mhurhangee/patent-ind-claim-en huggingface dataset:
A dressing interface for connecting a source of fluids to a tissue interface and sensing properties of fluids at a tissue site , the dressing interface comprising: a housing having a body including an outside surface and a therapy cavity therein, the therapy cavity having an opening configured to be in fluid communication with the tissue interface ; a reduced-pressure port fluidly coupled to the therapy cavity and adapted to fluidly couple a reduced-pressure source to the tissue interface ; an instillation port fluidly coupled to the therapy cavity and adapted to fluidly couple an instillation source to the tissue interface ; a control device having a microprocessor and a wireless transmitter disposed on the housing outside of the therapy cavity , wherein the wireless transmitter module is electrically coupled to the processor; a pressure sensor having a sensing portion disposed within the therapy cavity and electrically coupled to the microprocessor through the body of the housing ; and a pH sensor having a sensing portion disposed within the therapy cavity and electrically coupled to the microprocessor through the body of the housing . a housing having a body including an outside surface and a therapy cavity therein, the therapy cavity having an opening configured to be in fluid communication with the tissue interface ; a reduced-pressure port fluidly coupled to the therapy cavity and adapted to fluidly couple a reduced-pressure source to the tissue interface ; an instillation port fluidly coupled to the therapy cavity and adapted to fluidly couple an instillation source to the tissue interface ; a control device having a microprocessor and a wireless transmitter disposed on the housing outside of the therapy cavity , wherein the wireless transmitter module is electrically coupled to the processor; a pressure sensor having a sensing portion disposed within the therapy cavity and electrically coupled to the microprocessor through the body of the housing ; and a pH sensor having a sensing portion disposed within the therapy cavity and electrically coupled to the microprocessor through the body of the housing .
A method comprising: aggregating a plurality of serving cells; determining that a power headroom report is triggered; receiving , at a first time after the power headroom report is triggered, a first uplink grant that allocates resources for a new transmission on a serving cell of the plurality of serving cells; determining a power headroom value for each serving cell of the plurality of serving cells being activated based only on information received prior to or at the first time; and generating a power headroom report medium access control control element comprising at least the power headroom value for each serving cell of the plurality of serving cells being activated; and transmitting the power headroom report medium access control control element on the uplink resources allocated by the first uplink grant received at the first time. aggregating a plurality of serving cells; determining that a power headroom report is triggered; receiving , at a first time after the power headroom report is triggered, a first uplink grant that allocates resources for a new transmission on a serving cell of the plurality of serving cells; determining a power headroom value for each serving cell of the plurality of serving cells being activated based only on information received prior to or at the first time; and generating a power headroom report medium access control control element comprising at least the power headroom value for each serving cell of the plurality of serving cells being activated; and transmitting the power headroom report medium access control control element on the uplink resources allocated by the first uplink grant received at the first time.
A composite structural component comprising: an elongate member made of a polymer matrix composite material, the elongate member comprising a main portion extending along an axis (A) and an end portion with a curved inner surface extending from the main portion to an open end of the member ; and an end fitting forming a mechanical joint with the end portion , the end fitting comprising: an internal portion positioned captive within the elongate member in contact with the inner surface of the end portion ; an external portion positioned in contact with an outer surface of the end portion ; wherein the inner surface of the end portion in contact with the internal portion extends towards the axis (A) at an increasing angle θ to the axis (A); and characterised in that : the end fitting further comprises an adjustable fastener extending axially between the internal and external portions to clamp the end portion between the internal and external portions . an elongate member made of a polymer matrix composite material, the elongate member comprising a main portion extending along an axis (A) and an end portion with a curved inner surface extending from the main portion to an open end of the member ; and an end fitting forming a mechanical joint with the end portion , the end fitting comprising: an internal portion positioned captive within the elongate member in contact with the inner surface of the end portion ; an external portion positioned in contact with an outer surface of the end portion ; wherein the inner surface of the end portion in contact with the internal portion extends towards the axis (A) at an increasing angle θ to the axis (A); and characterised in that : the end fitting further comprises an adjustable fastener extending axially between the internal and external portions to clamp the end portion between the internal and external portions .
Press for pressing press material with a press stand , an upper press plate in the upper part of the press and a lower press plate in the lower part of the press, wherein the upper press plate and/or the lower press plate is/are acted upon by a plurality of press cylinders arranged in several rows and wherein a plurality of control valves connected to the press cylinders is provided, characterised in that the press cylinders are each equipped with at least one own control valve spatially arranged directly at the press cylinder. with a press stand , an upper press plate in the upper part of the press and a lower press plate in the lower part of the press, wherein the upper press plate and/or the lower press plate is/are acted upon by a plurality of press cylinders arranged in several rows and wherein a plurality of control valves connected to the press cylinders is provided, characterised in that the press cylinders are each equipped with at least one own control valve spatially arranged directly at the press cylinder.
Method for manufacturing a piezo electric thin film material comprising the steps of: - providing a pulsed laser deposition device with a target and a substrate, wherein the target material is lead zirconate titanate; - depositing a first layer of target material on the substrate by operating the pulsed laser deposition device, wherein the deposition rate is set to a first value; - depositing a second layer of target material on top of the first layer by operating the pulsed laser deposition device, characterized in that the deposition rate is set to a second value, wherein the second value is at least one and a half of the first value. - providing a pulsed laser deposition device with a target and a substrate, wherein the target material is lead zirconate titanate; - depositing a first layer of target material on the substrate by operating the pulsed laser deposition device, wherein the deposition rate is set to a first value; - depositing a second layer of target material on top of the first layer by operating the pulsed laser deposition device,
An electrolytic vessel for refining metals, the vessel comprising: a core shaped to hold an electrolytic liquid, the core comprising a rectangular core base and four walls extending upwardly from peripheral edges of the core base ; a multiple-layer fiberglass-based envelope surrounding the core , the envelope comprising multiple layers of at least one of fiberglass mat, knitted fiberglass, stitched, stitched-mat, knitted-mat and fiberglass woven roving, thereby defining: an inner hull layering an inner surface of the core , and an outer hull layering an outer surface of the core ; and at least two elongated rebars embedded within the core , within the multiple-layer fiberglass-based envelope or a combination thereof, the at least two elongated rebars being flat whereby their cross-section in a transverse direction is inferior to their cross-section in a longitudinal direction; wherein the outer hull is thinner in terms of chemical protection or structural protection than the inner hull which is in contact with acid. a core shaped to hold an electrolytic liquid, the core comprising a rectangular core base and four walls extending upwardly from peripheral edges of the core base ; a multiple-layer fiberglass-based envelope surrounding the core , the envelope comprising multiple layers of at least one of fiberglass mat, knitted fiberglass, stitched, stitched-mat, knitted-mat and fiberglass woven roving, thereby defining: an inner hull layering an inner surface of the core , and an outer hull layering an outer surface of the core ; and an inner hull layering an inner surface of the core , and an outer hull layering an outer surface of the core ; and
Hydraulic cylinder having a cylinder housing and a piston rod which can be displaced longitudinally in the cylinder housing , wherein, between the cylinder housing and the piston rod , a pressure chamber for a pressure medium is configured and an apparatus for the end position damping of an extension movement of the piston rod is provided, wherein the apparatus for the end position damping of the extension movement of the piston rod has a disc which is arranged, at a piston end, in a longitudinally displaceable manner on the piston rod , which forms a piston crown and which interacts with a stop on the cylinder housing , wherein, when the piston rod is extended, the disc comes into operative connection with the stop on the cylinder housing and forms a damping chamber configured as an annular chamber, wherein between the piston rod and the cylinder housing there is configured an annular chamber filled with pressure medium which is delimited in the axial direction by the disc and by a cylinder head of the cylinder housing and a sealing device arranged therein, wherein the disc delimits the pressure chamber and is arranged, at the lower piston end, in a longitudinally displaceable manner on the piston rod , characterized in that the disc is fastened to the piston rod by means of a return device , which has the function of holding the disc in contact with the lower end side of the piston rod during the extension movement of the piston rod , wherein the return device comprises a fastening rod which is arranged in a longitudinally displaceable manner in a cutout of the piston rod and to which the disc , in the end which protrudes out of the piston rod , is fastened, and comprises a spring device which is clamped in between the piston rod and the fastening rod and which loads the disc so that it is in contact with the lower end side of the piston rod , and in that , in the region of the cylinder head , between the piston rod and the cylinder head of the cylinder housing there is configured the damping chamber configured as an annular chamber which adjoins the annular chamber , wherein the disc has a throttle device which becomes operative when the disc abuts against the stop of the cylinder housing and which allows for damping of the further extension movement of the piston rod by way of a throttled inflow of pressure medium from the pressure chamber into the enlarging damping chamber .
Filter device with a filter element , which can be accommodated in a filter housing consisting of at least two connectable housing parts , wherein the filter element can be secured in a detachable manner to a housing part by means of a screw connection , and for the connection of the housing parts a further screw connection is provided, characterised in that, for the transfer of a torque moment between thread elements , which are rotatable relative to one another, of the one screw connection and the other screw connection a coupling device is inserted, which, on attaining the tightened state of a thread element of the one screw connection , allows for a further rotation movement of a thread elements of the other screw connection .
An abutment (A) for a jaw implant (Z) with: - a fastening portion (A101) with a conical portion (A119) for fastening the abutment (A) on the jaw implant(Z); and - a bonding base (A103) which is laterally offset with respect to the fastening portion (A101), for the bonding of a crown bonding body (D) as the basis for a dental crown (G) or for the bonding of a healing cap bonding body (C), - wherein the bonding base (A103) comprises a displacement portion (A105) for the lateral displacing of the bonding base with respect to the fastening portion (A101), and a connection portion (A107) for connecting the displacement portion (A105) with the fastening portion (A101), - wherein the bonding base (A103) between the displacement portion (A105) and the connection portion (A107) comprises a depression (A109) for transferring a laterally-acting force, - wherein the fastening portion (A101) comprises a screw channel (A123) with a conically tapering portion (A125) for fastening the abutment (A) by means of a conical fastening screw (B), - wherein the abutment (A) has an introduction channel (A117) for introducing a fastening screw (B) and - wherein the axis of the introduction channel (A117) is laterally angled with respect to the axis of the screw channel (A123). - a fastening portion (A101) with a conical portion (A119) for fastening the abutment (A) on the jaw implant(Z); and - a bonding base (A103) which is laterally offset with respect to the fastening portion (A101), for the bonding of a crown bonding body (D) as the basis for a dental crown (G) or for the bonding of a healing cap bonding body (C), - wherein the bonding base (A103) comprises a displacement portion (A105) for the lateral displacing of the bonding base with respect to the fastening portion (A101), and a connection portion (A107) for connecting the displacement portion (A105) with the fastening portion (A101), - wherein the bonding base (A103) between the displacement portion (A105) and the connection portion (A107) comprises a depression (A109) for transferring a laterally-acting force, - wherein the fastening portion (A101) comprises a screw channel (A123) with a conically tapering portion (A125) for fastening the abutment (A) by means of a conical fastening screw (B), - wherein the abutment (A) has an introduction channel (A117) for introducing a fastening screw (B) and - wherein the axis of the introduction channel (A117) is laterally angled with respect to the axis of the screw channel (A123).
Vacuum cleaner comprising a first element and a second element configured to be assembled to one another along an assembly direction (D), the first and second elements being respectively equipped with a first connector portion and a second connector portion of an electric connector establishing an electric connection between the first and second elements when the first and second elements are assembled to one another, characterised in that at least one of the first and second connector portions is mounted mobile transversally to the assembly direction (D).
An exhaust diffuser hub disposed at a longitudinal center of an exhaust diffuser , the hub comprising: a hub extension extending from a downstream end thereof in a longitudinal direction of the exhaust diffuser , wherein a transverse cross-sectional area of the hub extension is smaller than a transverse cross-sectional area of the hub ; characterized in that the exhaust diffuser hub further comprising: at least one guide provided on side surface portions of the hub extension around the hub extension . a hub extension extending from a downstream end thereof in a longitudinal direction of the exhaust diffuser , wherein a transverse cross-sectional area of the hub extension is smaller than a transverse cross-sectional area of the hub ;
An image transfer apparatus , comprising an input operable to receive a signal comprising two non-stereoscopic images for different respective viewpoints of a virtual environment; and a first output operable when connected to a first 3D display that does not support a dual-view mode to transmit a signal comprising the two non-stereoscopic images formatted as a stereoscopic image to at least the first 3D display ; and in which the apparatus is operable to transmit extended display identification data to a source of the received signal, the data indicating that the apparatus is capable of dual-view display of the two images, and meanwhile operable to transmit extended display identification data to the first 3D display, the data indicating that the apparatus is a source of a conventional 3D TV signal.
A measurement method for radio resource management, by a terminal and comprising: determining (S101) a demodulation reference signal, DMRS, of a physical downlink control channel, PDCCH, used for radio resource management, RRM, measurement; and performing (S102) RRM measurement according to the DMRS; characterized in that the DMRS for performing the RRM measurement comprises: a DMRS of a paging PDCCH monitored by the terminal. determining (S101) a demodulation reference signal, DMRS, of a physical downlink control channel, PDCCH, used for radio resource management, RRM, measurement; and performing (S102) RRM measurement according to the DMRS; characterized in that the DMRS for performing the RRM measurement comprises: a DMRS of a paging PDCCH monitored by the terminal.
An automatic pool cleaner comprising a moving system comprising at least one idle-mounted set of moving wheels , a debris sucking system and a detection system for detecting a halt of said automatic cleaner , the detection system comprising: - at least one transceiver of a light ray (L) along a transmission axis and - at least one target , integral with the set of moving wheels and aligned with said transmission axis, adapted to reflect said light ray (L) in order to detect a rotation of said set of moving wheels . - at least one transceiver of a light ray (L) along a transmission axis and - at least one target , integral with the set of moving wheels and aligned with said transmission axis, adapted to reflect said light ray (L) in order to detect a rotation of said set of moving wheels .
A method of producing 1-aminocyclopropanecarboxylic acid non-hydrate, which comprises treating 1-aminocyclopropanecarboxylic acid hydrochloride with a tertiary amine in the presence of a C 3 -C 4 alcohol and water, keeping the reaction mixture at 50°C or below, collecting the precipitated crystal of 1-aminocyclopropanecarboxylic acid 0.5 hydrate by filtration, and contacting the obtained crystal with a C 1 -C 2 alcohol. treating 1-aminocyclopropanecarboxylic acid hydrochloride with a tertiary amine in the presence of a C 3 -C 4 alcohol and water, keeping the reaction mixture at 50°C or below, collecting the precipitated crystal of 1-aminocyclopropanecarboxylic acid 0.5 hydrate by filtration, and contacting the obtained crystal with a C 1 -C 2 alcohol.
An integrated circuit , comprising: a substrate ; an active region formed within the substrate ; a plurality of collector regions formed within the active region ; a plurality of emitter regions formed within the active region ; and a local interconnect layer, LIL, contacting the plurality of emitter regions and the plurality of collector regions , the LIL including: LIL cooling fin contacts formed on the collector regions to enhance the current handling capacity of the collector regions ; a LIL contact formed on the active region on the emitter regions , the LIL contact having a length in a direction parallel to a direction of the current flow between emitter and collector regions which is smaller than a length of the LIL cooling fin contacts ; a plurality of collector contacts ; and a plurality of emitter contacts , wherein each LIL cooling fin contact has a corresponding collector contact formed atop the respective LIL cooling fin contact , and each LIL contact has a corresponding emitter contact formed atop the respective LIL contact , wherein the emitter regions and collector regions are formed in an alternating manner so that current flow between the emitter regions and the collector regions is in a lateral direction. a substrate ; an active region formed within the substrate ; a plurality of collector regions formed within the active region ; a plurality of emitter regions formed within the active region ; and a local interconnect layer, LIL, contacting the plurality of emitter regions and the plurality of collector regions , the LIL including: LIL cooling fin contacts formed on the collector regions to enhance the current handling capacity of the collector regions ; a LIL contact formed on the active region on the emitter LIL cooling fin contacts formed on the collector regions to enhance the current handling capacity of the collector regions ; a LIL contact formed on the active region on the emitter regions , the LIL contact having a length in a direction parallel to a direction of the current flow between emitter and collector regions which is smaller than a length of the LIL cooling fin contacts ; a plurality of collector contacts ; and a plurality of emitter contacts , wherein each LIL cooling fin contact has a corresponding collector contact formed atop the respective LIL cooling fin contact , and each LIL contact has a corresponding emitter contact formed atop the respective LIL contact , wherein the emitter regions and collector regions are formed in an alternating manner so that current flow between the emitter regions and the collector regions is in a lateral direction.
A crop input control system for an agricultural implement having a plurality of row units, comprising: a planter row unit configured to open a planting trench and deposit a seed in said planting trench ; a liquid control system configured to deposit liquid in said planting trench , comprising: a positioning control actuator disposed to modify a position of a liquid outlet to change liquid deposition relative to said seed , characterised in that said position of liquid deposition is changed transverse to a direction of travel of said planter row unit . a planter row unit configured to open a planting trench and deposit a seed in said planting trench ; a liquid control system configured to deposit liquid in said planting trench , comprising: a positioning control actuator disposed to modify a position of a liquid outlet to change liquid deposition relative to said seed , characterised in that said position of liquid deposition is changed transverse to a direction of travel of said planter row unit .