mhurhangee/patent-ind-claim-en huggingface dataset:
An energy-saving method, comprising: receiving, by a terminal device, first information, the first information comprising paging energy-saving configuration information corresponding to each terminal device group in multiple terminal device groups, wherein each terminal device group comprises at least one terminal device, and the paging energy-saving configuration information corresponding to the terminal device group is used to determine whether to receive a paging message by the at least one terminal device in the terminal device group; and performing, by the terminal device, reception of the paging message according to the paging energy-saving configuration information corresponding to the terminal device group to which the terminal device belongs, wherein the paging energy-saving configuration information corresponding to the terminal device group comprises at least one piece of paging energy-saving indication information and time information respectively corresponding to the at least one piece of paging energy-saving indication information, the paging energy-saving indication information is used to indicate whether to receive the paging message by the at least one terminal device in the terminal device group, and the time information corresponding to the paging energy-saving indication information indicates a valid time period corresponding to contents indicated by the paging energy-saving indication information, and wherein the time period indicated by the time information corresponding to the paging energy-saving indication information comprises one or more paging frames, PFs. receiving, by a terminal device, first information, the first information comprising paging energy-saving configuration information corresponding to each terminal device group in multiple terminal device groups, wherein each terminal device group comprises at least one terminal device, and the paging energy-saving configuration information corresponding to the terminal device group is used to determine whether to receive a paging message by the at least one terminal device in the terminal device group; and performing, by the terminal device, reception of the paging message according to the paging energy-saving configuration information corresponding to the terminal device group to which the terminal device belongs, wherein the paging energy-saving configuration information corresponding to the terminal device group comprises at least one piece of paging energy-saving indication information and time information respectively corresponding to the at least one piece of paging energy-saving indication information, the paging energy-saving indication information is used to indicate whether to receive the paging message by the at least one terminal device in the terminal device group, and the time information corresponding to the paging energy-saving indication information indicates a valid time period corresponding to contents indicated by the paging energy-saving indication information, and wherein the time period indicated by the time information corresponding to the paging energy-saving indication information comprises one or more paging frames, PFs.
A water supply apparatus for supplying a machine tool with water, comprising - a water pump ; - a storage device for storing water; - an intake line for guiding water from the storage device to the water pump ; - a supply line for guiding water from the water pump to the machine tool ; and - a valve device which is reversibly settable at least to a first position and a second position, wherein the water pump is positioned at a higher location than the valve device and a first connecting line for guiding water from the intake line to the valve device , a second connecting line for guiding water from the supply line to the valve device as well as a return line for guiding water from the valve device to the water reservoir are provided, and wherein, in the first position, the first connecting line , the second connecting line as well as the return line are connected to one another in such a way that water from the water pump , from the first connecting line , from the second connecting line , from at least a portion of the intake line and from at least a portion of the supply line can be conveyed into the return line and wherein, in the second position, the first connecting line , the second connecting line as well as the return line are not connected to one another, wherein the valve device is designed as a self-resetting 3/2-way valve. - a water pump ; - a storage device for storing water; - an intake line for guiding water from the storage device to the water pump ; - a supply line for guiding water from the water pump to the machine tool ; and - a valve device which is reversibly settable at least to a first position and a second position,
A device for adjusting a base of a spring element for a vehicle, the device comprising a first wall element for connection to a vehicle, a second wall element spaced from the first wall element for connection to the spring element , and a chamber disposed between the first wall element and the second wall element for changing the distance between the first wall element and the second wall element by changing a volume of the chamber ,wherein the chamber comprises an incompressible fluid and the first and/or second wall element comprises a passage opening for the incompressible fluid to the chamber , the passage opening being fluidly communicably connectable to an input/output device for the incompressible fluid for changing the volume of the chamber , wherein the chamber has a chamber wall with at least one third wall element extending from the first wall element to the second wall element , the mass of the third wall element being constant when the volume of the chamber is changed, wherein the device further comprises an axial guide being arranged in the chamber and comprising a centering element and a guide element , wherein the guide element is configured to guide the centering element in axial direction of the spring element and the centering element is slidingly connected to the guide element , wherein the centering element is connected to the first or the second wall element and the guide element is connected to the respective other wall element and wherein the third wall element extends around the axial guide, characterized in that the device further comprises a separate element which has a receiving geometry for the spring element , an additional receiving geometry for the second wall element and a part of the third wall element , and an outer guide for the third wall element , which extends over the spring element .
Glass sheet having a composition comprising less than 0.1 % of strontium expressed in SrO; a total iron content of 0.002 - 0.03 % expressed in the form of Fe2O 3 ; in weight percentage with respect to the total weight of glass, and characterized in that it has : N ∗ 5 ≤ 0.05; N ∗ 5 being defined as N 5 ∗ = a 5 ∗ − a 0 ∗ 2 + b 5 ∗ − b 0 ∗ 2 , a ∗ 5 and b ∗ 5 being measured for a sheet thickness of 5 mm in transmission with illuminant D65, 10°, SCI; a ∗ 0 and b ∗ 0 being computed for a sheet thickness of 0 mm in transmission with illuminant D65, 10°, SCI.
A method for forming a three dimensional printed product, comprising: forming a sacrificial support structure using a method comprising: ejecting only a first drop of a print material sequentially at each of a plurality of pillar locations from a print head ; curing each first drop; then ejecting only a second drop of the print material sequentially onto the first drop at each of the plurality of pillar locations from the print head after curing each first drop; curing each second drop; then ejecting additional drops of the print material sequentially at two or more of the pillar locations to form a plurality of pillars after curing each second drop; forming the three dimensional printed product using a method comprising ejecting a plurality of third drops onto a plurality of fourth drops while the plurality of fourth drops are uncured; and separating the sacrificial support structure from the three dimensional printed product . ejecting only a first drop of a print material sequentially at each of a plurality of pillar locations from a print head ; curing each first drop; then ejecting only a second drop of the print material sequentially onto the first drop at each of the plurality of pillar locations from the print head after curing each first drop; curing each second drop; then ejecting additional drops of the print material sequentially at two or more of the pillar locations to form a plurality of pillars after curing each second drop; forming the three dimensional printed product using a method comprising ejecting a plurality of third drops onto a plurality of fourth drops while the plurality of fourth drops are uncured; and separating the sacrificial support structure from the three dimensional printed product .
An endoscope system comprising: an endoscope device that includes an objective lens provided at a distal end of the endoscope device, the objective lens being disposed such that an optical axis of the objective lens and a longitudinal axis of the objective lens intersect at a predetermined angle, an endoscope head provided at a proximal end of the endoscope device, and comprising an imaging unit configured to generate an image signal from the image light passing through the objective lens; a gyro sensor provided on the endoscope head and configured to detect an angular velocity of movement of the endoscope head; and image processing circuitry configured to implement image stabilization of an image signal input from the endoscope device based on the detected angular velocity, characterized in that the image processing circuitry is further configured to implement the image stabilization of the image signal by determining a shift amount of an image cut-out area based on the angular velocity and by subsequently cutting out the cut-out area and adjusting the position of the cut-out area in accordance with the determined shift amount. an endoscope device that includes an objective lens provided at a distal end of the endoscope device, the objective lens being disposed such that an optical axis of the objective lens and a longitudinal axis of the objective lens intersect at a predetermined angle, an endoscope head provided at a proximal end of the endoscope device, and comprising an imaging unit configured to generate an image signal from the image light passing through the objective lens; a gyro sensor provided on the endoscope head and configured to detect an angular velocity of movement of the endoscope head; and image processing circuitry configured to implement image stabilization of an image signal input from the endoscope device based on the detected angular velocity, characterized in that the image processing circuitry is further configured to implement the image stabilization of the image signal by determining a shift amount of an image cut-out area based on the angular velocity and by subsequently cutting out the cut-out area and adjusting the position of the cut-out area in accordance with the determined shift amount.
Covering having two longitudinal supports , extending in particular in parallel, and two transverse supports extending perpendicularly to the longitudinal supports, wherein the longitudinal supports and the transverse supports form a frame, wherein at least one of the longitudinal supports has a rain gutter for collecting and diverting rainwater, wherein the rain gutter opens via at least one water drain into at least one downpipe , characterised in that the covering has at least one emergency spillover which is situated geodetically higher than the water drain , by means of which the rain gutter opens indirectly or directly into at least one second downpipe , wherein the rainwater drainage out of the water drain is carried out via a first downpipe and wherein the rainwater drainage out of the emergency spillover is carried out via a second downpipe , such that in the case of a rising water level within the rain gutter an additional possibility is provided for draining the water out of the rain gutter and a rainwater drainage in addition to the drainage via the water drain opening into a first downpipe can take place additionally via the emergency spillover opening into a second downpipe .
A sensor module comprising: a three-axis force sensor configured to detect a pressure and a shearing force as a capacitance distribution, wherein the sensor includes a first sensor layer of a capacitance type including a plurality of first detection units (SE21) arranged two-dimensionally and a second sensor layer of a capacitance type including a plurality of second detection units (SE22) arranged two-dimensionally, the first sensor layer being provided on the second sensor layer; and a control unit that configured to scan the plurality of first detection units and the plurality of second detection units; further comprising a separation layer provided between the first sensor layer and the second sensor layer, wherein the first sensor layer and the second sensor layer are pressure distribution sensor layers, and the separation layer is configured to be elastically deformed by a shearing force acting in an in-plane direction of the sensor; and wherein the separation layer includes a gel. a three-axis force sensor configured to detect a pressure and a shearing force as a capacitance distribution, wherein the sensor includes a first sensor layer of a capacitance type including a plurality of first detection units (SE21) arranged two-dimensionally and a second sensor layer of a capacitance type including a plurality of second detection units (SE22) arranged two-dimensionally, the first sensor layer being provided on the second sensor layer; and a control unit that configured to scan the plurality of first detection units and the plurality of second detection units; further comprising a separation layer provided between the first sensor layer and the second sensor layer, wherein the first sensor layer and the second sensor layer are pressure distribution sensor layers, and the separation layer is configured to be elastically deformed by a shearing force acting in an in-plane direction of the sensor; and wherein the separation layer includes a gel.
A method of monitoring a condition of a plurality of rows of soils and displaying alarm condition at a row, implemented by an implement monitor including a central processing unit, a memory, and a graphical interface comprising: transmitting to the monitor a set of images of a plurality of rows of soil corresponding to a plurality of row units of a planter ; computing, by the central processing unit of the monitor , an alarm value associated with a row of soil of the plurality of rows of soil based on analysis of an image of the set of images, the image being of the row of soil; identifying a row exhibiting an alarm condition based on a comparison between the alarm value at each row of soil of the plurality of rows of soil and an associated alarm threshold; in response to identifying a row exhibiting the alarm condition: causing display of the image of the row of soil associated with the alarm condition and a graphical representation of the alarm condition in the monitor . transmitting to the monitor a set of images of a plurality of rows of soil corresponding to a plurality of row units of a planter ; computing, by the central processing unit of the monitor , an alarm value associated with a row of soil of the plurality of rows of soil based on analysis of an image of the set of images, the image being of the row of soil; identifying a row exhibiting an alarm condition based on a comparison between the alarm value at each row of soil of the plurality of rows of soil and an associated alarm threshold; in response to identifying a row exhibiting the alarm condition: causing display of the image of the row of soil associated with the alarm condition and a graphical representation of the alarm condition in the monitor .
A reception device, comprising: a receiver which receives signals compliant with a DVB-T2 standard, wherein the signals include profile information indicating profile types of the signals and a mixture signal indicating whether the signal includes signals having only a single profile type or a mixture of signals having at least two profile types; a signal controller ; a demodulator which demodulates signals supplied by the signal controller; and a profile information recognizer which recognizes the profile information indicating the profile types which are the configurations of the signals received by the receiver, wherein the signal controller supplies only a signal having a predetermined profile type, of the signals received by the receiver, to the demodulator only when the mixture signal indicates only a single profile type and supplies a signal having a profile type different from the predetermined profile type to the demodulator when the mixture signal indicates a mixture of signals having at least two profile types. a receiver which receives signals compliant with a DVB-T2 standard, wherein the signals include profile information indicating profile types of the signals and a mixture signal indicating whether the signal includes signals having only a single profile type or a mixture of signals having at least two profile types; a signal controller ; a demodulator which demodulates signals supplied by the signal controller; and a profile information recognizer which recognizes the profile information indicating the profile types which are the configurations of the signals received by the receiver, wherein the signal controller supplies only a signal having a predetermined profile type, of the signals received by the receiver, to the demodulator only when the mixture signal indicates only a single profile type and supplies a signal having a profile type different from the predetermined profile type to the demodulator when the mixture signal indicates a mixture of signals having at least two profile types.
Lighting device for a motor vehicle, comprising a lighting module having a lens , which has a light exit region , wherein at least one first light function is assigned to the light exit region , a reflector , which directly adjacently surrounds the light exit region , at least in part, and a light guiding element to which a further light function is assigned, wherein an input coupling region of the light guiding element is arranged in front of an illuminant and an output coupling region of the light guiding element is arranged at the reflector , wherein the output coupling region has a first output coupling surface facing away from the reflector and a second output coupling surface facing the reflector , and wherein the reflector has a shading element facing the light exit region , characterized in that the light guiding element is connected to the reflector in a positively locking manner, prisms for guiding light are arranged in the reflector , prisms for guiding light are arranged in the light guiding element , the reflector and the light guiding element are arranged behind the light exit region in the light emission direction .
Clip for attaching a fluid circulation pipe to a drive arm of a windscreen wiper of a vehicle, in particular of a motor vehicle, the arm comprising a housing having a cross section in the shape of an upside-down U defining a longitudinal internal cavity and comprising two flanks connected to one another by a bottom wall , this clip having an essentially U-like general shape, whose median part comprises means for retaining the pipe and the branches are elastically deformable and are configured to cooperate, preferably by elastic snap-fitting, with the arm, the branches of the clip being essentially parallel and intended to be arranged inside the longitudinal internal cavity of the housing and at least one of the branches further comprising at its free end elastically deformable bearing means that are configured to cooperate with the bottom wall of the housing, characterized in that the bearing means comprise an elastically deformable tab of which one end is connected to the free end of the branch and of which the opposite end comprises a bearing surface intended to cooperate with the arm, each branch and its tab extend essentially in one and the same plane.
A variable vane system for a gas turbine engine, comprising: an actuator system for a gas turbine engine, the actuator system defined along an axis (B), the actuator system comprising a harmonic drive operable to direct drive the variable vane system , wherein the harmonic drive includes a strain wave gearing mechanism , the strain wave gearing mechanism includes a fixed circular spline , a flex spline attached to an output shaft along the axis (B), and a wave generator attached to an input shaft along the axis (B), and the flex spline is driven by the wave generator with respect to the circular spline ; an actuator arm driven by the harmonic drive; a unison ring driven by the actuator arm , wherein the actuator arm is operable to direct drive the unison ring ; and a multiple of drive arms between a respective multiple of variable vanes and the unison ring . an actuator system for a gas turbine engine, the actuator system defined along an axis (B), the actuator system comprising a harmonic drive operable to direct drive the variable vane system , wherein the harmonic drive includes a strain wave gearing mechanism , the strain wave gearing mechanism includes a fixed circular spline , a flex spline attached to an output shaft along the axis (B), and a wave generator attached to an input shaft along the axis (B), and the flex spline is driven by the wave generator with respect to the circular spline ; an actuator arm driven by the harmonic drive; a unison ring driven by the actuator arm , wherein the actuator arm is operable to direct drive the unison ring ; and a multiple of drive arms between a respective multiple of variable vanes and the unison ring .
A communications system , comprising: radio equipment ; and a directional antenna coupled to the radio equipment via communications circuitry , wherein the directional antenna includes: a Luneburg lens having a spherical shape; and a curved substrate that conforms to the spherical shape of the Luneburg lens , the curved substrate having a feed network of signal conveyors affixed to a front side and a ground plane back side, wherein the feed network of signal conveyors is a feed network of patch antennas printed on the front side of the curved substrate and the signal conveyors are aligned with the Luneburg lens to communicate radio frequency signals within a sector, wherein the Luneburg lens has a diameter of a first size and the communications system includes at least one more directional antenna that includes a Luneburg lens with a diameter of a second size that differs from the first size. radio equipment ; and a directional antenna coupled to the radio equipment via communications circuitry , wherein the directional antenna includes: a Luneburg lens having a spherical shape; and a curved substrate that conforms to the spherical shape of the Luneburg lens , the curved substrate having a feed network of signal conveyors affixed to a front side and a ground plane back side, wherein the feed network of signal conveyors is a feed network of patch antennas printed on the front side of the curved substrate and the signal conveyors are aligned with the Luneburg lens to communicate radio frequency signals within a sector, a Luneburg lens having a spherical shape; and a curved substrate that conforms to the spherical shape of the Luneburg lens , the curved substrate having a feed network of signal conveyors affixed to a front side and a ground plane back side, wherein the feed network of signal conveyors is a feed network of patch antennas printed on the front side of the curved substrate and the signal conveyors are aligned with the Luneburg lens to communicate radio frequency signals within a sector,