mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for wireless communications at a first user equipment, UE, comprising: means for determining shared resources for communicating over one or more sidelink communication links, the shared resources comprising control resources and data resources, the control resources in a first portion of a slot being allocated for sending a sidelink request by the first UE; means for transmitting , to a second UE on a transmission beam over the control resources in the first portion of a slot, the sidelink request to reserve a subset of the data resources; and means for monitoring, by the first UE on a receive beam over control resources in a second portion of the slot, for one or more sidelink responses from one or more UEs, the one or more sidelink responses indicating a positive sidelink response to the sidelink request to reserve the subset of the data resources, a negative sidelink response to the sidelink request to reserve the subset of the data resources, or both, the control resources in the second portion of the slot being allocated for the one or more sidelink responses; the apparatus characterized in that it further comprises: means for determining, based at least in part on the monitoring, whether to transmit a sidelink confirmation indicating a reservation of the subset of the data resources to the second UE over control resources in a third portion of the slot, the control resources in the third portion of the slot being allocated for the sidelink confirmation. means for determining shared resources for communicating over one or more sidelink communication links, the shared resources comprising control resources and data resources, the control resources in a first portion of a slot being allocated for sending a sidelink request by the first UE; means for transmitting , to a second UE on a transmission beam over the control resources in the first portion of a slot, the sidelink request to reserve a subset of the data resources; and means for monitoring, by the first UE on a receive beam over control resources in a second portion of the slot, for one or more sidelink responses from one or more UEs, the one or more sidelink responses indicating a positive sidelink response to the sidelink request to reserve the subset of the data resources, a negative sidelink response to the sidelink request to reserve the subset of the data resources, or both, the control resources in the second portion of the slot being allocated for the one or more sidelink responses; the apparatus characterized in that it further comprises: means for determining, based at least in part on the monitoring, whether to transmit a sidelink confirmation indicating a reservation of the subset of the data resources to the second UE over control resources in a third portion of the slot, the control resources in the third portion of the slot being allocated for the sidelink confirmation.
A delivery system for delivering an implantable medical device to a portion of the cardiovascular system, comprising: an outer shaft defining an outer shaft lumen; an inner shaft translatable within the outer shaft lumen; the inner shaft defining a lumen extending through the inner shaft ; an actuation mechanism extending through the lumen , the actuation mechanism including a coupler , a force translation rod that extends proximally from the coupler and a plurality of push pull rods that extend distally from the coupler and that releasably couple to the implantable medical device ; characterized by an internally exposed coil disposed within the inner shaft and electrically coupled to an externally exposed coil that can be used to conductively transmit a current flowing through the internally exposed coil ; the force translation rod formed of an electrically conducting material with an electrically insulating outer layer, with one or more etched areas extending through the electrically insulating outer layer, wherein when the force translation rod moves relative to the inner shaft , and thus the one or more etched areas move relative to the internally exposed coil , an impedance varies in accordance with relative position. an outer shaft defining an outer shaft lumen; an inner shaft translatable within the outer shaft lumen; the inner shaft defining a lumen extending through the inner shaft ; an actuation mechanism extending through the lumen , the actuation mechanism including a coupler , a force translation rod that extends proximally from the coupler and a plurality of push pull rods that extend distally from the coupler and that releasably couple to the implantable medical device ; characterized by an internally exposed coil disposed within the inner shaft and electrically coupled to an externally exposed coil that can be used to conductively transmit a current flowing through the internally exposed coil ; the force translation rod formed of an electrically conducting material with an electrically insulating outer layer, with one or more etched areas extending through the electrically insulating outer layer, wherein when the force translation rod moves relative to the inner shaft , and thus the one or more etched areas move relative to the internally exposed coil , an impedance varies in accordance with relative position.
A conducting member for fuel cells , having a base material and an alloy plating layer formed on the base material, and subjected to an acid treatment, wherein the conducting member for fuel cells is a separator for fuel cells, or a current-collecting plate for fuel cells, characterized in that the alloy plating layer has, at least on a part of a portion in which the alloy plating layer is exposed, a protective film formed by a protective film forming agent, the base material has a passivation film formed by the acid treatment on at least a part of a portion in which the base material is exposed, the acid treatment being performed in a state where the alloy plating layer is protected by the protective film the protective film forming agent contains a mixture of a compound having a thiol group and an azole-based compound, and/or an azole-based compound having a thiol group, and the alloy plating layer includes Ni. the alloy plating layer has, at least on a part of a portion in which the alloy plating layer is exposed, a protective film formed by a protective film forming agent, the base material has a passivation film formed by the acid treatment on at least a part of a portion in which the base material is exposed, the acid treatment being performed in a state where the alloy plating layer is protected by the protective film the protective film forming agent contains a mixture of a compound having a thiol group and an azole-based compound, and/or an azole-based compound having a thiol group, and the alloy plating layer includes Ni.
Rotary slide valve for use in the automotive field, in a housing comprising at least one fluid inlet and at least one fluid outlet , wherein a rotary slide member is rotatably mounted in the housing , having at least one passage opening via which the at least one fluid inlet can be fluidically connected to the at least one fluid outlet , and wherein a drive device is provided, wherein the drive device drives the rotary slide member in the circumferential direction via coupling means , the housing being closed by a pot-shaped cover part , a pot bottom part extending into the housing and being connected to a pot edge section via a pot cylinder part , said pot edge section resting against the housing , a stator element of the drive device being provided on the inside of the pot cylinder part and a rotor element of the drive device being provided on the outside of the pot cylinder part , and wherein the rotor element is operatively connected to the rotary slide member via the coupling means , characterized in that the coupling means consist of a toothed gear, the toothed gear is designed as a strain wave gear, the rotor element being designed, for example, as a strain wave generator with a preferably elliptical circumferential shape deviating from a circular shape, on which generator a flexible gear wheel is provided as a flexspline with external toothing .
A metal anchoring mesh intended to be secured to a metal wall of an enclosure of a fluid catalytic cracking unit, in order to form cells capable of receiving an anti-erosion coating of said metal wall, said metal anchoring mesh comprising a plurality of corrugated elementary parts connected successively to one another, forming cylindrical surfaces capable of respectively defining said cells, said cylindrical surfaces each having a central axis of symmetry A, the corrugated elementary parts of said plurality of corrugated elementary parts each having projecting tabs (42, 44, 42', 44', 42", 44", 42′′′), said projecting tabs being able to extend respectively inside said cells ; characterised in that said corrugated elementary parts have fastening holes and fastening lugs for successively connecting said corrugated elementary parts; in that said tabs (42, 44, 42', 44', 42", 44", 42′′′) extend over a length that is less than a quarter of the distance d between said cylindrical surface and said central axis of symmetry A of said cylindrical surface. characterised in that said corrugated elementary parts have fastening holes and fastening lugs for successively connecting said corrugated elementary parts; in that said tabs (42, 44, 42', 44', 42", 44", 42′′′) extend over a length that is less than a quarter of the distance d between said cylindrical surface and said central axis of symmetry A of said cylindrical surface.
A damping system comprising a. a first fluid damper and a second fluid damper each comprising a damping volume containing a damping fluid, and b. one single fluid reservoir comprising a reservoir piston partitioning an inner volume of the one single fluid reservoir into a damping chamber containing the damping fluid and a recoil chamber containing a recoil fluid, and c. a fluid conduit connecting the damping volumes of the first fluid damper and of the second fluid damper to the damping chamber of the one single fluid reservoir in a fluid-conducting manner, d. wherein the reservoir piston is movable in a compression direction (CD) increasing a volume of the damping chamber and decreasing a volume of the recoil chamber , e. wherein the reservoir piston is movable in a dilatation direction (DD) decreasing the volume of the damping chamber and increasing the volume of the recoil chamber , f. wherein the reservoir piston comprises a damping chamber surface facing the damping chamber and a recoil chamber surface facing the recoil chamber , g. wherein a surface area of the damping chamber surface is smaller than a surface area of the recoil chamber surface . a. a first fluid damper and a second fluid damper each comprising a damping volume containing a damping fluid, and b. one single fluid reservoir comprising a reservoir piston partitioning an inner volume of the one single fluid reservoir into a damping chamber containing the damping fluid and a recoil chamber containing a recoil fluid, and c. a fluid conduit connecting the damping volumes of the first fluid damper and of the second fluid damper to the damping chamber of the one single fluid reservoir in a fluid-conducting manner, d. wherein the reservoir piston is movable in a compression direction (CD) increasing a volume of the damping chamber and decreasing a volume of the recoil chamber , e. wherein the reservoir piston is movable in a dilatation direction (DD) decreasing the volume of the damping chamber and increasing the volume of the recoil chamber , f. wherein the reservoir piston comprises a damping chamber surface facing the damping chamber and a recoil chamber surface facing the recoil chamber , g. wherein a surface area of the damping chamber surface is smaller than a surface area of the recoil chamber surface .
Process for the production of C2-C4 olefins comprising the step of contacting syngas with a iron-based catalyst at a temperature in the range from 250 °C to 350°C and at a pressure in the range from 1 MPa to 4 MPa (10 bar to 40 bar) the catalyst including iron and/or iron oxide particles as active component arranged on a metal oxide support or matrix chosen from the group including alumina, titania, silica, magnesium oxide, silica-alumina, ferrous materials such as magnetite, wustite, cordierite and mixtures thereof, wherein said iron-based catalyst comprises nano-sized Fe particles as active component which are dispersed on a support or matrix, said nano-sized Fe particles being Fe nano-particles, Fe alloy nano-particles, nano-particles having an iron or iron alloy core and an iron-oxide shell or mixtures thereof, wherein said nano-sized Fe particles are substantially spherical and have a diameter less than 50 nm, and wherein the content of said nano-sized Fe particles is comprised between 1% and 5% by weight on the weight of the support or matrix.
A device for ligament or tendon repair comprising: a set of distinct biodegradable scaffolds, wherein the set of scaffolds comprises 2-30 scaffolds, and wherein the scaffolds are 1-20 mm in length, wherein the scaffolds are compressible expandable scaffolds.
A method for producing a sweet wine with grape flavor comprising: placing grapes and jiuqu in a fermenter; keeping a temperature of the fermenter at a fermentation temperature of 25°C to 38°C for 15 to 40 hours; adding liquor or spirit into the fermenter, in which an alcohol content of the liquor or spirit is not lower than 15%; sealing the fermenter for 10 to 30 days; and filtering a fermented product in the fermenter to obtain the sweet wine with grape flavor. placing grapes and jiuqu in a fermenter; keeping a temperature of the fermenter at a fermentation temperature of 25°C to 38°C for 15 to 40 hours; adding liquor or spirit into the fermenter, in which an alcohol content of the liquor or spirit is not lower than 15%; sealing the fermenter for 10 to 30 days; and filtering a fermented product in the fermenter to obtain the sweet wine with grape flavor.
A completion assembly for a zone in a subterranean location, comprising: a tubular housing defining a wall; at least one first valved port in said wall, wherein the at least one first valved port comprises a first sliding sleeve valve with a first sliding sleeve that is selectively movable between a closed and an open position, wherein said first valved port is substantially unobstructed; and at least one second valved port in said wall, wherein the at least one second valved port comprises a second sliding sleeve valve with a second sliding sleeve that is movable between a fully closed and an open position where flow through said second valved port is screened, wherein said second sliding sleeve comprises a screen that is brought into alignment with the port in the open position, and wherein the first sliding sleeve and the second sliding sleeve are each axially shiftable or rotatable with respect to said wall. a tubular housing defining a wall; at least one first valved port in said wall, wherein the at least one first valved port comprises a first sliding sleeve valve with a first sliding sleeve that is selectively movable between a closed and an open position, wherein said first valved port is substantially unobstructed; and at least one second valved port in said wall, wherein the at least one second valved port comprises a second sliding sleeve valve with a second sliding sleeve that is movable between a fully closed and an open position where flow through said second valved port is screened, wherein said second sliding sleeve comprises a screen that is brought into alignment with the port in the open position, and wherein the first sliding sleeve and the second sliding sleeve are each axially shiftable or rotatable with respect to said wall.
Method for concreting an underground site, comprising the vertical transportation of concrete from a supply site located at an altitude above the underground site to the underground site by means of a continuous supply of concrete (B) to a pipe (A) for transportation between the supply site and the underground site, the descent of a column of concrete (B) in the transportation pipe, and the removal of the concrete from a lower end of said column of concrete in order to distribute the concrete on the underground site, characterised in that the transportation pipe (A) is initially filled with a column of liquid (L) and a movable stopper positioned at the top of the column of liquid, then, during the descent of the column of concrete in the transportation pipe, a vertical counter-thrust is exerted on said stopper by adjusting the height of the column of liquid and/or the pressure of the liquid in the transportation pipe in order to control the descent of the column of concrete.
A refrigerant recovery control device comprising a control unit having a first control mode and a second control mode different from each other as control modes of a refrigerant recovery operation for recovering a refrigerant in a refrigerant circuit in a refrigeration apparatus , wherein the control unit closes an outdoor expansion valve and a liquid-side shutoff valve of the refrigerant circuit , or opens the outdoor expansion valve and closes the liquid-side shutoff valve , wherein the refrigerant in the refrigerant circuit in the first control mode has a flow rate that is larger than a flow rate of the refrigerant in the refrigerant circuit in the second control mode. a control unit having a first control mode and a second control mode different from each other as control modes of a refrigerant recovery operation for recovering a refrigerant in a refrigerant circuit in a refrigeration apparatus , wherein the control unit closes an outdoor expansion valve and a liquid-side shutoff valve of the refrigerant circuit , or opens the outdoor expansion valve and closes the liquid-side shutoff valve , wherein the refrigerant in the refrigerant circuit in the first control mode has a flow rate that is larger than a flow rate of the refrigerant in the refrigerant circuit in the second control mode.
A system comprising: a wearable device (110; 400; 500) configured to be worn by a user, the wearable device comprising a flexible wearable member (114; 414; 514) including first flexible wearable member portions made from a first material and second flexible wearable member portions made from a second material, with each second flexible wearable member portion disposed between two first flexible wearable member portions, the second material being stiffer than the first material, a haptic output device (112; 412; 512) and a flexible mounting (115; 415; 515) connecting the haptic output device (112; 412; 512) to the flexible wearable member (114; 414; 514) at a first flexible wearable member portion; and a signal generator (118; 518) configured to generate a haptic signal and communicate the haptic signal to the haptic output device (112; 412; 512), the haptic signal comprising a short duration control pulse configured to create a deformation sensation to the user. a wearable device (110; 400; 500) configured to be worn by a user, the wearable device comprising a flexible wearable member (114; 414; 514) including first flexible wearable member portions made from a first material and second flexible wearable member portions made from a second material, with each second flexible wearable member portion disposed between two first flexible wearable member portions, the second material being stiffer than the first material, a haptic output device (112; 412; 512) and a flexible mounting (115; 415; 515) connecting the haptic output device (112; 412; 512) to the flexible wearable member (114; 414; 514) at a first flexible wearable member portion; and a signal generator (118; 518) configured to generate a haptic signal and communicate the haptic signal to the haptic output device (112; 412; 512), the haptic signal comprising a short duration control pulse configured to create a deformation sensation to the user.
A fluidic control unit with at least one fluidics cylinder , by means of which the at least one fluidics cylinder can be moved, wherein the control unit in one state offers at least one inching operation for each fluidics cylinder and in a second state offers a main-pressure operation for the at least one fluidics cylinder , wherein a change of state of the control unit takes place automatically from one inching operation to one of the main-pressure operations , characterised in that a first valve , comprising at least two positions, is guided with one port fluidically on one side of a piston of the at least one fluidics cylinder and with another port fluidically via a connection to a second side of the piston of the fluidics cylinder , wherein there is arranged in the connection between the first valve and the fluidics cylinder a two-position shuttle valve (112, 312, 412 113, 313, 413), and there is arranged in a feed line to the two-position shuttle valve (112, 312, 412 113, 313, 413) a main-pressure release valve to be actuated fluidically, whose actuation can be executed preferably by a pilot valve .
A system comprising a limiting device and a control module for an electric energy store for operation on a supply line configured for the parallel connection of a plurality of consumers, the control module comprising a supply terminal for connection to the supply line and a control unit for the controlled charging and/or discharging of an electric energy store via the supply terminal , the control module being connected or connectable to the electric energy store , the control module being connectable to a limiting device, and the control unit being configured, when the control module is connected to the limiting device and the energy store , to carry out a rapid charge and/or a rapid discharge of the energy store , characterized in that , during charging, the maximum charging current is limited by the limiting device to ensure that an energy source operating the supply line is able to reliably operate further consumers connected to the supply line, and a current reserve of the energy source is used to increase the charging current so as to carry out a rapid charge, and the limiting device is configured, during discharging, to delimit a discharging current of the energy store , so that this energy store or the control module is not damaged or destroyed by the discharging.