mhurhangee/patent-ind-claim-en huggingface dataset:
A method of detecting a macro terminal and performing an interference coordination by a small base station , the method comprising the following steps performed by said small base station: determining whether a macro terminal , which transmits a signal to a macro base station , exists within a cell coverage of the small base station ; adjusting the cell coverage of the small base station according to whether the macro terminal exists within the cell coverage of the small base station ; receiving, from the macro base station , information associated with an uplink signal of the macro terminal ; wherein the determining is based on a common silence resource common to a cluster cell including the small base station and which is used to sense the macro terminal; allocating the common silence resource to correspond to an uplink resource allocated to the macro terminal based on the received information associated with the uplink signal of the macro terminal ; and using the common silence resource to sense the macro terminal by sensing the signal transmitted from the macro terminal to the macro base station . determining whether a macro terminal , which transmits a signal to a macro base station , exists within a cell coverage of the small base station ; adjusting the cell coverage of the small base station according to whether the macro terminal exists within the cell coverage of the small base station ; receiving, from the macro base station , information associated with an uplink signal of the macro terminal ; wherein the determining is based on a common silence resource common to a cluster cell including the small base station and which is used to sense the macro terminal; allocating the common silence resource to correspond to an uplink resource allocated to the macro terminal based on the received information associated with the uplink signal of the macro terminal ; and
Exhaust muffler for an aircraft comprising: - an exhaust gases inlet , - an exhaust gases outlet , - a peripheral wall : • adapted to guide a flow of exhaust gases between the inlet and the outlet , • comprising at least one vacuum chamber , wherein the peripheral wall comprises: - at least two vacuum chambers in a same transversal cross-section and characterised by at least two vacuum chambers successively arranged in the peripheral wall radial direction between an inner surface of the peripheral wall and an outer surface of the peripheral wall. - an exhaust gases inlet , - an exhaust gases outlet , - a peripheral wall : • adapted to guide a flow of exhaust gases between the inlet and the outlet , • comprising at least one vacuum chamber , • adapted to guide a flow of exhaust gases between the inlet and the outlet , • comprising at least one vacuum chamber , - at least two vacuum chambers in a same transversal cross-section and characterised by at least two vacuum chambers successively arranged in the peripheral wall radial direction between an inner surface of the peripheral wall and an outer surface of the peripheral wall.
A cooking appliance comprising: a housing having a cooking compartment formed therein, wherein the housing has an upper surface which are open; a door having a door upper surface part for opening and closing the upper surface; a first heating part disposed at the door ; and a door frame supporting the first heating part ; characterized in that : the door frame includes: a heater mounting part to which the first heating part is coupled; and a coupling part mounted to the door upper surface part and supporting the heater mounting part on the door upper surface part . a housing having a cooking compartment formed therein, wherein the housing has an upper surface which are open; a door having a door upper surface part for opening and closing the upper surface; a first heating part disposed at the door ; and a door frame supporting the first heating part ; characterized in that : the door frame includes: a heater mounting part to which the first heating part is coupled; and a coupling part mounted to the door upper surface part and supporting the heater mounting part on the door upper surface part . a heater mounting part to which the first heating part is coupled; and a coupling part mounted to the door upper surface part and supporting the heater mounting part on the door upper surface part .
An apparatus for making ski runs comprising a support structure configured to support the apparatus and connect the apparatus to a vehicle; a first tiller supported by the support structure; at least one tracksetting device ; and a connection structure that couples the tracksetting device to the first tiller ; characterised in that the connection structure is configured to allow the free rotation about an axis, transverse to an advancing direction (D1), of the tracksetting device with respect to the tiller such that the position of the tiller with respect to the snowpack can be varied without altering the position of the tracksetting device with respect to the snowpack; wherein the connection structure defines an articulated quadrilateral having four articulated joints and which connects the tracksetting device to the tiller so that the tracksetting device is freely rotatable about the axis with respect to the tiller to assume a position with respect to the snowpack (N) that is independent of the position of the tiller with respect to the snowpack (N), the support structure preferably being connected to one of the four articulated joints .
An injection device , comprising: a syringe comprising a barrel having a distal end and a proximal end and a tip provided on the distal end of the barrel , the barrel defining an internal bore extending from the proximal end to the distal end of the barrel ; a luer lock adaptor comprising a body having a proximal end and a distal end, a reduced-diameter portion provided on the proximal end of the body , and a threading provided on an outer surface of the body , the reduced-diameter portion defining an opening to receive the tip of the syringe in a friction fit; and a needle hub comprising a body defining an inner cavity , a needle receiving portion extending distally from the body , and a skirt extending inwardly into the inner cavity , wherein an inner surface of the body includes a threading corresponding to the threading of the luer lock adaptor to connect the luer lock adaptor to the needle hub , characterized in that the needle receiving portion defines a bore to receive the tip of the syringe , the bore has an inner surface which tapers from a distal end to a proximal end of the needle receiving portion , and a diameter of the distal end of the bore is greater than the diameter of the proximal end of the bore . a syringe comprising a barrel having a distal end and a proximal end and a tip provided on the distal end of the barrel , the barrel defining an internal bore extending from the proximal end to the distal end of the barrel ; a luer lock adaptor comprising a body having a proximal end and a distal end, a reduced-diameter portion provided on the proximal end of the body , and a threading provided on an outer surface of the body , the reduced-diameter portion defining an opening to receive the tip of the syringe in a friction fit; and a needle hub comprising a body defining an inner cavity , a needle receiving portion extending distally from the body , and a skirt extending inwardly into the inner cavity , wherein an inner surface of the body includes a threading corresponding to the threading of the luer lock adaptor to connect the luer lock adaptor to the needle hub , characterized in that the needle receiving portion defines a bore to receive the tip of the syringe , the bore has an inner surface which tapers from a distal end to a proximal end of the needle receiving portion , and a diameter of the distal end of the bore is greater than the diameter of the proximal end of the bore .
A method for wireless communication at a first user equipment "UE", comprising: receiving , by the first UE, a grant of communication resources; receiving a silencing message from a second UE, the silencing message indicating that the second UE is to communicate priority traffic using semi-persistent resources, wherein the semi-persistent resources at least partially overlap with the communication resources; determining a next occurrence of the semi-persistent resources after receiving the silencing message; and releasing at least a portion of the communication resources that at least partially overlap with the next occurrence of the semi-persistent resources based at least in part on the silencing message. receiving , by the first UE, a grant of communication resources; receiving a silencing message from a second UE, the silencing message indicating that the second UE is to communicate priority traffic using semi-persistent resources, wherein the semi-persistent resources at least partially overlap with the communication resources; determining a next occurrence of the semi-persistent resources after receiving the silencing message; and releasing at least a portion of the communication resources that at least partially overlap with the next occurrence of the semi-persistent resources based at least in part on the silencing message.
A thin film transistor assembly, comprising: a thin film transistor, wherein the thin film transistor is an N-type thin film transistor; and a light shielding layer , arranged between a source electrode and a drain electrode of the thin film transistor and configured to block light from the exterior from illuminating an active layer of the thin film transistor, wherein the light shielding layer and the source electrode and the drain electrode of the thin film transistor are formed by the same layer with a same thickness and the same material; wherein doped ohmic contact areas are provided respectively at locations of the active layer and wherein the ohmic contact areas are electrically connected to the source electrode and the drain electrode ; wherein lightly doped drain areas are further provided adjacent to the doped ohmic contact areas ; wherein the thin film transistor further includes a pixel electrode and the doped ohmic contact areas are electrically connected to the source electrode and the drain electrode via the pixel electrode respectively; wherein the thin film transistor further includes a gate electrode over the active layer and an insulating layer covering the gate electrode , the insulating layer is provided with through holes and the pixel electrode is provided on the insulating layer and in the through holes , such that the pixel electrode electrically connects the doped ohmic contact areas to the source electrode and the drain electrode respectively through the through holes . a thin film transistor, wherein the thin film transistor is an N-type thin film transistor; and a light shielding layer , arranged between a source electrode and a drain electrode of the thin film transistor and configured to block light from the exterior from illuminating an active layer of the thin film transistor, wherein the light shielding layer and the source electrode and the drain electrode of the thin film transistor are formed by the same layer with a same thickness and the same material; wherein doped ohmic contact areas are provided respectively at locations of the active layer and wherein the ohmic contact areas are electrically connected to the source electrode and the drain electrode ; wherein lightly doped drain areas are further provided adjacent to the doped ohmic contact areas ; wherein the thin film transistor further includes a pixel electrode and the doped ohmic contact areas are electrically connected to the source electrode and the drain electrode via the pixel electrode respectively; wherein the thin film transistor further includes a gate electrode over the active layer and an insulating layer covering the gate electrode , the insulating layer is provided with through holes and the pixel electrode is provided on the insulating layer and in the through holes , such that the pixel electrode electrically connects the doped ohmic contact areas to the source electrode and the drain electrode respectively through the through holes .
A method for use by a node connected to an Integrated Small Cell /WiFi network, ISWN, wherein the node comprises a processor and memory, and wherein the node is one of an MME , a Serving Gateway, SGW, or a PDN Gateway, PGW, , and further includes computer-executable instructions stored in the memory which, when executed by the node, perform the method comprising: receiving at the node a real-time, Bearer Resource Command message indicating whether a flow is associated with unlicensed spectrum access point or is associated with licensed spectrum access point, the flow passing through a gateway that connects both the unlicenesed spectrum access point and the licensed spectrum access point with the ISWN network, the real-time Bearer Resource Command message also indicating whether the User Equipment, UE, or some other device selected whether the unlicensed spectrum access point or licensed spectrum access point is used by the flow, wherein the real-time Bearer Resource Command message includes an indication that indicates whether a network node or the UE initiates the change of spectrum type; and performing an operation at the network based on the real-time Bearer Resource Command message, wherein the operation is volume based charging. receiving at the node a real-time, Bearer Resource Command message indicating whether a flow is associated with unlicensed spectrum access point or is associated with licensed spectrum access point, the flow passing through a gateway that connects both the unlicenesed spectrum access point and the licensed spectrum access point with the ISWN network, the real-time Bearer Resource Command message also indicating whether the User Equipment, UE, or some other device selected whether the unlicensed spectrum access point or licensed spectrum access point is used by the flow, wherein the real-time Bearer Resource Command message includes an indication that indicates whether a network node or the UE initiates the change of spectrum type; and performing an operation at the network based on the real-time Bearer Resource Command message, wherein the operation is volume based charging.
An apparatus comprising: a security system that is configured to protect a secured area; a plurality of sensors that are configured to detect environmental threats within the secured area ; a cloud memory that is configured to save detector element values measured by detector elements of the plurality of sensors and activation reports from each of the plurality of sensors; and a cloud processor that is configured to analyse the measured detector element values and the activation reports, generates a probability report of false alarms within a number of days based upon comparison of a most recently measured detector element value and a prior measured value to detect spontaneous changes and to determine a rate of change of the measured detector element values and the activation reports for each of the plurality of sensors, and is configured to send the probability report to an authorized user of the security system. a security system that is configured to protect a secured area; a plurality of sensors that are configured to detect environmental threats within the secured area ; a cloud memory that is configured to save detector element values measured by detector elements of the plurality of sensors and activation reports from each of the plurality of sensors; and a cloud processor that is configured to analyse the measured detector element values and the activation reports, generates a probability report of false alarms within a number of days based upon comparison of a most recently measured detector element value and a prior measured value to detect spontaneous changes and to determine a rate of change of the measured detector element values and the activation reports for each of the plurality of sensors, and is configured to send the probability report to an authorized user of the security system.
A close-coupled catalytic article for the treatment of an exhaust gas, characterized in that the article comprises an upstream substrate and a downstream substrate , wherein the upstream substrate is spaced apart (X) from the downstream substrate , wherein the upstream substrate comprises a first three-way catalyst (TWC) composition and the downstream substrate comprises a second TWC composition, the first and second TWC compositions each comprising an oxygen storage component (OSC), wherein a loading of the OSC in the downstream substrate is greater than a loading of the OSC in the upstream substrate and is at least 2.2g/in 3 . wherein the upstream substrate is spaced apart (X) from the downstream substrate , wherein the upstream substrate comprises a first three-way catalyst (TWC) composition and the downstream substrate comprises a second TWC composition, the first and second TWC compositions each comprising an oxygen storage component (OSC), wherein a loading of the OSC in the downstream substrate is greater than a loading of the OSC in the upstream substrate and is at least 2.2g/in 3 .
System for an industrial mixing machine, comprising a mixing head, equipped with means for connecting same to a vessel containing a mixing product, said mixing head being mounted so as to pivot in relation to a frame, in such a way that the mixing container, formed from the mixing vessel and mixing head can be pivoted so as to carry out a mixing process, and comprises at least one rotary driven mixing tool , and comprising a cleaning container for the cleaning of the mixing head of this mixing machine , said cleaning container comprising a cleaning vessel with an opening and connecting means for connecting same to the mixing head of the mixing machine instead of a vessel containing a mixing product, wherein the cleaning vessel is configured such that this, together with the mixing head , when pointing towards this with its opening, and connected to it, forms a closed cleaning chamber, wherein, in the cleaning vessel of the cleaning container , a blast wheel of a centrifugal blasting device is arranged, with a delivery direction directed towards the inner surface of the mixing head for centrifugal blasting of the inner surface of the mixing head .
A luggage article comprising - a first luggage part and a second luggage part defining two opposing closable parts of the luggage article , where the first and second luggage parts define an inner volume of the luggage article when closed, - an attachment part comprising ∘ a first connecting part and a second connecting part that are pivotally connected via a hinge , where the first connecting part is attached to a first edge of the first luggage part and the second connecting part is attached to a second edge of the second luggage part ∘ a closure part being a zipper adapted to secure the first connecting part to the second connecting part preventing access to the inner volume of the luggage article ∘ a barrier that overlaps the closure part and is positioned between the inner volume of the luggage article and the closure part in a radial direction, and wherein an outer periphery of the first and the second connecting part extends beyond at least part of the closure part in a radial direction away from a central point (C) of the luggage article . - a first luggage part and a second luggage part defining two opposing closable parts of the luggage article , where the first and second luggage parts define an inner volume of the luggage article when closed, - an attachment part comprising ∘ a first connecting part and a second connecting part that are pivotally connected via a hinge , where the first connecting part is attached to a first edge of the first luggage part and the second connecting part is attached to a second edge of the second luggage part ∘ a closure part being a zipper adapted to secure the first connecting part to the second connecting part preventing access to the inner volume of the luggage article ∘ a barrier that overlaps the closure part and is positioned between the inner volume of the luggage article and the closure part in a radial direction, and wherein an outer periphery of the first and the second connecting part extends beyond at least part of the closure part in a radial direction away from a central point (C) of the luggage article . ∘ a first connecting part and a second connecting part that are pivotally connected via a hinge , where the first connecting part is attached to a first edge of the first luggage part and the second connecting part is attached to a second edge of the second luggage part ∘ a closure part being a zipper adapted to secure the first connecting part to the second connecting part preventing access to the inner volume of the luggage article ∘ a barrier that overlaps the closure part and is positioned between the inner volume of the luggage article and the closure part in a radial direction, and
A workpiece conveyance device comprising: a plurality of holding heads that include a holding part that holds a workpiece (W) and a vacuum pump that generates a holding force in the holding part ; and a conveyance track that conveys the plurality of holding heads , wherein the vacuum pump includes a pump unit that connects with the holding part to suck a surrounding air from the holding part or to discharge the surrounding air to the holding part , the vacuum pump further including a shaft part that is rotated to activate the pump unit , characterised in that the shaft part includes a first magnet magnetized in an alternating N poles and S poles around a shaft, the conveyance track includes a second magnet extending in a conveyance direction (D1) of the holding head , the second magnet alternately generating a magnetic force from the N pole and a magnetic force from the S pole in the conveyance direction (D1) and being arranged to generate a magnetic force between the second magnet and the first magnet of the holding head conveyed, and by alternately switching a magnetic pole of a portion in the second magnet applying a magnetic force to the first magnet , the shaft part is rotated, which causes the pump unit to generate a holding force by sucking or discharging the surrounding air. a plurality of holding heads that include a holding part that holds a workpiece (W) and a vacuum pump that generates a holding force in the holding part ; and a conveyance track that conveys the plurality of holding heads , wherein the vacuum pump includes a pump unit that connects with the holding part to suck a surrounding air from the holding part or to discharge the surrounding air to the holding part , the vacuum pump further including a shaft part that is rotated to activate the pump unit , characterised in that the shaft part includes a first magnet magnetized in an alternating N poles and S poles around a shaft, the conveyance track includes a second magnet extending in a conveyance direction (D1) of the holding head , the second magnet alternately generating a magnetic force from the N pole and a magnetic force from the S pole in the conveyance direction (D1) and being arranged to generate a magnetic force between the second magnet and the first magnet of the holding head conveyed, and by alternately switching a magnetic pole of a portion in the second magnet applying a magnetic force to the first magnet , the shaft part is rotated, which causes the pump unit to generate a holding force by sucking or discharging the surrounding air.