mhurhangee/ep-ind-claims huggingface dataset:
A breathable cushioning pad, comprising: a cushioning pad (100,200,300,400,500,600) comprising a continuous upper layer with an upper surface, a continuous lower layer with a lower surface, and a cushioning material disposed between the continuous upper layer and the continuous lower layer, the cushioning pad (100,200,300,400,500,600) comprising a cushioning region having a thickness, the cushioning region comprising a cushioning material disposed between the continuous upper layer and the continuous lower layer; a channel disposed in the cushioning pad (100,200,300,400,500,600) and defining the cushioning region (20,60,70,80'), the channel forming a hinge region of the cushioning pad (100,200,300,400,500,600), the hinge region comprising a thickness less than the thickness of the cushioning region, the hinge region further comprising the continuous upper layer and the continuous lower layer, the continuous upper layer at least partially bonded to the continuous lower layer; and at least one vent (30,40,50) extending through and in fluid connection with the upper surface and the lower surface characterized by the cushioning material being continuously bonded to the continuous upper layer and the continuous lower layer. a cushioning pad (100,200,300,400,500,600) comprising a continuous upper layer with an upper surface, a continuous lower layer with a lower surface, and a cushioning material disposed between the continuous upper layer and the continuous lower layer, the cushioning pad (100,200,300,400,500,600) comprising a cushioning region having a thickness, the cushioning region comprising a cushioning material disposed between the continuous upper layer and the continuous lower layer; a channel disposed in the cushioning pad (100,200,300,400,500,600) and defining the cushioning region (20,60,70,80'), the channel forming a hinge region of the cushioning pad (100,200,300,400,500,600), the hinge region comprising a thickness less than the thickness of the cushioning region, the hinge region further comprising the continuous upper layer and the continuous lower layer, the continuous upper layer at least partially bonded to the continuous lower layer; and at least one vent (30,40,50) extending through and in fluid connection with the upper surface and the lower surface characterized by the cushioning material being continuously bonded to the continuous upper layer and the continuous lower layer.
A panel (2; 26; 132) for a partition, the panel comprising: a central panel; two support panels disposed on opposed sides of the central panel, each of the two support panels extending generally perpendicularly to a plane of the central panel, wherein a protruding portion of the or each of the two support panels extends beyond at least one of the faces (10, 12) of the central panel; and a flange provided at at least one protruding portion of the two support panels, the or each flange comprising a flange member (14; 28) which is formed from a metal material having: a first portion adjacent to, and mechanically attached to, an external face of the support panels; and a second portion which extends generally parallel to the plane of the central panel, characterized in that together the first and second portions of the or each flange member define a channel or groove for receipt of the protruding portion of one of the two support panels. a central panel; two support panels disposed on opposed sides of the central panel, each of the two support panels extending generally perpendicularly to a plane of the central panel, wherein a protruding portion of the or each of the two support panels extends beyond at least one of the faces (10, 12) of the central panel; and a flange provided at at least one protruding portion of the two support panels, the or each flange comprising a flange member (14; 28) which is formed from a metal material having: a first portion adjacent to, and mechanically attached to, an external face of the support panels; and a second portion which extends generally parallel to the plane of the central panel, characterized in that together the first and second portions of the or each flange member define a channel or groove for receipt of the protruding portion of one of the two support panels.
Medical system comprising: a medical device for use on and/or in the body of a user with a transmitter unit and/or receiver unit and an activation switch and an external control device with a data entry unit, via which the user can enter control signals, an activation unit (6', 6") for activating the activation switch of the medical device and a transmission and/or receiving unit which can exchange data with the transmission unit and/or receiving unit of the medical device; wherein the activation switch is in connection with the transmission unit and/or receiving unit in order to activate the transmission unit and/or receiving unit when an activation signal of the external control has been received by the activation switch, characterised in that the activation switch is configured so that after a predetermined period of time required to transmit data or to implement a predetermined action, a communication connection produced after activation through the external control device is interrupted again. a medical device for use on and/or in the body of a user with a transmitter unit and/or receiver unit and an activation switch and an external control device with a data entry unit, via which the user can enter control signals, an activation unit (6', 6") for activating the activation switch of the medical device and a transmission and/or receiving unit which can exchange data with the transmission unit and/or receiving unit of the medical device; wherein the activation switch is in connection with the transmission unit and/or receiving unit in order to activate the transmission unit and/or receiving unit when an activation signal of the external control has been received by the activation switch, characterised in that
A substrate carrier assembly for use in a system for growing epitaxial layers on semiconductor substrates by chemical vapor deposition, said substrate carrier assembly comprising: a substrate carrier having a first surface side an area part of said first surface being provided with recessed pockets for accommodating - during use - said semiconductor substrates, as well as one or more shielding segments (20', 20") configured as removable-positioned plate shaped elements having a covering surface side for covering the remaining area part of said first surface neighboring said pockets, as well as interlocking means for interlocking said one or more shielding segments with said substrate carrier, characterized in that said interlocking means consist of at least one pair of cooperating first and second interlocking elements, the first interlocking element forming a monolithic part with said substrate carrier and the second interlocking element forming a monolithic part with said one or more shielding segments. a substrate carrier having a first surface side an area part of said first surface being provided with recessed pockets for accommodating - during use - said semiconductor substrates, as well as one or more shielding segments (20', 20") configured as removable-positioned plate shaped elements having a covering surface side for covering the remaining area part of said first surface neighboring said pockets, as well as interlocking means for interlocking said one or more shielding segments with said substrate carrier, characterized in that said interlocking means consist of at least one pair of cooperating first and second interlocking elements, the first interlocking element forming a monolithic part with said substrate carrier and the second interlocking element forming a monolithic part with said one or more shielding segments.
A power transmission system for increasing a rotational speed of a rotor hub of a wind turbine, comprising: a rotor shaft configured to be driven by the rotor hub about a main axis; a speed-increasing gearbox comprising a gearbox input member; a support structure supporting the rotor shaft and the gearbox; a rotor shaft housing connected to the support structure; and a main shaft having an upwind end connected to the rotor shaft, and a downwind end connected to the gearbox input member; and the main shaft comprising steel or iron and extending downwind along the main axis inside the rotor shaft, the main shaft having a slender elongate portion disposed between the upwind end and the downwind end, the upwind and downwind ends (2b,2c) having a larger diameter than the elongate portion, whereby the main shaft has a high torsional strength but is flexible in bending so that radial and angular misalignment between the rotor shaft and the gearbox input member is accommodated; characterised by: rotor shaft supported within the rotor shaft housing by an upwind rotor bearing and a downwind rotor bearing, the bearings configured to permit rotation of the rotor shaft about the main axis while limiting movement in other directions. a rotor shaft configured to be driven by the rotor hub about a main axis; a speed-increasing gearbox comprising a gearbox input member; a support structure supporting the rotor shaft and the gearbox; a rotor shaft housing connected to the support structure; and a main shaft having an upwind end connected to the rotor shaft, and a downwind end connected to the gearbox input member; and the main shaft comprising steel or iron and extending downwind along the main axis inside the rotor shaft, the main shaft having a slender elongate portion disposed between the upwind end and the downwind end, the upwind and downwind ends (2b,2c) having a larger diameter than the elongate portion, whereby the main shaft has a high torsional strength but is flexible in bending so that radial and angular misalignment between the rotor shaft and the gearbox input member is accommodated;
A cooking appliance, comprising a lid, an appliance body and an inner cap, the lid being arranged on the appliance body in a manner capable of opening and closing the appliance body, the appliance body comprising a heating structure, and the lid comprising: a lid body; a baking assembly arranged below the lid body, the lid body being provided with a venting passage through which the inside of the cooking appliance communicates with the exterior, the inner cap being detachably mounted to the lid body and located below the baking assembly, a lateral wall of the venting passage being provided with a venting hole; characterized by a blocking member slidably arranged in the venting passage, the blocking member sliding downwards to a bottom of the venting passage when the inner cap is detached, and the blocking member blocking the venting hole when the blocking member is located at a top or a bottom of the venting passage. a lid body; a baking assembly arranged below the lid body, the lid body being provided with a venting passage through which the inside of the cooking appliance communicates with the exterior, the inner cap being detachably mounted to the lid body and located below the baking assembly, a lateral wall of the venting passage being provided with a venting hole; characterized by a blocking member slidably arranged in the venting passage, the blocking member sliding downwards to a bottom of the venting passage when the inner cap is detached, and the blocking member blocking the venting hole when the blocking member is located at a top or a bottom of the venting passage.
A transport device comprising: a plate; a conveyor configured to transport articles; a pusher configured to push a row of the articles on the conveyor and transfer the row of the articles onto the plate; and a stopper configured to restrain movement of the articles by the conveyor and define a head of the row of the articles to be transferred onto the plate by the pusher, wherein the conveyor moves positions of the rows of the articles stopped by the stopper alternately such that the positions of the rows of the articles transferred onto the plate are shifted alternately, characterized in that the conveyor retracts the position of the row of the articles stopped by the stopper every other time such that the positions of the rows of the articles transferred onto the plate are shifted alternately. a plate; a conveyor configured to transport articles; a pusher configured to push a row of the articles on the conveyor and transfer the row of the articles onto the plate; and a stopper configured to restrain movement of the articles by the conveyor and define a head of the row of the articles to be transferred onto the plate by the pusher, wherein the conveyor moves positions of the rows of the articles stopped by the stopper alternately such that the positions of the rows of the articles transferred onto the plate are shifted alternately, characterized in that the conveyor retracts the position of the row of the articles stopped by the stopper every other time such that the positions of the rows of the articles transferred onto the plate are shifted alternately.
An apparatus comprising: decode means configured to decode an instance of a single instruction, the single instruction to include fields for an opcode, an identification of a location of a packed data source operand, and an identification of a packed data destination operand, wherein the opcode is to indicate that execution means is to perform, for each data element position of the packed data source operand, a calculation of a square root value of a BF16 data element in that position and store a result of each square root into a corresponding data element position of the packed data destination operand; and the execution means configured to execute the decoded instruction according to the opcode; wherein the execution means is configured to treat denormal data elements as zeros during execution of the decoded instruction. decode means configured to decode an instance of a single instruction, the single instruction to include fields for an opcode, an identification of a location of a packed data source operand, and an identification of a packed data destination operand, wherein the opcode is to indicate that execution means is to perform, for each data element position of the packed data source operand, a calculation of a square root value of a BF16 data element in that position and store a result of each square root into a corresponding data element position of the packed data destination operand; and the execution means configured to execute the decoded instruction according to the opcode; wherein the execution means is configured to treat denormal data elements as zeros during execution of the decoded instruction.
A method of operating a radio frequency "RF" network so that extant infrastructure is used to deliver integrated wireless data services, the method comprising transmitting orthogonal frequency division multiplexing "OFDM" waveforms over at least a portion of the extant infrastructure within a prescribed frequency band (906, 936) the method comprising: allocating at least one 3 rd Generation Partnership Project "3GPP" Long Term Evolution "LTE" channel within at least one sub-band of the prescribed frequency band (922, 948); allocating a quadrature phase shift keying "QPSK" analog synchronization carrier within the at least one sub-band of the prescribed frequency band (922, 949); and multiplexing In-phase "I" and Quadrature "Q" data onto the QPSK analog synchronization carrier, the multiplexing of the I and Q data onto the QPSK analog synchronization carrier comprising multiplexing at least first and second data bits onto the QPSK analog synchronization carrier, the at least first data bits corresponding to a first technology, and the at least second data bits corresponding to a second technology; wherein the transmitted OFDM waveforms comprising at least a first spatial diversity data channel and a second spatial diversity data channel, the at least first and second spatial diversity data channels shifted in frequency relative to one another and within the prescribed frequency band so that each of the at least first and second spatial diversity data channels may be received by at least one receiver device and aggregated. allocating at least one 3 rd Generation Partnership Project "3GPP" Long Term Evolution "LTE" channel within at least one sub-band of the prescribed frequency band (922, 948); allocating a quadrature phase shift keying "QPSK" analog synchronization carrier within the at least one sub-band of the prescribed frequency band (922, 949); and multiplexing In-phase "I" and Quadrature "Q" data onto the QPSK analog synchronization carrier, the multiplexing of the I and Q data onto the QPSK analog synchronization carrier comprising multiplexing at least first and second data bits onto the QPSK analog synchronization carrier, the at least first data bits corresponding to a first technology, and the at least second data bits corresponding to a second technology; wherein the transmitted OFDM waveforms comprising at least a first spatial diversity data channel and a second spatial diversity data channel, the at least first and second spatial diversity data channels shifted in frequency relative to one another and within the prescribed frequency band so that each of the at least first and second spatial diversity data channels may be received by at least one receiver device and aggregated.
An aerosol generation device, comprising: a storage unit that stores an aerosol source or an aerosol base material that retains the aerosol source; a load that generates heat upon receipt of power supply from a power source and atomizes the aerosol source; and a sensor that outputs a value related to a temperature of the load; and characterized by a control unit configured to determine whether depletion of the aerosol source in the storage unit or the aerosol base material has occurred, based on a cooling rate derived from the output value of the sensor in a cooling process after the temperature of the load increases up to a temperature in which the aerosol source can be atomized or higher. a storage unit that stores an aerosol source or an aerosol base material that retains the aerosol source; a load that generates heat upon receipt of power supply from a power source and atomizes the aerosol source; and a sensor that outputs a value related to a temperature of the load; and characterized by a control unit configured to determine whether depletion of the aerosol source in the storage unit or the aerosol base material has occurred, based on a cooling rate derived from the output value of the sensor in a cooling process after the temperature of the load increases up to a temperature in which the aerosol source can be atomized or higher.
Articulator - semi-adjustable, arcon, comprising a lower and upper parts (21, 22) that could be detached from each other or interconnected with two mechanical joints, the lower part 21 consists of a base, over which a working plate is located, with an incisive platform assembled at the front of said base, and at the rear the base is immovably connected to a vertical body, wherein an horizontal axis with two joint heads is fixed to said vertical body, wherein two bodies of two joint cavities are adapted to said two joint heads of the horizontal axis, and said two bodies of the joint cavities are, connected in the middle with a plank, said plank is immovably connected to an upper vertical body, which is connected at its front to an upper horizontal shoulder, under which a magnetically connected working plate is located, an incisive pin is assembled at the front of the horizontal shoulder, so as to lean on the incisive platform, the upper horizontal shoulder is immovably connected to an elevator that is fixed at the front of the upper vertical body, wherein said elevator is able to move up and down, until propping up an upper working model and connecting to it, wherein the upper vertical body and the vertical body, are blocked and de-blocked, via an elbow, which ensures continuous inter-parallel location of the base and the upper horizontal shoulder during the process of operating the articulator. wherein the axis with the two joint heads could be extended and shortened, said movement of said axis with the two joint heads on the left and on the right being performed by an elastic element, inbuilt in said axis thus reproducing the immediate lateral shift in both mechanical joints, and this movement being reported at a scale, located in the middle of said axis at its rear, wherein the incisive platform, could rotate and its inclination blocked with a special screw and reported on a scale for the inclination of the incisive platform.
A method of producing a web assembly for use in a clothing article comprising the steps of: (a) joining a first continuous web (120a, 120b) having stretchability in its longitudinal direction in a longitudinally stretched state along an edge portion thereof to a longitudinally substantially inextensible second continuous web (120c, 160a, 160b; 120c) to make a continuous composite sheet, wherein step (a) is carried out by joining the edge portion of the first continuous web (120a, 120b) to an edge portion of the second continuous web (120c, 160a, 160b; 120c), wherein the first continuous web (120a, 120b) and the second continuous web (120c, 160a, 160b; 120c) do not overlap other than their edge portions, (b) joining the composite sheet obtained in step (a) on its side to a third continuous web to make a web assembly, and (c) cutting the web assembly obtained in step (b) to length. (a) joining a first continuous web (120a, 120b) having stretchability in its longitudinal direction in a longitudinally stretched state along an edge portion thereof to a longitudinally substantially inextensible second continuous web (120c, 160a, 160b; 120c) to make a continuous composite sheet, wherein step (a) is carried out by joining the edge portion of the first continuous web (120a, 120b) to an edge portion of the second continuous web (120c, 160a, 160b; 120c), wherein the first continuous web (120a, 120b) and the second continuous web (120c, 160a, 160b; 120c) do not overlap other than their edge portions, (b) joining the composite sheet obtained in step (a) on its side to a third continuous web to make a web assembly, and (c) cutting the web assembly obtained in step (b) to length.
An actuator system for controlling a flight surface of an aircraft, the system comprising: a first actuator having a first actuator input and a first linear translation element that moves based on rotational motion received at the first actuator input; a first laser distance sensor disposed inside the first actuator that generates a first output based on a displacement of the first linear translation element; a second actuator having a second actuator input and a second linear translation element that moves based on rotational motion received at the second actuator input; a second laser distance sensor disposed inside the second actuator that generates a second output based on a displacement of the second linear translation element; and a control unit that receives the first and second outputs and determines if an error condition exists for the system based on first and second output. a first actuator having a first actuator input and a first linear translation element that moves based on rotational motion received at the first actuator input; a first laser distance sensor disposed inside the first actuator that generates a first output based on a displacement of the first linear translation element; a second actuator having a second actuator input and a second linear translation element that moves based on rotational motion received at the second actuator input; a second laser distance sensor disposed inside the second actuator that generates a second output based on a displacement of the second linear translation element; and a control unit that receives the first and second outputs and determines if an error condition exists for the system based on first and second output.