mhurhangee/patent-ind-claim-en huggingface dataset:
A container that is to contain a liquid and is to be used in a liquid dispenser for ejecting the liquid from the container containing the liquid, comprising: a containing portion that has a bag shape and is to contain the liquid; and an ejecting portion for ejecting the liquid to the outside, the ejecting portion being provided so as to protrude from the containing portion , wherein an ejection port is provided at a leading end of the ejecting portion , and the liquid is ejected from the ejection port as the containing portion deforms based on an external force, wherein the containing portion and the ejecting portion are formed by folding one flexible resin sheet or laying a plurality of sheets over one another, and heat-sealing a peripheral portion thereof, and wherein a cross-sectional area of the ejecting portion in a direction perpendicular to an axial direction of the ejecting portion is set to be narrower than that of the containing portion , characterised in that the containing portion has, in a region bordering the ejecting portion , a transitional portion whose cross-sectional area in the direction perpendicular to the axial direction of the ejecting portion smoothly decreases from the containing portion to the ejecting portion , and the containing portion has a recessed portion that expands in a fan shape around a center of the transitional portion and is recessed in a thickness direction of the containing portion . a containing portion that has a bag shape and is to contain the liquid; and an ejecting portion for ejecting the liquid to the outside, the ejecting portion being provided so as to protrude from the containing portion , wherein an ejection port is provided at a leading end of the ejecting portion , and the liquid is ejected from the ejection port as the containing portion deforms based on an external force, wherein the containing portion and the ejecting portion are formed by folding one flexible resin sheet or laying a plurality of sheets over one another, and heat-sealing a peripheral portion thereof, and wherein a cross-sectional area of the ejecting portion in a direction perpendicular to an axial direction of the ejecting portion is set to be narrower than that of the containing portion , characterised in that the containing portion has, in a region bordering the ejecting portion , a transitional portion whose cross-sectional area in the direction perpendicular to the axial direction of the ejecting portion smoothly decreases from the containing portion to the ejecting portion , and the containing portion has a recessed portion that expands in a fan shape around a center of the transitional portion and is recessed in a thickness direction of the containing portion .
A suppository for use in treating inflammatory bowel disease, the suppository having a weight of 2 g and comprising 90 mg hydrocortisone acetate and 5 mg to 20 mg colloidal silicon dioxide and a semi-synthetic glyceride base comprising saturated C8-C18 triglyceride fatty acids and lecithin, wherein the suppository has a melting temperature in the range of 37 °C to 39 °C.
Control unit for a towbar for a motor vehicle which includes a bracket that is fixed to, or mountable on, the motor vehicle , on which a coupling arm is movably mounted with the help of a bearing device between a use position (G) for attaching a trailer or coupling a load carrier to the motor vehicle and a non-use position (N) intended for the non-use of the coupling arm , wherein the coupling arm has a coupling body , in particular a coupling ball , at an end region remote from the bearing device , for attaching the trailer or coupling the load carrier, wherein the towbar comprises a coupling arm drive for adjusting the coupling arm between the use position (G) and the non-use position (N), wherein the towbar and/or the control unit has/have a sensor arrangement for generating at least one sensor signal depending on the impact of the coupling arm against an obstacle (H1-H4) on the movement path (BB) between the use position (G) and the non-use position (N), wherein the control unit has a control input for a control signal (SA) and control means which, depending on the control signal (SA), activate the coupling arm drive to adjust the coupling arm in the direction of the use position (G) or the non-use position (N), and wherein the control unit comprises obstacle detection means configured to determine, based on the sensor signal, whether the coupling arm strikes an obstacle (H1-H4) on the movement path (BB) between the use position (G) or the non-use position (N), characterized in that the control means , after the coupling arm has struck the obstacle (H1-H4), are configured to reactivate the coupling arm drive at least once to adjust the coupling arm in the direction of the obstacle, in particular for the purpose of overcoming the obstacle (H1-H4), without prior activation by the control signal (SA), following an initial activation of the coupling arm drive for the purpose of moving away from the obstacle (H1-H4) following the impact of the coupling arm on the obstacle (H1-H4).
A dust collection apparatus comprising: a frame body defining an air inlet and an exhaust outlet ; and a dust blocking component attached to the frame body at the exhaust outlet; wherein the dust blocking component is arranged to allow an airflow passing through, and the combination of the frame body and the dust blocking component defines a dust collection cavity therein; and wherein the frame body comprises an at least partially flexible and/or elastic material, and wherein the frame body comprises a first frame portion arranged to couple with a second frame portion , characterized in that the first frame portion and the second frame portion being coupled by at least one of gluing, welding, heating and sewing. a frame body defining an air inlet and an exhaust outlet ; and a dust blocking component attached to the frame body at the exhaust outlet; wherein the dust blocking component is arranged to allow an airflow passing through, and the combination of the frame body and the dust blocking component defines a dust collection cavity therein; and wherein the frame body comprises an at least partially flexible and/or elastic material, and wherein the frame body comprises a first frame portion arranged to couple with a second frame portion , characterized in that the first frame portion and the second frame portion being coupled by at least one of gluing, welding, heating and sewing.
Method for producing at least one heat insulation layer , consisting of polyurethane foam, on a tyre rim with a rim base , rim shoulders with bead seats , rim flanges and a wheel disc or a wheel rim , characterized in that a thixotropic or liquid, one- or two-component polyurethane system is applied directly to the inner side and/or the outer side of the tyre rim, foams directly during the application or with a time delay, without filling mould cavities and therefore freely, subsequently cures and forms a heat insulation layer .
A hydraulic tool comprising: a head at a first end of the hydraulic tool , the head configured to apply a mechanical force to a work piece; a body comprising a first surface ; a back portion comprising: a second surface at a second end of the hydraulic tool that is opposite the first end ; a third surface that includes a first portion that abuts the second surface and a second portion that abuts the first surface , the third surface inclined with respect to the first surface and the second surface ; an indicator light ; and a window , at least a portion of the window being positioned on the third surface , the window covering the indicator light ; and a grip that extends from the body away from the first surface. a head at a first end of the hydraulic tool , the head configured to apply a mechanical force to a work piece; a body comprising a first surface ; a back portion comprising: a second surface at a second end of the hydraulic tool that is opposite the first end ; a third surface that includes a first portion that abuts the second surface and a second portion that abuts the first surface , the third surface inclined with respect to the first surface and the second surface ; an indicator light ; and a window , at least a portion of the window being positioned on the third surface , the window covering the indicator light ; and a second surface at a second end of the hydraulic tool that is opposite the first end ; a third surface that includes a first portion that abuts the second surface and a second portion that abuts the first surface , the third surface inclined with respect to the first surface and the second surface ; an indicator light ; and a window , at least a portion of the window being positioned on the third surface , the window covering the indicator light ; and a grip that extends from the body away from the first surface.
A resistance spot welding method for welding a plurality of steel sheets including a high tensile steel sheet superposed, in which said resistance spot welding method, the conduction system is pulsation conduction using a welding power supply, and, in the plurality of current pulses forming the pulsation conduction, at the respective current pulses, the conduction time, the intervals of the current pulses defined as the conduction idle time, and the weld currents applied by the current pulses are variably controlled, the resistance spot welding method being characterized by : the welding power supply being an inverter DC welding power supply, having a plurality of pulsation steps of a group of current pulses by which the relationship between said conduction time and said conduction idle time and said weld current can be expressed uniformly in a consecutive plurality of said current pulses, where, in an initial pulsation step of first pulsation step and a succeeding second pulsation step, a minimum weld current at said second pulsation step is higher than a maximum weld current at said first pulsation step. the welding power supply being an inverter DC welding power supply, having a plurality of pulsation steps of a group of current pulses by which the relationship between said conduction time and said conduction idle time and said weld current can be expressed uniformly in a consecutive plurality of said current pulses, where, in an initial pulsation step of first pulsation step and a succeeding second pulsation step, a minimum weld current at said second pulsation step is higher than a maximum weld current at said first pulsation step.
A pneumatic tire comprising: a tread portion ; tread rubber disposed in the tread portion ; and a vibration absorber disposed at a tire inner cavity in the tread portion , characterized in that a natural angular frequency ratio α of the vibration absorber relative to the tread rubber and a damping ratio ζ a of the vibration absorber satisfy the following expressions and , 0.5 ≤ α ≤ 0.9 3.1 ≤ 4 ζ a + 3 α ≤ 5.5 in which α=ω a /ω t ω a =(K a /M a ) 1/2 K a : static spring constant (N/m 2 ) of the vibration absorber M a : mass (kg) of the vibration absorber ω t =(K t /M t ) 1/2 Kt: static spring constant (N/m 2 ) of the tread rubber Mt: mass (kg) of the tread rubber ζ a =C a /C ca C a : damping coefficient (Ns/m) of the vibration absorber C ca =2(M a •K a ) 1/2 , wherein the static spring constants K a and Kt and the damping coefficient C a represent values calculated according to the calculation methods described in JIS K6385. a tread portion ; tread rubber disposed in the tread portion ; and a vibration absorber disposed at a tire inner cavity in the tread portion , characterized in that a natural angular frequency ratio α of the vibration absorber relative to the tread rubber and a damping ratio ζ a of the vibration absorber satisfy the following expressions and , 0.5 ≤ α ≤ 0.9 3.1 ≤ 4 ζ a + 3 α ≤ 5.5 in which α=ω a /ω t ω a =(K a /M a ) 1/2 K a : static spring constant (N/m 2 ) of the vibration absorber M a : mass (kg) of the vibration absorber ω t =(K t /M t ) 1/2 Kt: static spring constant (N/m 2 ) of the tread rubber Mt: mass (kg) of the tread rubber ζ a =C a /C ca C a : damping coefficient (Ns/m) of the vibration absorber C ca =2(M a •K a ) 1/2 , wherein the static spring constants K a and Kt and the damping coefficient C a represent values calculated according to the calculation methods described in JIS K6385. α=ω a /ω t ω a =(K a /M a ) 1/2 K a : static spring constant (N/m 2 ) of the vibration absorber M a : mass (kg) of the vibration absorber ω t =(K t /M t ) 1/2 Kt: static spring constant (N/m 2 ) of the tread rubber Mt: mass (kg) of the tread rubber ζ a =C a /C ca C a : damping coefficient (Ns/m) of the vibration absorber C ca =2(M a •K a ) 1/2 , wherein the static spring constants K a and Kt and the damping coefficient C a represent values calculated according to the calculation methods described in JIS K6385.
A combine harvester comprising a threshing mechanism for threshing picked-up crop material to obtain grain and a driver assist system for controlling the threshing mechanism , wherein the driver assist system comprises a memory for storing data and a computing device for processing the data stored in the memory , wherein there is provided a sensor arrangement for ascertaining at least a part of a current harvesting process state, characterised in that a sensor configuration is associated with the sensor arrangement , the sensor configuration is defined by the type and the scope of operationally ready sensors and is or can be stored in the memory , a functional system model for at least a part of the combine harvester is stored in the memory , wherein the functional system model reproduces at least a part of the functional relationships within the combine harvester, and the computing device is adapted to effect in particular autonomous determination of at least one threshing-mechanism parameter based on the system model and the harvesting process state and the computing device defines the system model forming the basis for controlling the threshing mechanism in dependence on the sensor configuration stored in the memory , and wherein the computing device 12 checks in particular cyclically whether all sensors according to the sensor configuration stored in the memory are operational and for the operating situation where one sensor or a plurality of sensors is or are non-operational the computing device 12 effects a corresponding modification of the sensor configuration and stores it in the memory .
A pharmaceutical composition or formulation for use in treating or inhibiting macular degeneration or age-related macular degeneration, wherein the composition or formulation comprises entacapone, or a pharmaceutically-acceptable salt thereof, provided that the composition or formulation does not include another anti-Parkinsons medicament, neuroactive agent, anti-obesity, and/or anti-diabetes.
A surgical device comprising: a closure assembly comprising: a movement unit including a bar and a contact element, wherein the bar , the contact element, or both move in a direction of a prescribed motion; a latch unit comprising: a latch plate including: a hook latch that selectively receives the bar , the latch plate being movable between: a lockable state where the hook latch is engageable by the bar , and an unlockable state where the hook latch is unengageable by the bar ; an indicator mechanism that moves into alignment with the prescribed motion of the contact element, the bar , or both when the latch unit is in the unlockable state so that the indicator is contacted by the bar , the contact element, or both generating an indication. a closure assembly comprising: a movement unit including a bar and a contact element, wherein the bar , the contact element, or both move in a direction of a prescribed motion; a latch unit comprising: a latch plate including: a hook latch that selectively receives the bar , the latch plate being movable between: a lockable state where the hook latch is engageable by the bar , and an unlockable state where the hook latch is unengageable by the bar ; an indicator mechanism that moves into alignment with the prescribed motion of the contact element, the bar , or both when the latch unit is in the unlockable state so that the indicator is contacted by the bar , the contact element, or both generating an indication. a movement unit including a bar and a contact element, wherein the bar , the contact element, or both move in a direction of a prescribed motion; a bar and a contact element, wherein the bar , the contact element, or both move in a direction of a prescribed motion; a latch unit comprising: a latch plate including: a hook latch that selectively receives the bar , the latch plate being movable between: a lockable state where the hook latch is engageable by the bar , and an unlockable state where the hook latch is unengageable by the bar ; a lockable state where the hook latch is engageable by the bar , and an unlockable state where the hook latch is unengageable by the bar ; an indicator mechanism that moves into alignment with the prescribed motion of the contact element, the bar , or both when the latch unit is in the unlockable state so that the indicator is contacted by the bar , the contact element, or both generating an indication.
A fluid distribution device for applying a fluid onto a transfer roller , the device comprising an elongated chamber extending in an axial direction, at least one inlet for letting a fluid into the chamber , a longitudinal opening extending in the axial direction and adapted to face a transfer roller when the device is in use so as to allow fluid to exit the chamber and contact the transfer roller , and a wiper blade extending along at least a portion of the longitudinal opening, in the axial direction, the chamber having two axial ends; wherein the chamber comprises, at each of the two axial ends of the chamber , a wall separating the chamber from a cavity , wherein the wall has a wall surface arranged to face the transfer roller when the device is in use, the wall being dimensioned so that the wall surface will be distanced from the transfer roller when the device is in use, so as to allow fluid to be present in a gap between the wall surface and the transfer roller , whereby no friction seal elements arranged to contact the transfer roller are provided to close the chamber at the axial ends thereof, characterised in that the device comprises only one wiper blade .
A communication device comprising: a communication unit configured to: determine whether a request for transmitting occurs on a basis of storing data in a transmission buffer ; transmit, to another communication device, a BA start frame including both a block ACK, BA, request parameter for a data frame and a data payload constructed using one or more pieces of data acquired from the transmission buffer for a confirmation response, wherein the communication unit is configured to transmit the BA start frame on a basis of occurrence of the request for transmitting; and receive, from the another communication device, a second frame including a BA response parameter for the data frame and the confirmation response to the data payload, wherein the communication unit is further configured to execute transmission of the data frame based on the BA response parameter included in the received second frame. determine whether a request for transmitting occurs on a basis of storing data in a transmission buffer ; transmit, to another communication device, a BA start frame including both a block ACK, BA, request parameter for a data frame and a data payload constructed using one or more pieces of data acquired from the transmission buffer for a confirmation response, wherein the communication unit is configured to transmit the BA start frame on a basis of occurrence of the request for transmitting; and receive, from the another communication device, a second frame including a BA response parameter for the data frame and the confirmation response to the data payload, wherein the communication unit is further configured to execute transmission of the data frame based on the BA response parameter included in the received second frame.
An instrument for guiding a rod into a receiving area of an implant, in particular a pedicle screw, comprising: a coupling unit for coupling the instrument to the implant, in particular to a head of the pedicle screw, a rod pusher unit comprising a threaded rod which is provided with an outer thread and can be positioned in the axial direction relative to the coupling unit , and a rod pusher which is coupled to the threaded rod in a rotatable but axially fixed manner; and at least one inner threaded segment arranged in an axially fixed manner relative to the coupling unit , wherein the inner threaded segment can be brought into engagement or out of engagement with the outer thread of the threaded rod , characterized in that the rod pusher unit has a stop which protrudes outward in the radial direction; and the instrument has a locking element which is arranged in an axially fixed manner relative to the coupling unit for interacting with the stop , wherein the locking element can be positioned in a radial direction relative to the threaded rod and is pretensioned toward the threaded rod so as to engage with the stop by means of a first pretensioning element which applies a radial force. a coupling unit for coupling the instrument to the implant, in particular to a head of the pedicle screw, a rod pusher unit comprising a threaded rod which is provided with an outer thread and can be positioned in the axial direction relative to the coupling unit , and a rod pusher which is coupled to the threaded rod in a rotatable but axially fixed manner; and at least one inner threaded segment arranged in an axially fixed manner relative to the coupling unit , wherein the inner threaded segment can be brought into engagement or out of engagement with the outer thread of the threaded rod , characterized in that the rod pusher unit has a stop which protrudes outward in the radial direction; and the instrument has a locking element which is arranged in an axially fixed manner relative to the coupling unit for interacting with the stop , wherein the locking element can be positioned in a radial direction relative to the threaded rod and is pretensioned toward the threaded rod so as to engage with the stop by means of a first pretensioning element which applies a radial force.
A cylindrical member made of flake graphite cast iron, the flake graphite cast iron comprising a composition comprising, in terms of mass%, 2.85% or more and 3.35% or less of C, 1.95% or more and 2.55% or less of Si, 0.45% or more and 0.8% or less of Mn, 0.03% or more and 0.25% or less of P, 0.15% or less of S, 0.15% or more and 0.55% or less of Cr, 0.15% or more and 0.65% or less of Mo, 0.15% or more and 0.65% or less of Ni, optionally 0.55 % or less of Cu, and the balance of Fe and inevitable impurities, wherein the flake graphite cast iron has a structure containing at least one kind of base selected from the group consisting of pearlite and bainite, wherein the flake graphite cast iron comprises a carbide, and the carbide has an area ratio of 0.9% or more and 5.0% or less in a continuous region that continues by 0.2 mm or more with respect to a radial direction of the cylindrical member, and wherein the flake graphite cast iron comprises a flake graphite, and the flake graphite has an area ratio of 6.0% or more and 17.0% or less.