mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication, comprising: determining (S210), by a first device, a target reference signal, RS, transmission occasion set according to whether a power-saving signal is detected or transmitted on a target resource set, and/or, according to content indicated by the power-saving signal, wherein the power-saving signal indicates whether a terminal device is to monitor in a target paging occasion, PO, a physical downlink control channel, PDCCH, carrying paging indication information, and the target RS transmission occasion set contains RS transmission occasions for transmitting an RS; the RS comprises a tracking reference signal, TRS, and the power-saving signal is a paging early indication, PEI; characterized in that : the RS transmission occasions in the target RS transmission occasion set are in a third correspondence with power-saving-signal monitoring occasions in a power-saving-signal monitoring occasion set corresponding to the target PO; wherein the RS transmission occasions are in multiple-to-one correspondence with the power-saving-signal monitoring occasions. determining (S210), by a first device, a target reference signal, RS, transmission occasion set according to whether a power-saving signal is detected or transmitted on a target resource set, and/or, according to content indicated by the power-saving signal, wherein the power-saving signal indicates whether a terminal device is to monitor in a target paging occasion, PO, a physical downlink control channel, PDCCH, carrying paging indication information, and the target RS transmission occasion set contains RS transmission occasions for transmitting an RS; the RS comprises a tracking reference signal, TRS, and the power-saving signal is a paging early indication, PEI; characterized in that : the RS transmission occasions in the target RS transmission occasion set are in a third correspondence with power-saving-signal monitoring occasions in a power-saving-signal monitoring occasion set corresponding to the target PO; wherein the RS transmission occasions are in multiple-to-one correspondence with the power-saving-signal monitoring occasions. the RS transmission occasions in the target RS transmission occasion set are in a third correspondence with power-saving-signal monitoring occasions in a power-saving-signal monitoring occasion set corresponding to the target PO; wherein the RS transmission occasions are in multiple-to-one correspondence with the power-saving-signal monitoring occasions.
A composition comprising : (a) cross-linked polymers containing pending links and cross-links exchangeable by aldehyde-imine exchange reactions and/or by imine-imine exchange reactions, obtained by cross-linking of linear or branched polymers, wherein the polymers, before cross-linking, are linear or branched polymers with side groups carrying: - aldehyde functional groups; or - imine functional groups linked to the polymer by the carbon atom; or - imine functional groups linked to the polymer by the nitrogen atom; or - aldehyde functional groups and imine functional groups linked to the polymer by the carbon atom; and (b) free monofunctional aldehydes and/or free monofunctional imines. (a) cross-linked polymers containing pending links and cross-links exchangeable by aldehyde-imine exchange reactions and/or by imine-imine exchange reactions, obtained by cross-linking of linear or branched polymers, wherein the polymers, before cross-linking, are linear or branched polymers with side groups carrying: - aldehyde functional groups; or - imine functional groups linked to the polymer by the carbon atom; or - imine functional groups linked to the polymer by the nitrogen atom; or - aldehyde functional groups and imine functional groups linked to the polymer by the carbon atom; and - aldehyde functional groups; or - imine functional groups linked to the polymer by the carbon atom; or - imine functional groups linked to the polymer by the nitrogen atom; or - aldehyde functional groups and imine functional groups linked to the polymer by the carbon atom; (b) free monofunctional aldehydes and/or free monofunctional imines.
A vehicle display device comprising: an upper-side segment display comprising three or more number-displaying elements arranged in a line in a lateral direction for displaying numerical values using a plurality of segments (39a-39g), the upper-side segment display being disposed in a vehicle instrument panel; a lower-side segment display comprising three or more number-displaying elements arranged in a line in the lateral direction for displaying numerical values using a plurality of segments (39a-39g), the lower-side segment display being disposed below the upper-side segment display ; and a display control means for combining the number-displaying elements in the upper-side and lower-side segment displays and displaying vehicle information, characterized in that the display control means is configured to display a vehicle body using two upper and lower number-displaying elements near the lateral center in the upper-side and lower-side segment displays , and to display a state of drive force distribution between wheels using number-displaying elements left and right of the upper and lower number-displaying elements that show the vehicle body. an upper-side segment display comprising three or more number-displaying elements arranged in a line in a lateral direction for displaying numerical values using a plurality of segments (39a-39g), the upper-side segment display being disposed in a vehicle instrument panel; a lower-side segment display comprising three or more number-displaying elements arranged in a line in the lateral direction for displaying numerical values using a plurality of segments (39a-39g), the lower-side segment display being disposed below the upper-side segment display ; and a display control means for combining the number-displaying elements in the upper-side and lower-side segment displays and displaying vehicle information, characterized in that the display control means is configured to display a vehicle body using two upper and lower number-displaying elements near the lateral center in the upper-side and lower-side segment displays , and to display a state of drive force distribution between wheels using number-displaying elements left and right of the upper and lower number-displaying elements that show the vehicle body.
Kit for analyzing and monitoring at least one parameter of a chemical or biochemical or biological reaction in a reaction chamber, the kit comprising: - a hollow tube that extends according to two end called, respectively, first end and second end , intended to be fastened onto walls of the reaction chamber; - a capsule in a sliding link with the hollow tube , the capsule further comprises at least one sensor configured to measure the at least one parameter, and means for transmitting the data that can be measured by the at least one sensor ; - a magnetic piston housed inside the hollow tube , magnetically cooperating with the capsule , so that a movement of said magnetic piston imposes a movement onto the capsule ; - a control means arranged to control the movement of the magnetic piston ; - reception means for receiving the data which can be transmitted by the transmission means . - a hollow tube that extends according to two end called, respectively, first end and second end , intended to be fastened onto walls of the reaction chamber; - a capsule in a sliding link with the hollow tube , the capsule further comprises at least one sensor configured to measure the at least one parameter, and means for transmitting the data that can be measured by the at least one sensor ; - a magnetic piston housed inside the hollow tube , magnetically cooperating with the capsule , so that a movement of said magnetic piston imposes a movement onto the capsule ; - a control means arranged to control the movement of the magnetic piston ; - reception means for receiving the data which can be transmitted by the transmission means .
A building system controller for a building having at least one controllable device associated with a control zone and one or more communication access points configured to receive an electromagnetic signal having a unique identifier of a mobile device and an elevation indicator indicating the elevation of the mobile device , said building system controller comprising: means which store a map of the building defining one or more control zones and indicating the location of each access point ; a location module configured to receive from the one or more access points and process the electromagnetic signal received by the one or more communication access points to determine the location of the mobile device ; an occupancy module configured to receive the location of each mobile device as determined by the location module and determine the number of mobile devices located within each of the control zones , based upon a comparison between the map of the building and the location of each mobile device as determined by the location module and based at least in part upon the elevation indicator included in the electromagnetic signal; and a rules processor having a control output configured to control a controllable device of a control zone in response to, at least in part, the number of mobile devices located within the control zone . means which store a map of the building defining one or more control zones and indicating the location of each access point ; a location module configured to receive from the one or more access points and process the electromagnetic signal received by the one or more communication access points to determine the location of the mobile device ; an occupancy module configured to receive the location of each mobile device as determined by the location module and determine the number of mobile devices located within each of the control zones , based upon a comparison between the map of the building and the location of each mobile device as determined by the location module and based at least in part upon the elevation indicator included in the electromagnetic signal; and a rules processor having a control output configured to control a controllable device of a control zone in response to, at least in part, the number of mobile devices located within the control zone .
A process for making headgear for holding a respiratory mask in position on a patient's face, the process comprising the steps of: laminating at least one foam material and at least one fabric material to one another; thermoforming the laminated at least one foam material and at least one fabric material to form at least one thermoformed sheet ; ultrasonically die cutting the at least one thermoformed sheet into at least two strap portions of the headgear; and joining the at least two strap portions to one another, wherein the thermoformed and ultrasonically die cut at least two strap portions have rounded edges. laminating at least one foam material and at least one fabric material to one another; thermoforming the laminated at least one foam material and at least one fabric material to form at least one thermoformed sheet ; ultrasonically die cutting the at least one thermoformed sheet into at least two strap portions of the headgear; and joining the at least two strap portions to one another, wherein the thermoformed and ultrasonically die cut at least two strap portions have rounded edges.
An inkjet head nozzle plate that is formed from at least stainless steel, wherein the stainless steel is austenitic stainless steel in which a content ratio of a martensite phase is 5.4% or less.
A display device comprising: a first substrate having a first area extending in a first and in a second direction (DR1, DR2); a second substrate positioned above the first substrate in a third direction (DR3) on the side of the display device on which images are displayed; interconnects on the first substrate ; connection pads on a side surface of the first substrate and electrically connected to the interconnects ; and a first cover member (TC1) on the side surface of the first substrate , characterized in that the second substrate has a second area larger that the first area, in that a side surface of the second substrate protrudes over the side surface of the first substrate in the second direction (DR2), and in that the first cover member (TC1) is located under the second substrate . a first substrate having a first area extending in a first and in a second direction (DR1, DR2); a second substrate positioned above the first substrate in a third direction (DR3) on the side of the display device on which images are displayed; interconnects on the first substrate ; connection pads on a side surface of the first substrate and electrically connected to the interconnects ; and a first cover member (TC1) on the side surface of the first substrate , characterized in that the second substrate has a second area larger that the first area, in that a side surface of the second substrate protrudes over the side surface of the first substrate in the second direction (DR2), and in that the first cover member (TC1) is located under the second substrate .
A sole for an article of footwear , the sole comprising: a three-dimensional mesh comprising: a plurality of interconnected unit cells , each interconnected unit cell comprising a plurality of struts defining a three-dimensional shape and a plurality of nodes at which one or more struts are connected, wherein each unit cell comprises a soft sub-cell and a stiff sub-cell , wherein the soft sub-cell comprises a sub-cell for a first lattice structure and wherein the stiff sub-cell comprises a sub-cell for a second lattice structure different from the first lattice structure, wherein the first lattice structure comprises a first modeled compressive modulus and the second lattice structure comprises a second modeled compressive modulus 15% or more greater than the first modeled compressive modulus, wherein the three-dimensional mesh comprises: a lattice shear modulus measured in a forward direction, and a lattice shear modulus measured in a rearward direction greater than the lattice shear modulus measured in the forward direction, wherein the lattice shear modulus measured in a rearward direction is greater than the lattice shear modulus measured in the forward direction by 10% or more. a plurality of interconnected unit cells , each interconnected unit cell comprising a plurality of struts defining a three-dimensional shape and a plurality of nodes at which one or more struts are connected, wherein each unit cell comprises a soft sub-cell and a stiff sub-cell , wherein the soft sub-cell comprises a sub-cell for a first lattice structure and wherein the stiff sub-cell comprises a sub-cell for a second lattice structure different from the first lattice structure, wherein the first lattice structure comprises a first modeled compressive modulus and the second lattice structure comprises a second modeled compressive modulus 15% or more greater than the first modeled compressive modulus, wherein the three-dimensional mesh comprises: a lattice shear modulus measured in a forward direction, and a lattice shear modulus measured in a rearward direction greater than the lattice shear modulus measured in the forward direction, wherein the lattice shear modulus measured in a rearward direction is greater than the lattice shear modulus measured in the forward direction by 10% or more.
A flow generator for generating a flow of pressurized breathable gas, comprising: a cylindrical housing ; a motor supported in the housing , the motor having a shaft having a first end and a second end opposite the first end, the shaft being generally coincident with an axis of the motor ; a first impeller attached to the first end of the shaft ; a second impeller attached to the second end of the shaft ; and a stator that directs the flow of breathable gas from the first impeller back towards the motor axis, and wherein the housing comprises an inlet adjacent the first end of the shaft and having an inlet axis generally coincident with the motor axis, and at least one outlet between the first and second impellers , the at least one outlet having an outlet axis generally tangential to a circumference of the cylindrical housing , wherein the flow generator is configured for the generated flow of breathable gas to enter the first impeller and the second impeller in the same direction. a cylindrical housing ; a motor supported in the housing , the motor having a shaft having a first end and a second end opposite the first end, the shaft being generally coincident with an axis of the motor ; a first impeller attached to the first end of the shaft ; a second impeller attached to the second end of the shaft ; and a stator that directs the flow of breathable gas from the first impeller back towards the motor axis, and
Large internal combustion engine having a crankcase , a crankshaft rotatably mounted therein and a crankshaft journal on which at least one connecting rod is pivotably arranged, wherein a piston is connected to the connecting rod , which can be displaced back and forth in a cylinder liner , wherein the crankcase has an upper deck (O) and a lower deck (U) with in each case one opening for the cylinder liner , in which opening said cylinder liner is arranged, and in that the connecting rod has an extent width (A) which is greater than the outside diameter (a) of the cylinder liner , characterised in that at least the upper deck (O) and the lower deck (U) has at least one clearance (FO, FU) for mounting the connecting rod , and in that the resulting recess along the outside diameter (a) of the cylinder liner opens up at least one extent width (A) of the connecting rod and has a breadth (W) which corresponds to at least a width (b) of the connecting rod .
An injection mold component for use in an injection mold , the injection mold component being an ejector sleeve including an opening for a passage of one or more ejector pins , the ejector sleeve characterized by including: a first wear-resistant surface that at least partially defines an internal diameter of the ejector sleeve , a second wear-resistant surface that defines a first surface of an outer diameter of the ejector sleeve , and a metallic material that defines a second surface of the outer diameter extending from the second wear-resistant surface ; a cemented carbide substrate; and a superhard material bonded to the cemented carbide substrate and forming the first wear resistant surface and the second wear resistant surface , the superhard material including polycrystalline diamond having a plurality of bonded diamond grains defining interstitial regions in which at least a portion thereof includes a catalyst therein. a first wear-resistant surface that at least partially defines an internal diameter of the ejector sleeve , a second wear-resistant surface that defines a first surface of an outer diameter of the ejector sleeve , and a metallic material that defines a second surface of the outer diameter extending from the second wear-resistant surface ; a cemented carbide substrate; and a superhard material bonded to the cemented carbide substrate and forming the first wear resistant surface and the second wear resistant surface , the superhard material including polycrystalline diamond having a plurality of bonded diamond grains defining interstitial regions in which at least a portion thereof includes a catalyst therein.
A lighting apparatus, comprising: a rear cover , at least one light emission device , a diffuser screen and assembly and support means comprising a chain device consisting of a plurality of consecutive links , each of said links being mechanically connected to the adjacent links characterized in that said links are associated with at least one clamping means comprising at least one hole passing through the body of each link and a clamping cable adapted to engage with said at least one hole of each link .
Electrohydraulic control system (E) for at least one hydraulically movable material processing tool (W), in particular of a hydraulic dredger (B), with a computerized, memory-programmable central control (Z), to which a mechanically adjustable tool actuator is connected, and which is connected via a bus (C) with at least one magnetic actuator of at least one main control valve (V1, V2) of at least one hydraulic cylinder each for moving the tool (W), wherein tool vibration-function software is stored in the memory programming such that it can be activated as required, by means of which volume flow fluctuations (Q') for the hydraulic cylinder for carrying out a vibration-function (F) of the tool (W) can be controlled directly in the main control valve (V1, V2) by means of the magnet actuator , characterised in that the magnet actuator of the main control valve (V1, V2) is operable for moving or holding the tool (W) with control current signals having a dither frequency between approximately 40 Hz and approximately 100 Hz when the vibration-function is deactivated and with control current pulses having a lower frequency (f) between 1.0 and approximately 30 Hz, preferably around approximately 10 Hz, when the vibration-function is activated.
A catheter shape adjustment mechanism which includes a catheter handle comprising an elongate handle body having a proximal end and a distal end with a passage extending between the proximal end and the distal end ; a sleeve which is slidably received in the catheter handle to protrude distally from the catheter handle ; a stylet carrier displaceably mounted in the passage of the handle body , at least a component of a multi-component stylet being mountable to the stylet carrier ; a shape adjuster rotably carried on an exterior of the handle body , the shape adjuster being rotable about a longitudinal axis of the handle body ; and complementary guide formations carried by the stylet carrier and the shape adjuster so that rotary motion applied to the shape adjuster imparts a predefined motion to the stylet carrier to adjust the shape of a distal part of the stylet , in use, wherein the catheter shape adjustment mechanism further includes a shape release mechanism comprising the sleeve and the catheter handle , wherein the shape release mechanism includes complementary guide formations for guiding sliding displacement of the sleeve relative to the handle body , the complementary guiding formations comprising a guide plate secured to a part of the catheter handle , the guide plate defining a guide slot which extends axially in the guide plate , and a locking arrangement in the form of a detent which is defined at a proximal end of the guide slot . a catheter handle comprising an elongate handle body having a proximal end and a distal end with a passage extending between the proximal end and the distal end ; a sleeve which is slidably received in the catheter handle to protrude distally from the catheter handle ; a stylet carrier displaceably mounted in the passage of the handle body , at least a component of a multi-component stylet being mountable to the stylet carrier ; a shape adjuster rotably carried on an exterior of the handle body , the shape adjuster being rotable about a longitudinal axis of the handle body ; and complementary guide formations carried by the stylet carrier and the shape adjuster so that rotary motion applied to the shape adjuster imparts a predefined motion to the stylet carrier to adjust the shape of a distal part of the stylet , in use, wherein the catheter shape adjustment mechanism further includes a shape release mechanism comprising the sleeve and the catheter handle , wherein the shape release mechanism includes complementary guide formations for guiding sliding displacement of the sleeve relative to the handle body , the complementary guiding formations comprising a guide plate secured to a part of the catheter handle , the guide plate defining a guide slot which extends axially in the guide plate , and a locking arrangement in the form of a detent which is defined at a proximal end of the guide slot .