port which connects to the primary link, and the slave port.
An instrument manipulator, comprising: a frame of the instrument manipulator comprising an outer shell and an inner frame, the inner frame movably coupled to the outer shell, and the inner frame comprising a distal face; and a plurality of independent actuator drive modules (542b', 542c', 542d', 542e') coupled to the inner frame and housed within the outer shell, each of the plurality of independent actuator drive modules (542b', 542c', 542d', 542e') including an actuator output, wherein each one of the actuator outputs (542b, 542c, 542d, 542e) is configured to independently actuate a corresponding actuator input of a surgical instrument without force input from any other one of the actuator outputs, wherein each of the actuator outputs (542b, 542c, 542d, 542e) distally protrudes from the distal face, and wherein each of the actuator outputs (542b, 542c, 542d, 542e) is configured to engage the corresponding actuator input of the surgical instrument upon movement of the inner frame relative to the outer shell. a frame of the instrument manipulator comprising an outer shell and an inner frame, the inner frame movably coupled to the outer shell, and the inner frame comprising a distal face; and a plurality of independent actuator drive modules (542b', 542c', 542d', 542e') coupled to the inner frame and housed within the outer shell, each of the plurality of independent actuator drive modules (542b', 542c', 542d', 542e') including an actuator output, wherein each one of the actuator outputs (542b, 542c, 542d, 542e) is configured to independently actuate a corresponding actuator input of a surgical instrument without force input from any other one of the actuator outputs, wherein each of the actuator outputs (542b, 542c, 542d, 542e) distally protrudes from the distal face, and wherein each of the actuator outputs (542b, 542c, 542d, 542e) is configured to engage the corresponding actuator input of the surgical instrument upon movement of the inner frame relative to the outer shell.
An information transmission method of an eNB in a wireless communication system comprising: determining (S620, S610) first hysteresis information associated with a first type of UE and second hysteresis information associated with a second type of UE, the first type of UE and the second type of UE being determined based on whether a UE receives Multimedia Broadcast Multicast Service, MBMS, data; and broadcasting (S630, S640) a system information block including the first hysteresis information and the second hysteresis information. determining (S620, S610) first hysteresis information associated with a first type of UE and second hysteresis information associated with a second type of UE, the first type of UE and the second type of UE being determined based on whether a UE receives Multimedia Broadcast Multicast Service, MBMS, data; and broadcasting (S630, S640) a system information block including the first hysteresis information and the second hysteresis information.
A novel soft collet, comprising: a gripping part made of an elastic material, and a connection part; wherein the gripping part comprises at least two fingertips matched with each other for gripping, a finger gap is formed between the fingertips, a finger cavity is arranged inside each fingertip, the connection part comprises a communication chamber communicating with each finger cavity, the connection part is provided with a communication port communicating with the communication chamber, the fingertip comprises an inner wall close to the finger gap and an outer wall remote from the finger gap, and the thickness of the inner wall is smaller than the thickness of the outer wall or the elastic modulus of the inner wall is smaller than the elastic modulus of the outer wall wherein the cusp cavity wall of the finger cavity close to the cusp of the fingertip is arranged obliquely from outside to inside, and the inner end of the cusp cavity wall is closer to the cusp of the fingertip than the outer end. a gripping part made of an elastic material, and a connection part; wherein the gripping part comprises at least two fingertips matched with each other for gripping, a finger gap is formed between the fingertips, a finger cavity is arranged inside each fingertip, the connection part comprises a communication chamber communicating with each finger cavity, the connection part is provided with a communication port communicating with the communication chamber, the fingertip comprises an inner wall close to the finger gap and an outer wall remote from the finger gap, and the thickness of the inner wall is smaller than the thickness of the outer wall or the elastic modulus of the inner wall is smaller than the elastic modulus of the outer wall wherein the cusp cavity wall of the finger cavity close to the cusp of the fingertip is arranged obliquely from outside to inside, and the inner end of the cusp cavity wall is closer to the cusp of the fingertip than the outer end.
An information reporting method performed by a User Equipment, UE, the information reporting method comprising: recording failure-related information generated when a failure occurs in the UE, the failure-related information comprising Tracking Area, TA, information about a first network side device where the failure occurs in the UE, the TA information being used to indicate route information about a first core network device to which the first network side device belongs; and reporting the failure-related information to a second network device to which the UE accesses; wherein the reporting the failure-related information to the second network side device to which the UE accesses comprises: in the case that the first network side device and the second network side device are network side devices belonging to different RATs, transmitting an uplink message carrying therein an inter-RAT container corresponding to an RAT to which the first network side device belongs to the second network side device, wherein the failure-related information is provided in the inter-RAT container, and/or the failure-related information is provided at a position in the uplink message other than the inter-RAT container. recording failure-related information generated when a failure occurs in the UE, the failure-related information comprising Tracking Area, TA, information about a first network side device where the failure occurs in the UE, the TA information being used to indicate route information about a first core network device to which the first network side device belongs; and reporting the failure-related information to a second network device to which the UE accesses; wherein the reporting the failure-related information to the second network side device to which the UE accesses comprises: in the case that the first network side device and the second network side device are network side devices belonging to different RATs, transmitting an uplink message carrying therein an inter-RAT container corresponding to an RAT to which the first network side device belongs to the second network side device, wherein the failure-related information is provided in the inter-RAT container, and/or the failure-related information is provided at a position in the uplink message other than the inter-RAT container. in the case that the first network side device and the second network side device are network side devices belonging to different RATs, transmitting an uplink message carrying therein an inter-RAT container corresponding to an RAT to which the first network side device belongs to the second network side device, wherein the failure-related information is provided in the inter-RAT container, and/or the failure-related information is provided at a position in the uplink message other than the inter-RAT container.
Method for driving an electromagnetic actuator which comprises an exciter winding for generating a magnetic field and a movable armature, wherein in the method - in order to move the armature from a predefined starting position into a predefined end position, a magnetic flux is generated in the exciter winding, and - the magnetic flux through the exciter winding, or a flux variable which correlates with the magnetic flux through the exciter winding, is measured by forming an actual value (Φist(t)), wherein in order to move the armature from the starting position into the end position, the magnetic flux is regulated by the exciter winding, and to be precise in such a way that the profile of the actual value (Φist(t)) corresponds to a permanently predefined setpoint flux curve (Φsoll(t)), characterized in that the setpoint flux curve (Φsoll(t)) has a rise ramp section, a holding section and at least one intermediate section located between them, wherein the setpoint flux curve (Φsoll(t)) has, as an intermediate section, an acceleration section in which the setpoint flux values are greater than in the holding section, and a braking section in which the setpoint flux values are lower than in the holding section. - in order to move the armature from a predefined starting position into a predefined end position, a magnetic flux is generated in the exciter winding, and - the magnetic flux through the exciter winding, or a flux variable which correlates with the magnetic flux through the exciter winding, is measured by forming an actual value (Φist(t)), wherein in order to move the armature from the starting position into the end position, the magnetic flux is regulated by the exciter winding, and to be precise in such a way that the profile of the actual value (Φist(t)) corresponds to a permanently predefined setpoint flux curve (Φsoll(t)), characterized in that the setpoint flux curve (Φsoll(t)) has a rise ramp section, a holding section and at least one intermediate section located between them, wherein the setpoint flux curve (Φsoll(t)) has, as an intermediate section, an acceleration section in which the setpoint flux values are greater than in the holding section, and a braking section in which the setpoint flux values are lower than in the holding section.
Portable device that can be carried on the body of a user for providing a vacuum for medical vacuum treatment of wounds on the body of a person or of an animal, comprising a first housing part with a suction pump, which generates a vacuum and is located in the first housing part of the device, a second housing part that forms a container for receiving body fluids, in particular, wound exudate extracted from a wound by suction, wherein the second housing part that forms the container can be detachably mounted to the first housing part of the device and can be evacuated by the suction pump in the mounted state, wherein the housing parts (4, 8) rest against each other via a substantially vertical separating plane and thereby come to rest next to each other in the properly assembled state of the device wherein the two housing parts (4, 8) are altogether designed in the form of a disk, i.e. their width B in the horizontal direction and their height H in the vertical direction are each larger than their depth T in the horizontal direction and perpendicular to the width such that the housing parts (4, 8) disposed next to each other can be positioned on the body in such a fashion that the second housing part faces the body, i.e. comes to rest between the body and the first housing part and the first housing part comes to rest facing away from the body, i.e. substantially forms the visible side of the device 2, and wherein a connection for a suction line leading to the body is provided on the container, such that vacuum communication can be established between the suction pump, the container and the suction line that leads to the body, a programmable electronic control device which can drive the suction pump, thereby at least taking into consideration predetermined and/or predeterminable parameters and pressure values measured by the pressure sensor, characterized in that a optoelectronically active sensor device is provided by means of which the electronic control device can detect removal of the container from the first housing part during vacuum regulation operation, wherein the sensor device emits a signal, on the basis of which the electronic control device detects removal of the container, and the electronic control device is designed in such a fashion that it then deactivates the suction pump.
A method for monitoring active seismic activity of an underground formation allowing a separation of induced microseismic signals from seismic signals emitted in the context of active seismic monitoring operations of said underground formation under development, including performing seismic recording cycles with the emission of seismic waves in the formation by coupling at least one seismic source (Si) therewith, receiving signals sent by the formation in response to the emission of seismic waves, recording signals received by at least one seismic sensor, characterized in that the induced microseismic signals and the emitted seismic signals are obtained only during the active seismic monitoring operation, and in that: - a reference spectral model is formed from a weighted average of a spectral contribution of said seismic source (Si) for the current cycle and spectral contributions of said seismic source (Si) for the previous recording cycles, at the emitted fundamental frequencies and their respective harmonics; - on the recordings, the induced microseismic signals are separated from the seismic signals resulting from the active monitoring operations, by isolating their contribution compared with said spectral reference model; and - the microseismic signals are reconstituted by inversion in the time domain. - a reference spectral model is formed from a weighted average of a spectral contribution of said seismic source (Si) for the current cycle and spectral contributions of said seismic source (Si) for the previous recording cycles, at the emitted fundamental frequencies and their respective harmonics; - on the recordings, the induced microseismic signals are separated from the seismic signals resulting from the active monitoring operations, by isolating their contribution compared with said spectral reference model; and - the microseismic signals are reconstituted by inversion in the time domain.
Remotely operated submersible vehicle, suspended from a surface vessel and substantially free-hanging above the seabed, for preparing a trench in a subsea bottom, the vehicle comprising a frame, hoisting and control cables for suspending the vehicle from the surface vessel, thrusters for manoeuvring the vehicle, an elongated mechanical excavating tool connected to the vehicle by a hinged connection (22a, 22b) and extending across the width of the trench, and conveying means (28a, 28b) for carrying away excavated seabed material to a position outside the trench.
Bone implant comprising an anchoring part and an body section, wherein the anchoring part comprises a basically cylindrical or truncated conical first section with an external thread, which is designed to be implanted by means of a rotary motion into a bone, and a second section that is designed to be arranged in the region of the soft tissue, wherein the anchoring part is made of a first biocompatible plastic, in particular, polyetheretherketone, and comprises a recess which is designed to start from a cover surface of the second section and reach to the first section and which comprises an internal thread in a first threaded section, which is arranged exclusively in the region of the first section and wherein the body section comprises a second thread section, which is designed to be screwed into the first thread section directly in a non-positive-locking manner or only indirectly by means of an adhesive substance in a substance-to-substance manner, thereby being connected.
Assembly for the production of a wiping system, comprising a terminal part of a wiper arm designed to move a wiper blade, and a connecting interface for conveying a liquid to the wiper blade, said assembly further comprising one sliding element being a cap and covering the terminal part, the sliding element having a first position for locking a connecting device of the wiper blade on said terminal part, and a second position enabling the terminal part and the connecting device to be separated, said sliding element being further able to hang said connecting interface either on the connecting device in the first position or on the terminal part in the second position.