mhurhangee/patent-ind-claim-en huggingface dataset:
A diffuser for ventilation of a medium through a ventilation system, comprising a stationary part having a plurality of first apertures , a damper arranged for rotating with a circumferential movement over said stationary part and having a plurality of second apertures corresponding to said first apertures , and an actuator to move said damper , wherein - the stationary part comprises a reservoir and said stationary part is adapted to be inclined towards the reservoir in such a way that said reservoir would stand at a lower level than the rest of said stationary part , characterized in that - edges of said first apertures are adapted to protrude to form a plurality of particle channels between said first apertures for the particles to flow through, wherein said particle channels surround said reservoir in order to allow said particles to accumulate within said reservoir by way of gravity. - the stationary part comprises a reservoir and said stationary part is adapted to be inclined towards the reservoir in such a way that said reservoir would stand at a lower level than the rest of said stationary part , characterized in that - edges of said first apertures are adapted to protrude to form a plurality of particle channels between said first apertures for the particles to flow through, wherein said particle channels surround said reservoir in order to allow said particles to accumulate within said reservoir by way of gravity.
A stator vane assembly comprising: a plurality of circumferentially spaced stator vanes , each of the stator vanes including a platform including a first side having a recess , a second side having a tongue , and first and second ends having hooks , wherein the tongue overlaps a recess on an adjacent stator vane ; and an airfoil extending from the platform , wherein the first and second sides are disposed at a non-normal angle relative to the first and second ends ; characterised in that a crowned surface on one of the recess on the adjacent stator vane and the tongue provides a line contact at an interface between the tongue and the recess on the adjacent stator vane forming a seal at said interface . a plurality of circumferentially spaced stator vanes , each of the stator vanes including a platform including a first side having a recess , a second side having a tongue , and first and second ends having hooks , wherein the tongue overlaps a recess on an adjacent stator vane ; and an airfoil extending from the platform , wherein the first and second sides are disposed at a non-normal angle relative to the first and second ends ; characterised in that a crowned surface on one of the recess on the adjacent stator vane and the tongue provides a line contact at an interface between the tongue and the recess on the adjacent stator vane forming a seal at said interface .
An antifouling structure, comprising a porous structural layer; and a non-volatile liquid selected from fluorine oils and silicone oils in pores and/or on a surface of the porous structural layer, wherein the porous structural layer comprises a modified portion at least at a surface part of the porous structural layer, the elemental ratio of fluorine to silicon (F/Si) in the surface part is within the range of 3.3 to 7.1, wherein the elemental ratio of fluorine to silicon (F/Si) in the surface part of the porous structural layer is measured by an elemental analysis using an XPS analyzer, in which the porous structural layer with the modified portion is elementally analyzed from the outermost surface to a depth of approximately 5 nm, wherein in the XPS analysis of the surface part of the porous structural layer, a sample is immersed in a fluorine solvent and washed by ultrasonic wave to remove the non-volatile liquid retained in the porous structural layer, wherein the porous structural layer is made of an inorganic material mainly composed of silicon oxide, and wherein a modifier that forms the modified portion contains a compound having a fluoride functional group that can bind to a material of the porous structural layer. a porous structural layer; and a non-volatile liquid selected from fluorine oils and silicone oils in pores and/or on a surface of the porous structural layer, wherein the porous structural layer comprises a modified portion at least at a surface part of the porous structural layer, the elemental ratio of fluorine to silicon (F/Si) in the surface part is within the range of 3.3 to 7.1, wherein the elemental ratio of fluorine to silicon (F/Si) in the surface part of the porous structural layer is measured by an elemental analysis using an XPS analyzer, in which the porous structural layer with the modified portion is elementally analyzed from the outermost surface to a depth of approximately 5 nm, wherein in the XPS analysis of the surface part of the porous structural layer, a sample is immersed in a fluorine solvent and washed by ultrasonic wave to remove the non-volatile liquid retained in the porous structural layer, wherein the porous structural layer is made of an inorganic material mainly composed of silicon oxide, and wherein a modifier that forms the modified portion contains a compound having a fluoride functional group that can bind to a material of the porous structural layer. wherein the porous structural layer is made of an inorganic material mainly composed of silicon oxide, and wherein a modifier that forms the modified portion contains a compound having a fluoride functional group that can bind to a material of the porous structural layer.
A secondary battery cell supply apparatus for a process of folding a secondary battery cell , the secondary battery cell supply apparatus comprising: a first device configured to grip a secondary battery cell for a cell folding process received in a tray and raise the secondary battery cell vertically upward; a second device configured to grip the secondary battery cell gripped by the first device and transfer the secondary battery cell in a transverse direction when the first device releases the secondary battery cell ; and a third device configured to grip the secondary battery cell gripped by the second device , rotate the secondary battery cell , and move the secondary battery cell upward and downward so that a pair of wide surfaces of the secondary battery cell is directed in a vertical direction when the second device releases the secondary battery cell . a first device configured to grip a secondary battery cell for a cell folding process received in a tray and raise the secondary battery cell vertically upward; a second device configured to grip the secondary battery cell gripped by the first device and transfer the secondary battery cell in a transverse direction when the first device releases the secondary battery cell ; and a third device configured to grip the secondary battery cell gripped by the second device , rotate the secondary battery cell , and move the secondary battery cell upward and downward so that a pair of wide surfaces of the secondary battery cell is directed in a vertical direction when the second device releases the secondary battery cell .
Method for printing at least one packaging element , which comprises at least one printing operation, wherein in one step a position of the at least one packaging element is sensed, in a further step at least one piece of information is oriented on the basis of the sensed position of the at least one packaging element in order to compensate for a deviation of the position of the packaging element from a predefined target position and to achieve a precise printing result, wherein a position of at least one reference element of the packaging element is determined and the at least one piece of information is oriented at least substantially by using the determined position of the at least one reference element, wherein the at least one piece of information is stored in at least one file, and in at least one further step the at least one piece of information is printed onto the packaging element .
An assembly for a pen type drug delivery device, the assembly comprising: - a reservoir holder , - a dose setting mechanism , and - a flexible fastener configured to fasten the reservoir holder to the dose setting mechanism , wherein the flexible fastener is provided at one of the reservoir holder and the dose setting mechanism and wherein the flexible fastener is arranged on a fastening ring or retention ring provided at the one of the reservoir holder and the dose setting mechanism , characterized in that the fastening ring or retention ring is radially bendable such that the flexible fastener is brought into or out of engagement with corresponding engagement means on the other one of the reservoir holder and the dose setting mechanism for connecting or disconnecting the reservoir holder with or from the dose setting mechanism , wherein the fastening ring or retention ring comprises a plurality of radial protrusions extending toward a center of the fastening ring or retention ring . - a reservoir holder , - a dose setting mechanism , and - a flexible fastener configured to fasten the reservoir holder to the dose setting mechanism , wherein the flexible fastener is provided at one of the reservoir holder and the dose setting mechanism and wherein the flexible fastener is arranged on a fastening ring or retention ring provided at the one of the reservoir holder and the dose setting mechanism , the fastening ring or retention ring is radially bendable such that the flexible fastener is brought into or out of engagement with corresponding engagement means on the other one of the reservoir holder and the dose setting mechanism for connecting or disconnecting the reservoir holder with or from the dose setting mechanism , wherein the fastening ring or retention ring comprises a plurality of radial protrusions extending toward a center of the fastening ring or retention ring .
A fiber comprises a polybenzimidazole (PBI) polymer with a phosphoric acid pick-up (APU) in the range of 1-25 wt. % and having a LOI (Limiting Oxygen Index) per ASTM 2863 of ≥ 47%.
A tobacco plant having a mutation in one or more endogenous nucleic acids having a sequence selected from the group consisting of SEQ ID NOs: 9 and 10, wherein the mutation results in reduced or even complete elimination of glutamate decarboxylase protein activity provided by said one or more endogenous nucleic acids, and wherein said tobacco plant exhibits a decrease in the amount and/or rate of chlorophyll loss relative to a plant lacking the mutation.
An electrical connector including a main housing extending between a front and a rear and having a front charging port open towards the front and a rear chamber ; a power terminal having a front contact pin arranged in the front charging port and a rear cable connector; a thermal sensor ; a seal , electrically insulative and thermally conductive, holding the power terminal received in a terminal opening of the seal , the seal being thermally coupled to the power terminal and to the thermal sensor ; characterized in that the seal has a rear face provided with a rear pocket forming a container filled with a thermal material , thermally conductive, that is either a paste or a foam, in a viscous liquid form or solidified, and has taken the shape of the container , and in which the thermal sensor is immersed, and the thermal sensor is configured to monitor the temperature of the power terminal via a thermal path including the seal and the thermal material . a main housing extending between a front and a rear and having a front charging port open towards the front and a rear chamber ; a power terminal having a front contact pin arranged in the front charging port and a rear cable connector; a thermal sensor ; a seal , electrically insulative and thermally conductive, holding the power terminal received in a terminal opening of the seal , the seal being thermally coupled to the power terminal and to the thermal sensor ; characterized in that the seal has a rear face provided with a rear pocket forming a container filled with a thermal material , thermally conductive, that is either a paste or a foam, in a viscous liquid form or solidified, and has taken the shape of the container , and in which the thermal sensor is immersed, and the thermal sensor is configured to monitor the temperature of the power terminal via a thermal path including the seal and the thermal material .
Grab tray support for receiving material boxes or tool carriers, wherein a support rail comprising a first free end and a second free end, is arranged between a first handle support and a second handle support , wherein a handle is arranged on the first handle support and the second handle support , respectively, and wherein the support rail comprises at least one receiving means with which material containers or grab trays can be held, wherein at least one fastening means is arranged at the support rail characterized in that the fastening means serves for engaging the grab tray support in a holding rail , for example of a shelf trolley or in the holding rail of a support system of a mounting work station. wherein a support rail comprising a first free end and a second free end, is arranged between a first handle support and a second handle support , wherein a handle is arranged on the first handle support and the second handle support , respectively, and wherein the support rail comprises at least one receiving means with which material containers or grab trays can be held, wherein at least one fastening means is arranged at the support rail characterized in that the fastening means serves for engaging the grab tray support in a holding rail , for example of a shelf trolley or in the holding rail of a support system of a mounting work station.
An apparatus comprising: a linkage , comprising a link coupled between a proximal bracket and a distal bracket , the proximal bracket coupled to a support structure at a first end, the linkage being adapted to support a load applied to a second end of the linkage opposite the first end; a balancing mechanism coupled to the linkage around a pivotal joint , the balancing mechanism including a compression spring , a cable , and three pulleys with center points of the three pulleys forming corners of an adjustable triangle having one side which changes in length when the link and the linkage moves, with a first of the three pulleys coupled to a shaft at the pivotal joint , wherein the cable wraps over the three pulleys and has a first end coupled to the compression spring to counter balance the load applied to the second end of the linkage; wherein the link houses the compression spring and is coupled to the three pulleys and a second end of the cable ; wherein as the linkage vertically adjusts the position of the load with a varying moment arm length, the balancing mechanism varies a cable path length to modify the compression of the compression spring and the tension in the cable to adjust a counter balance force applied to the linkage ; and wherein a linear distance between the other two of the three pulleys that are not the first of the three pulleys varies to modify the cable path length in response to changes in positions of the linkage to adjust the counter balance force. a linkage , comprising a link coupled between a proximal bracket and a distal bracket , the proximal bracket coupled to a support structure at a first end, the linkage being adapted to support a load applied to a second end of the linkage opposite the first end; a balancing mechanism coupled to the linkage around a pivotal joint , the balancing mechanism including a compression spring , a cable , and three pulleys with center points of the three pulleys forming corners of an adjustable triangle having one side which changes in length when the link and the linkage moves, with a first of the three pulleys coupled to a shaft at the pivotal joint , wherein the cable wraps over the three pulleys and has a first end coupled to the compression spring to counter balance the load applied to the second end of the linkage; wherein the link houses the compression spring and is coupled to the three pulleys and a second end of the cable ; wherein as the linkage vertically adjusts the position of the load with a varying moment arm length, the balancing mechanism varies a cable path length to modify the compression of the compression spring and the tension in the cable to adjust a counter balance force applied to the linkage ; and wherein a linear distance between the other two of the three pulleys that are not the first of the three pulleys varies to modify the cable path length in response to changes in positions of the linkage to adjust the counter balance force.
Method for the differential diagnosis of breast cancer comprising a method of detecting breast cancer cells comprising: (a) providing a liquid blood sample or a liquid bone marrow aspirate sample obtained from a subject; and (b) determining the presence of Cysteine-rich angiogenic inducer 61 (Cyr61) on cells in the sample using ELISA, wherein the diagnosis comprises a differential diagnosis identifying cell surface associated Cyr61 circulating tumor cells and/or disseminating tumor cells. (a) providing a liquid blood sample or a liquid bone marrow aspirate sample obtained from a subject; and (b) determining the presence of Cysteine-rich angiogenic inducer 61 (Cyr61) on cells in the sample using ELISA,
A pharmacologic agent linked to a tat peptide for use in the treatment or prophylaxis of disease wherein the pharmacological agent is administered with a mast cell degranulation inhibitor for inhibiting an inflammatory response inducible by the tat peptide; and the mast cell degranulation inhibitor is lodoxamide, tranilast, bepotastine, chlorzoxazone, epinastine, isoproterenol, olopatadine, pemirolast, pimecrolimus or pirbuterol.
A transmission method using a dynamically adjusted beam set, comprising: sending, first indication information to a terminal using first layer signaling, wherein the first indication information indicates a first beam set, wherein the first beam set includes N beams; sending, second indication information to the terminal using second layer signaling, wherein the second indication information indicates two beams in the first beam set; virtualizing two antenna ports based on the two beams; and sending, data to the terminal using space frequency block code, SFBC, transmit diversity based on the two antenna ports, wherein the first layer signaling is higher layer signaling, and the second layer signaling is physical layer signaling or Media Access Control, MAC layer signaling and the second indication information uses an indication manner of an N-bit bitmap that is based on the first beam set and indicates the two beams used in a current transmission. sending, first indication information to a terminal using first layer signaling, wherein the first indication information indicates a first beam set, wherein the first beam set includes N beams; sending, second indication information to the terminal using second layer signaling, wherein the second indication information indicates two beams in the first beam set; virtualizing two antenna ports based on the two beams; and sending, data to the terminal using space frequency block code, SFBC, transmit diversity based on the two antenna ports, wherein the first layer signaling is higher layer signaling, and the second layer signaling is physical layer signaling or Media Access Control, MAC layer signaling and the second indication information uses an indication manner of an N-bit bitmap that is based on the first beam set and indicates the two beams used in a current transmission.
A centrifugal fan comprising: • a top plate ; • a baseplate with a motor mounting hole ; • a plurality of blades disposed between the top plate and the baseplate , wherein the plurality of blades are separately fastened to the top plate and the baseplate , and the plurality of blades are disposed around the motor mounting hole ; • a motor with a motor housing , wherein the motor housing is mounted on the motor mounting hole and is fixedly connected to the baseplate , and the motor housing at least partially extends between the baseplate and the top plate ; and • a flow guiding cover detachably mounted on the baseplate , wherein the flow guiding cover is sheathed on an outer peripheral side of the motor housing ; characterized in that the flow guiding cover comprises at least two stacked sub flow guiding covers. • a top plate ; • a baseplate with a motor mounting hole ; • a plurality of blades disposed between the top plate and the baseplate , wherein the plurality of blades are separately fastened to the top plate and the baseplate , and the plurality of blades are disposed around the motor mounting hole ; • a motor with a motor housing , wherein the motor housing is mounted on the motor mounting hole and is fixedly connected to the baseplate , and the motor housing at least partially extends between the baseplate and the top plate ; and • a flow guiding cover detachably mounted on the baseplate , wherein the flow guiding cover is sheathed on an outer peripheral side of the motor housing ;
A pneumatic tire comprising a tread , sidewalls, and a bead portion, with blocks and grooves formed in the top surface of the tread , in which ground contact pressure reducing blocks are mounted in the grooves along the direction of travel that adjoin the blocks , adjacent to forward directional tailing portions of the blocks , wherein the direction-of-travel width (s1) of the ground contact pressure reducing blocks is 5 to 20% of the direction-of-travel length (P1) of the blocks , characterized in that the transverse width (s2) of the ground contact pressure reducing blocks is 70 to 90% of the width (GW) of the grooves in which the ground contact pressure blocks are mounted. wherein the direction-of-travel width (s1) of the ground contact pressure reducing blocks is 5 to 20% of the direction-of-travel length (P1) of the blocks , characterized in that the transverse width (s2) of the ground contact pressure reducing blocks is 70 to 90% of the width (GW) of the grooves in which the ground contact pressure blocks are mounted.