mhurhangee/patent-ind-claim-en huggingface dataset:
A hydraulic machine comprising: - a casing rotatably mounted relative to a shaft ; - a cylinder block provided with a plurality of pistons arranged in an internal volume of the casing ; - first brake means constrained to rotate with the casing ; - second brake means constrained to rotate with the shaft , and adapted to co-operate with the first brake means ; - a braking piston adapted to act on the first brake means or the second brake means , said braking piston being associated with return means tending to exert a force on the braking piston tending to act on the first and/or second brake means so as to put them into contact; and - a brake-release chamber adapted to be connected to a pressure force so as to apply a brake-release pressure selectively to the braking piston , thereby tending to oppose the force applied by the return means on the braking piston , so as to enable the first and second brake means to be separated; said braking device being characterized in that a sweeping channel is arranged in the shaft so as to define a leakage flow between the brake-release chamber and an internal volume of the casing containing the cylinder block . - a casing rotatably mounted relative to a shaft ; - a cylinder block provided with a plurality of pistons arranged in an internal volume of the casing ; - first brake means constrained to rotate with the casing ; - second brake means constrained to rotate with the shaft , and adapted to co-operate with the first brake means ; - a braking piston adapted to act on the first brake means or the second brake means , said braking piston being associated with return means tending to exert a force on the braking piston tending to act on the first and/or second brake means so as to put them into contact; and - a brake-release chamber adapted to be connected to a pressure force so as to apply a brake-release pressure selectively to the braking piston , thereby tending to oppose the force applied by the return means on the braking piston , so as to enable the first and second brake means to be separated;
Decoder for reconstructing an array of information samples representing a spatially sampled information signal, which is subdivided, according to subdivision information, into leaf regions of different sizes by multi-tree subdivision, from a data stream, wherein each leaf region has associated therewith a hierarchy level out of a sequence of hierarchy levels of the multi-tree subdivision, each leaf region has associated therewith coding parameters, the coding parameters are, for each leaf region, represented by a respective set of syntax elements, each syntax element is of a respective syntax element type out of a set of syntax element types, and the decoder comprising an extractor for extracting the subdivision information and inheritance information, signaled within the data stream in addition to the sub-division information, from the data stream, the inheritance information indicating as to whether inheritance is used or not, and if inheritance is indicated to be used, at least one inheritance region of the array of information samples which is composed of a set of the leaf regions and corresponds to an hierarchy level of sequence of hierarchy levels of the multi-tree subdivision, being lower than each of the hierarchy levels with which the set of leaf regions are associated; wherein the decoder is configured to, if inheritance is indicated to be used, extracting an inheritance subset including at least one syntax element of a predetermined syntax element type from the data stream per inheritance region, and using the inheritance subset as a prediction for a corresponding inheritance subset of syntax elements within the set of syntax elements representing the coding parameters associated with the set of leaf regions which the respective at least one inheritance region is composed of, wherein the leaf regions are rectangular blocks. extracting an inheritance subset including at least one syntax element of a predetermined syntax element type from the data stream per inheritance region, and using the inheritance subset as a prediction for a corresponding inheritance subset of syntax elements within the set of syntax elements representing the coding parameters associated with the set of leaf regions which the respective at least one inheritance region is composed of,
A method for the closed-loop and open-loop control of two or more electronically commutated motors, hereinafter referred to as EC motors, operated using a common converter, wherein for the purpose of setting a stable operating point or a sequence of stable operating points of the EC motors, common open-loop or closed-loop control using at least one controller is provided, characterized in that a combination of at least one control option and one sub-option to this control option is provided and in this case a controlled variable represents the voltage setting at the output of the converter, wherein the voltage setting at the output of the converter is set by means of an angle and speed difference evaluation between the reference motor and at least one other EC motor, wherein according to a sub-option, a suitable selection of a reference motor is made for controlling the operating points of the EC motors, and wherein the motor used as reference motor in the motor reference system optionally is the motor with the highest speed, the motor with the lowest speed, a suitably weighted combination of multiple EC motors, or a fictitious reference motor.
An automated chest compression device for performing chest compressions during cardiopulmonary resuscitation on a patient, the device configured to apply two or more different chest compression-decompression cycles CCDCs to the patient, wherein the two or more CCDCs include a first set of CCDCs optimized for cardiac output and a second set of CCDCs optimized for venous return; characterized in that the set of CCDCs optimized for cardiac output are characterized by a relaxation phase of from 1 to 300 milliseconds; and the set of CCDCs optimized for venous return are characterized by active forceful decompression and/or a relaxation phase of from 400 to 1500 milliseconds; and wherein the set of CCDCs optimized for cardiac output is performed alternately with the set of CCDCs optimized for venous return to enhance overall hemodynamic efficacy. the set of CCDCs optimized for cardiac output are characterized by a relaxation phase of from 1 to 300 milliseconds; and the set of CCDCs optimized for venous return are characterized by active forceful decompression and/or a relaxation phase of from 400 to 1500 milliseconds; and wherein the set of CCDCs optimized for cardiac output is performed alternately with the set of CCDCs optimized for venous return to enhance overall hemodynamic efficacy.
A large-gap-seal assembly for a piggable isolation tool comprising: a plurality of spaced apart gap segments located on a sidewall of an elastomer core ; and a plurality of structural segments located above the gap segments , each structural segment adjoining an adjacent structural segment along opposing longitudinal edges when the elastomer core is in an inactivated size, a longitudinal centerline of each gap segment lying approximately below the opposing longitudinal edges ; characterized in that said large gap seal assembly further comprises a glide plate located on a plug pressure head surface of the structural segment . a plurality of spaced apart gap segments located on a sidewall of an elastomer core ; and a plurality of structural segments located above the gap segments , each structural segment adjoining an adjacent structural segment along opposing longitudinal edges when the elastomer core is in an inactivated size, a longitudinal centerline of each gap segment lying approximately below the opposing longitudinal edges ;
Hydraulic valve for a pivoting motor adjuster of a camshaft, comprising a housing and a piston axially movable along a central opening extending along a first longitudinal axis of the housing , the piston being hollow-cylindrical and the piston being axially movable along a central opening extending along a first longitudinal axis of a housing of the hydraulic valve , in particular operating connections (A, B) of the housing being opened and closed in accordance with a positioning of the piston , and the piston having non-return valves assigned to passage openings of the piston in order to avoid an unintentional outflow of a hydraulic fluid flowing through the piston from an interior of the piston into the operating connections (A, B), the non-return valves being arranged in the interior of the piston and being fixed with the aid of a spacer element , and the non-return valves being formed as non-return valves opening in the direction of the interior , characterized in that the spacer element has a cross-shaped or star-shaped cross section.
A play compound , characterised in that : said play compound is configured to be formed by adding a powder with a liquid in a cavity of a container , said powder including a plurality of components required to form the play compound and mixing the powder and liquid for a period of time sufficient to cause the play compound to be formed; and the powder comprises: (i) a gum; (ii) a borax; (iii) a suitable colour pigment or combination of colour pigments; (iv) a starch; (v) a phosphate; (vi) an ethanol; and (vii) an acetate. (i) a gum; (ii) a borax; (iii) a suitable colour pigment or combination of colour pigments; (iv) a starch; (v) a phosphate; (vi) an ethanol; and (vii) an acetate.
A manifold for a geared architecture for rotating a fan in a gas turbine engine , the manifold defining passages for directing lubricant flow to the geared architecture, and the manifold including a first annular channel , characterised in that the manifold further comprises a second annular channel , a first bowl member , and a second bowl member , wherein the first and second bowl members are received within a corresponding one of the first and second annular channels for defining passages for directing lubricant, and the first and second bowl members comprise a C-shaped or U-shaped cross-section.
A power electronic assembly comprising a power electronic module incorporating multiple of semiconductor power electronic switch components, the power electronic module comprising a base plate with a bottom surface, the power electronic assembly comprises further a cooling arrangement for cooling the power electronic module, the cooling arrangement comprising a cooling surface adapted to be attached against the bottom surface of the base plate of the power electronic module, wherein the power electronic assembly comprises further a thermal interface material arranged between the bottom surface of the base plate of the power electronic module and the cooling surface of the cooling arrangement to transfer heat from the power electronic module to the cooling arrangement, characterised in that the thermal interface material comprises a metal foil and a solid lubricant coating, wherein the solid lubricant coating is attached to the metal foil or to the bottom surface of the base plate, wherein in the assembly, the solid lubricant coating is between the metal foil and the bottom surface of the base plate.
Tool interface for coupling a tool to a robot , having the following features: a. the tool interface has an abutment face for abutting a corresponding abutment face of the tool , and b. the tool interface has a coupling device for mechanically coupling the tool to the tool interface , and c. the tool interface has a blow-off device for producing a blow-off air flow in the region of the abutment face , and d. the blow-off device has a plurality of nozzle openings for discharging the blow-off air flow, wherein the nozzle openings are supplied with compressed air by a common compressed air connection of the tool interface , and e. the tool interface has a base member , on which the common compressed air connection is provided, and f. the tool interface has a nozzle member which is fitted to the base member and through which a plurality of nozzle openings extend, and g. the base member has at least one recess in the region of the abutment face , and h. the nozzle member covers the recess , characterized by the following further feature: i. at least one screw hole is provided in the recess in order to fit the tool interface to a robot arm by means of mounting screws. a. the tool interface has an abutment face for abutting a corresponding abutment face of the tool , and b. the tool interface has a coupling device for mechanically coupling the tool to the tool interface , and c. the tool interface has a blow-off device for producing a blow-off air flow in the region of the abutment face , and d. the blow-off device has a plurality of nozzle openings for discharging the blow-off air flow, wherein the nozzle openings are supplied with compressed air by a common compressed air connection of the tool interface , and e. the tool interface has a base member , on which the common compressed air connection is provided, and f. the tool interface has a nozzle member which is fitted to the base member and through which a plurality of nozzle openings extend, and g. the base member has at least one recess in the region of the abutment face , and h. the nozzle member covers the recess , characterized by the following further feature: i. at least one screw hole is provided in the recess in order to fit the tool interface to a robot arm by means of mounting screws.
A retail display device comprising: a carriage mounted to a retail hook rail adapted to be cantileveredly supported by a support structure , the carriage comprising a pair of hingedly attached arms , including: a first arm pivotal about a hinge , the hinge mounted to a second arm , the first arm adapted to slide along the hook rail , and a second arm adapted to reciprocate along the hook rail , the pair of arms biased to pivot apart, such that the first arm tends to assume an inclined position relative to the hook rail and the first arm is adapted to be drawn towards an upper portion of the second arm by a gathering device extending between the respective first and second arms , characterised in that : the gathering device is flexible and extends forward beyond the second arm to a lever mounted to the front of the hook rail ; and includes a scissor mechanism in which the pair of hingedly attached arms are adapted to incrementally advance along the hook rail in response to the rotation of the lever to which the gathering device is attached. a carriage mounted to a retail hook rail adapted to be cantileveredly supported by a support structure , the carriage comprising a pair of hingedly attached arms , including: a first arm pivotal about a hinge , the hinge mounted to a second arm , the first arm adapted to slide along the hook rail , and a second arm adapted to reciprocate along the hook rail , the pair of arms biased to pivot apart, such that the first arm tends to assume an inclined position relative to the hook rail and the first arm is adapted to be drawn towards an upper portion of the second arm by a gathering device extending between the respective first and second arms , a first arm pivotal about a hinge , the hinge mounted to a second arm , the first arm adapted to slide along the hook rail , and a second arm adapted to reciprocate along the hook rail , the pair of arms biased to pivot apart, such that the first arm tends to assume an inclined position relative to the hook rail and the first arm is adapted to be drawn towards an upper portion of the second arm by a gathering device extending between the respective first and second arms , characterised in that : the gathering device is flexible and extends forward beyond the second arm to a lever mounted to the front of the hook rail ; and includes a scissor mechanism in which the pair of hingedly attached arms are adapted to incrementally advance along the hook rail in response to the rotation of the lever to which the gathering device is attached.
A multiplex polymerase chain reaction (PCR) chip comprising: a first plate in a plate shape; a second plate arranged on the first plate to include an inflow part , a reaction area , and an outflow part ; a third plate arranged on the second plate to cover the reaction area , in which the third plate has a plurality of probes arranged on an inner surface, comprising a probe fixing part disposed on the third plate and extending in a direction toward the first plate, wherein the probe fixing part comprises a center part accommodating one of the plurality of probes and a surrounding part protruded from the center part adjacent and surrounding the center part; a bubble removing part , anda plurality of probes disposed in the reaction area in the multiplex PCR chip, each of the plurality of probes being positioned spaced apart from one another, wherein the plurality of probes are marked with a same fluorescent dye and each of the probes is configured to be hybridized with a different amplified sequence of a nucleic acid molecule so that the sequence of the nucleic acid molecules hybridized by the probes are distinguished based on the positions of the plurality of probes , and wherein the bubble removing part is comprised of a light transmissive material, is protruded from the inner surface of the third plate in a direction toward the first plate, and is configured to guide bubbles in the reaction area to a surrounding space away from the plurality of probes , by pushing the bubbles away due to buoyancy. a first plate in a plate shape; a second plate arranged on the first plate to include an inflow part , a reaction area , and an outflow part ; a third plate arranged on the second plate to cover the reaction area , in which the third plate has a plurality of probes arranged on an inner surface, comprising a probe fixing part disposed on the third plate and extending in a direction toward the first plate, wherein the probe fixing part comprises a center part accommodating one of the plurality of probes and a surrounding part protruded from the center part adjacent and surrounding the center part; a bubble removing part , anda plurality of probes disposed in the reaction area in the multiplex PCR chip, each of the plurality of probes being positioned spaced apart from one another, wherein the plurality of probes are marked with a same fluorescent dye and each of the probes is configured to be hybridized with a different amplified sequence of a nucleic acid molecule so that the sequence of the nucleic acid molecules hybridized by the probes are distinguished based on the positions of the plurality of probes , and wherein the bubble removing part is comprised of a light transmissive material, is protruded from the inner surface of the third plate in a direction toward the first plate, and is configured to guide bubbles in the reaction area to a surrounding space away from the plurality of probes , by pushing the bubbles away due to buoyancy.
A method of producing a polyethylene resin, the method comprising: contacting ethylene, hydrogen and, optionally, one or more other olefins, with a catalyst system; wherein the catalyst system comprises at least two different catalyst compounds; wherein the polymerization is performed in a single reactor; adjusting the H 2 /C 2 ratio and adjusting the in-reactor ratio of the catalyst compounds to modify the resin swell and optionally at the same time controlling the flow index (FI);wherein the polyethylene resin comprises units derived from ethylene, and optionally one or more other olefins, wherein the resin has a density greater than or equal to 0.945 g/cm 3 , measured according to ASTM D792, a melt flow ratio (I 21 /I 5 ) in the range from 10 to 60, measured according to ASTM D1238 (I 21 and I 5 measured at 190°C and 21.6 kg or 5 kg weight respectively), and a flow index (I 21 ) in the range from 2 to 60.
Head-up display comprising an image-projecting device configured to transmit, in the direction of a semi-transparent plate , the images generated by a screen comprising a matrix array of modules that each form one pixel, and a matrix array of control elements that are intended to address each of these modules , respectively, each module comprising at least three light-emitting submodules each comprising a three-dimensional electroluminescent structure , each control element being intended to individually address each submodule , characterized in that at least one three-dimensional electroluminescent structure comprises a plurality of three-dimensional electroluminescent microstructures .
Weighing system (W) for weighing a number (m) of at least two products (P 1 ...P m ), which are provided in multiple lanes and/or sequentially, comprising a) a positioning surface (F P ) for supporting a subset (k) of the products (P 1 ...P m ), and b) a total number (d) of supporting elements (S 1 ...S d ) having in each case an upper end (E 1 ...E d ), wherein the upper ends (E 1 ...E d ) form a supporting surface (F S ) for supporting the remaining subset (n) of the products (P 1 ...P m ), and c) at least one load receiver (L P , L S ) for receiving the weight force of the products (P 1 ...P m ), wherein for this purpose the positioning surface (F P ) is or can be coupled to a load receiver (L P ) and/or the supporting elements (S 1 ...S d ) forming the supporting surface (F S ) is or can be coupled to a load receiver (L S ), characterized in that d) the positioning surface (F P ) and the supporting surface (F S ) pass through each other and e) the supporting surface (F S ) and the positioning surface (F P ) are movable relative to each other in one of several successive partial movements such that within the scope of a partial movement in each case a selectable transfer number (i) of the products (P 1 ...P m ) are additionally transferred from the positioning surface (F P ) to the supporting surface (F S ) or vice versa, in order to determine the resultant change in the weight force. a) a positioning surface (F P ) for supporting a subset (k) of the products (P 1 ...P m ), and b) a total number (d) of supporting elements (S 1 ...S d ) having in each case an upper end (E 1 ...E d ), wherein the upper ends (E 1 ...E d ) form a supporting surface (F S ) for supporting the remaining subset (n) of the products (P 1 ...P m ), and c) at least one load receiver (L P , L S ) for receiving the weight force of the products (P 1 ...P m ), wherein for this purpose the positioning surface (F P ) is or can be coupled to a load receiver (L P ) and/or the supporting elements (S 1 ...S d ) forming the supporting surface (F S ) is or can be coupled to a load receiver (L S ), characterized in that d) the positioning surface (F P ) and the supporting surface (F S ) pass through each other and e) the supporting surface (F S ) and the positioning surface (F P ) are movable relative to each other in one of several successive partial movements such that within the scope of a partial movement in each case a selectable transfer number (i) of the products (P 1 ...P m ) are additionally transferred from the positioning surface (F P ) to the supporting surface (F S ) or vice versa, in order to determine the resultant change in the weight force.
An isolated antibody or antigen-binding fragment thereof that specifically binds human interleukin-25 (IL-25), wherein the antibody or antigen-binding fragment thereof comprises: a heavy chain variable region (HCVR) having the amino acid sequence of SEQ ID NO: 114; and a light chain variable region (LCVR) having the amino acid sequence of SEQ ID NO: 122. a heavy chain variable region (HCVR) having the amino acid sequence of SEQ ID NO: 114; and a light chain variable region (LCVR) having the amino acid sequence of SEQ ID NO: 122.