mhurhangee/patent-ind-claim-en huggingface dataset:
Cutting machine for producing portions composed slices and in particular portions composed of several slices, in particular with precise weight, from strands of an elastic material, e.g. strands of meat , wherein the cutting machine - comprises at least one form tube open at the front and at the rear and extending in the longitudinal pressing direction , the axial direction, for one meat strand each, - there is a longitudinal press plunger for each of the form tubes , which can be pushed into the form tube from the rear loading end in the longitudinal pressing direction of the form tube , - a cutting unit with a blade for separating slices from the strand is arranged at the front cutting end of the form tubes , - the blade can be moved in a controlled manner in a transverse direction to the at least one form tube by means of the cutting unit , characterized in that - the blade can be moved by means of the cutting unit in the longitudinal pressing direction , the feed direction, relative to the at least one form tube under the control of a control system . - comprises at least one form tube open at the front and at the rear and extending in the longitudinal pressing direction , the axial direction, for one meat strand each, - there is a longitudinal press plunger for each of the form tubes , which can be pushed into the form tube from the rear loading end in the longitudinal pressing direction of the form tube , - a cutting unit with a blade for separating slices from the strand is arranged at the front cutting end of the form tubes , - the blade can be moved in a controlled manner in a transverse direction to the at least one form tube by means of the cutting unit , - the blade can be moved by means of the cutting unit in the longitudinal pressing direction , the feed direction, relative to the at least one form tube under the control of a control system .
A method for detecting an analyte in a sample, the method comprising: (a) bringing a sample into contact with (i) a competitor carrier complex comprising a binding equivalent and a particle or bead, wherein the binding equivalent has the same binding characteristics as an analyte and is capable of generating a signal, and (ii) a bridge complex comprising a particle or bead and comprising a plurality of binders per one particle that are capable of specifically binding to the analyte, wherein, if the analyte is present in the sample, the analyte in the sample binds to the bridge complex; (b) bringing the product in step (a) into contact with the binding equivalent, with the same binding characteristics as an analyte, bound to a test zone on a support, wherein, if the analyte is present in the sample, the bridge complex, to which the analyte in the sample is bound, does not bind to the binding equivalent on the support and thus does not generate a signal on the support, and if the analyte is absent in the sample, the bridge complex binds to the binding equivalent on the support and the competitor carrier complex binds to the bridge complex to generate a signal on the support; and (c) measuring the intensity of the signal generated from the competitor carrier complex in the product of step (b). (a) bringing a sample into contact with (i) a competitor carrier complex comprising a binding equivalent and a particle or bead, wherein the binding equivalent has the same binding characteristics as an analyte and is capable of generating a signal, and (ii) a bridge complex comprising a particle or bead and comprising a plurality of binders per one particle that are capable of specifically binding to the analyte, wherein, if the analyte is present in the sample, the analyte in the sample binds to the bridge complex; (b) bringing the product in step (a) into contact with the binding equivalent, with the same binding characteristics as an analyte, bound to a test zone on a support, wherein, if the analyte is present in the sample, the bridge complex, to which the analyte in the sample is bound, does not bind to the binding equivalent on the support and thus does not generate a signal on the support, and if the analyte is absent in the sample, the bridge complex binds to the binding equivalent on the support and the competitor carrier complex binds to the bridge complex to generate a signal on the support; and (c) measuring the intensity of the signal generated from the competitor carrier complex in the product of step (b).
A frame, in particular a frame of a pram, comprising a first frame area , a second frame area and a third frame area , wherein the first frame area is fixed to the second frame area in a first pivot area so as to be pivotable about a first pivot axis (S 1 ), wherein the second frame area is fixed to the third frame area in a second pivot area so as to be pivotable about a second pivot axis (S 2 ), wherein a first receiving area is provided on at least one of the frame areas to which a transport unit can be positively fixed, wherein the frame can be brought into a first position (A) or a second position (B), wherein in the first position (A) the frame is designed to receive at least one transport unit , and wherein the frame in the second position (B) is designed to receive at least two transport units , wherein the composite of the first and the second frame area has a greater extension along a longitudinal axis (L) in the second position (B) than in the first position (A), characterised in that the extension of the composite of the first and second frame areas along the longitudinal axis (L) is achieved exclusively by pivoting the frame areas relative to one another in the first pivoting area .
A thread milling cutter that cuts internal threads in a workpiece with a driving apparatus that rotates the thread milling cutter about an axis(C) and moves the thread milling cutter relative to the workpiece(W), comprising: a tool body held and rotated about the axis by the driving apparatus; thread cutting edges in a plurality of threads projecting in directions perpendicular to the axis from a front end side of an outer circumference of the tool body; and end cutting edges formed on a front end face of the tool body, wherein each of the end cutting edges includes a first end cutting edge that is connected to a front end of the thread cutting edge, and the first end cutting edge and an imaginary plane(P) perpendicular to the axis form an angle (θ1) of 6° or less, and characterized in that each of the end cutting edges includes a second end cutting edge that is connected to an end of the first end cutting edge on the side closer to the axis, and is angled more toward the rear end than the first end cutting edge, and an angle (θ2) formed by the imaginary plane perpendicular to the axis and the second end cutting edges is set to be greater than the angle formed by the imaginary plane perpendicular to the axis and the first end cutting edges, wherein the diameter(d3) passing through a boundary(B) between the thread cutting edges and the first end cutting edges and the axis at the center is equal to a minor diameter (d2) between the threads. a tool body held and rotated about the axis by the driving apparatus; thread cutting edges in a plurality of threads projecting in directions perpendicular to the axis from a front end side of an outer circumference of the tool body; and end cutting edges formed on a front end face of the tool body, wherein each of the end cutting edges includes a first end cutting edge that is connected to a front end of the thread cutting edge, and the first end cutting edge and an imaginary plane(P) perpendicular to the axis form an angle (θ1) of 6° or less, and characterized in that each of the end cutting edges includes a second end cutting edge that is connected to an end of the first end cutting edge on the side closer to the axis, and is angled more toward the rear end than the first end cutting edge, and an angle (θ2) formed by the imaginary plane perpendicular to the axis and the second end cutting edges is set to be greater than the angle formed by the imaginary plane perpendicular to the axis and the first end cutting edges, wherein the diameter(d3) passing through a boundary(B) between the thread cutting edges and the first end cutting edges and the axis at the center is equal to a minor diameter (d2) between the threads.
A first active agent comprising a nuclease-resistant polynucleotide that hybridizes to a Grb2 nucleic acid and inhibits Grb2 expression in the patient and a second active agent comprising a cytidine analogue for use in treating acute myeloid leukemia (AML) or myelodysplastic syndrome (MDS) in a patient in need thereof, preferably a human, wherein the cytidine analogue is decitabine.
A method of preparing a composite, the method comprising performing extrusion by supplying a thermoplastic resin comprising at least one of polyamides, polyesters, and polyolefins to a main feeder, followed by supplying a plurality of carbon fiber groups to a side feeder, wherein the carbon fiber groups comprise a plurality of carbon fiber single yarns having a length of ≥ 6 cm to ≤ 8 cm and unidirectionally aligned.
Diaphragm pump having a delivery chamber and a working chamber , wherein the delivery chamber comprises a pressure connection and a suction connection , and wherein the working chamber can be or is filled with a hydraulic fluid and is operatively connected to a pressure generating device in order to apply an oscillating pressure to the hydraulic fluid, further comprising a diaphragm having at least one diaphragm layer and a diaphragm core , which separates the delivery chamber and the working chamber from each other and which can be transferred from a pressure stroke position into a suction stroke position and back again, wherein the volume of the delivery chamber in the pressure stroke position of the diaphragm is smaller than in the suction stroke position, and wherein the diaphragm can be or is operatively connected to a diaphragm return device comprising a pull rod , which applies or can apply a return force to the diaphragm in the direction of the suction stroke position, and further comprising a storage chamber for holding the hydraulic fluid, and wherein the working chamber and the storage chamber are connected to each other by means of a closure element and a closed return flow channel , wherein the closure element is operatively connected to the diaphragm core and the diaphragm return device , so that the return force and a pressure force counteracting the return force as a result of the fluid pressure in the working chamber act on the closure element , and wherein, when a predetermined triggering force is exceeded as a sum of the return force and the pressure force on the closure element , the return flow channel is opened, characterized in that either (i) the closure element comprises a magnet , wherein direction and intensity of the magnetic force correspond to the predetermined triggering force and, when the triggering force is exceeded, the return flow channel is opened, or (ii) the closure element comprises an intended breaking point as overload protection, which resists the triggering force and, when the triggering force is exceeded, breaks and the return flow channel is opened, wherein, when the diaphragm core and pull rod are connected, the return flow channel is closed, and when they are not connected, the return flow channel is opened, and wherein the deflection of the pull rod is limited by means of a fixed stop, so that the pull rod cannot be moved from the suction stroke position beyond the pressure stroke position or a predetermined position further removed from the suction stroke position than the pressure stroke position.
An image forming apparatus comprising: a main assembly ; a first openable member openably and closably provided in said main assembly ; a second openable member openably and closably provided in said main assembly ; a fixing unit for fixing the toner image formed on a recording material (S), said fixing unit including a pressure applying mechanism for applying a pressure to a fixing nip of said fixing unit , wherein an operation force by an operator when at least one of said first openable member and said second openable member is opened by the operator applies to said pressure applying mechanism to release the pressure applied to the fixing nip; characterized in that said fixing unit is detachably mountable relative to the main assembly , said fixing unit further includes a pressing roller , a heating unit , and a cam , the pressing roller and the heating unit form the fixing nip, and the cam is engaged to said pressure applying mechanism and the operation force is transmitted to the cam to move said pressure applying mechanism such that said heating unit is moved in a direction away from said pressing roller to release the pressure applied to the fixing nip when said at least one of said first openable member and said second openable member is opened. a main assembly ; a first openable member openably and closably provided in said main assembly ; a second openable member openably and closably provided in said main assembly ; a fixing unit for fixing the toner image formed on a recording material (S), said fixing unit including a pressure applying mechanism for applying a pressure to a fixing nip of said fixing unit , wherein an operation force by an operator when at least one of said first openable member and said second openable member is opened by the operator applies to said pressure applying mechanism to release the pressure applied to the fixing nip; characterized in that said fixing unit is detachably mountable relative to the main assembly , said fixing unit further includes a pressing roller , a heating unit , and a cam , the pressing roller and the heating unit form the fixing nip, and the cam is engaged to said pressure applying mechanism and the operation force is transmitted to the cam to move said pressure applying mechanism such that said heating unit is moved in a direction away from said pressing roller to release the pressure applied to the fixing nip when said at least one of said first openable member and said second openable member is opened.
A mesh-shaped sheet-type porous heating and atomizing assembly comprising a porous liquid conducting member configured to absorb and conduct liquid and a planar sheet-like electric heating track arranged in the porous liquid conducting member ; wherein the mesh-shaped sheet-type porous heating and atomizing assembly comprises one or more planar sheet-like electric heating track configured to heat and atomize the liquid; one or more through airflow holes are defined in the porous liquid conducting member , and the planar sheet-like electric heating track is configured to be a planar heating net composed of one or more heating tracks electrically connected in parallel and located in the same plane; wherein at least one inner wall surface of the through airflow holes in the porous liquid conducting member is a flat planar surface, the planar sheet-like electric heating track is inlaid in an inner wall of the porous liquid conducting member and is approximately parallel to the flat planar inner wall surface of the through airflow holes , and a distance between the planar sheet-like electric heating track and the flat planar inner wall surface of the through holes is 0-0.5 mm.
A display screen mount comprising a display screen support operably connected to at least one guide; the guide defining a guide path for guiding the display screen support from a stowed position to a deployed position and allowing adjustment of the viewing angle in the deployed position; wherein: the guide path has a first substantially linear portion such that the display screen support is guided along a first substantially linear path, into a deployed position adapted to render a display screen visible to the user; and the guide path has a second non-linear portion which allows different viewing angles of the display screen to be adopted in the deployed position; wherein the guide comprises at least one track along which a first slide slides and a second track along which a second slide slides; wherein the tracks along which the slides are driven define different paths; wherein a first track defines a substantially linear path and a second track defines an at least partially non-linear path; characterised in that the display screen support is fixedly mounted to the second slide . the guide path has a first substantially linear portion such that the display screen support is guided along a first substantially linear path, into a deployed position adapted to render a display screen visible to the user; and the guide path has a second non-linear portion which allows different viewing angles of the display screen to be adopted in the deployed position; wherein the guide comprises at least one track along which a first slide slides and a second track along which a second slide slides; wherein the tracks along which the slides are driven define different paths; wherein a first track defines a substantially linear path and a second track defines an at least partially non-linear path; characterised in that the display screen support is fixedly mounted to the second slide .
A pressure transducer based on a squeeze-film for use in a gas pressure gauge , the pressure transducer comprising a first wafer and a second wafer , wherein - at least the first wafer comprises a device layer (2.1) and a handle layer (2.3); - the second wafer comprises a top and bottom surface; and - at least the device layer (2.1) of the first wafer is structured; the pressure transducer further comprising, a membrane (4.1), a cavity with a cavity bottom, the cavity being formed between the membrane (4.1) and a portion of the second wafer, an inlet connecting the cavity to a surrounding, a suspension of the membrane (4.1), wherein the suspension allows oscillation of the membrane (4.1), and an oscillation generator to set the membrane (4.1) in oscillation, characterized in that the structured device layer (2.1) of the first wafer comprises the membrane (4.1) and the suspension of the membrane (4.1), in that the first wafer is bonded to the top surface of the second wafer , and in that the handle layer (2.3) of the first wafer comprises a structure able to release the suspension . - at least the first wafer comprises a device layer (2.1) and a handle layer (2.3); - the second wafer comprises a top and bottom surface; and - at least the device layer (2.1) of the first wafer is structured;
A gas turbine engine comprising: a combustor ; a turbine section in fluid communication with the combustor , the turbine section including a first vane stage aft of the combustor ; and a seal assembly disposed between the combustor and a forward face of the first vane stage , the seal assembly including a radially outer surface and a radially inner surface , characterised in that : the seal assembly further includes a plurality of circumferentially spaced apart slots and a first plurality of openings that extend from the radially outer surface to the radially inner surface at an angle relative to the radially outer surface , within each of the plurality of circumferentially spaced apart slots , for communicating cooling airflow into a gap between the aft end of the combustor and the forward face of the first vane stage , wherein the first vane stage includes a second plurality of openings communicating cooling airflow into the gap . a combustor ; a turbine section in fluid communication with the combustor , the turbine section including a first vane stage aft of the combustor ; and a seal assembly disposed between the combustor and a forward face of the first vane stage , the seal assembly including a radially outer surface and a radially inner surface , characterised in that : the seal assembly further includes a plurality of circumferentially spaced apart slots and a first plurality of openings that extend from the radially outer surface to the radially inner surface at an angle relative to the radially outer surface , within each of the plurality of circumferentially spaced apart slots , for communicating cooling airflow into a gap between the aft end of the combustor and the forward face of the first vane stage , wherein the first vane stage includes a second plurality of openings communicating cooling airflow into the gap .
Sheet-fed printing press comprising a dryer that dries sheets printed by a non-impact printing device , the dryer being configured as a hot air dryer and/or as a dryer that dries by IR radiation, a cooling unit being arranged directly downstream from the dryer in a transport direction (T) of the sheets , the cooling unit comprising at least one cooling module above a conveying plane (E) in which the sheets are conveyed through the cooling unit lying flat, and the relevant cooling module being configured so as to use air as the cooling medium, characterized in that each of the cooling modules of the cooling unit is configured in each case as a blower module , the respective blower module being configured so as to guide the cooling medium in each case onto the surface of the sheets to be cooled, the respective blower module comprising blower nozzles , the cooling medium being blown by these blower nozzles onto the surface of the respective sheet to be cooled, the respective blower module being configured so as to form, with a guide surface , a gap (S37) with respect to the surface of the relevant sheet to be cooled, the guide surface of the respective blower module being arranged at such a height above the surface of the relevant sheet to be cooled that the cross-section of an outer annular gap, through which a volume flow of the cooling medium exits the gap (S37), is smaller than or almost equal to the sum cross-section across all opening surfaces of the blower nozzles in the guide surface .