mhurhangee/ep-ind-claims huggingface dataset:
A battery module comprising a front battery and a rear battery and a heat sink, the front battery and the rear battery being placed in parallel on the side of the heat sink, wherein the area of the heat sink is divided into two halves parts, one of the two halves parts being a front part and the other part being a rear part, wherein the heat sink comprises: - a cooling channel through which a refrigerant suitable for cooling a secondary battery comprising a cell assembly in which at least two unit cells are stacked by an indirect cooling method can pass, - a common inlet and a common outlet provided at the front part, and wherein the cooling channel has one front separated channel for cooling the front battery and one rear separated channel for cooling the rear battery fluidly connecting the common inlet to the common outlet, and each separated channel is connected to a branch point (511, 521), the branch point (511, 521) inducing the refrigerant to flow in each of the two separated channels, characterized in that the heat sink further comprises an insulation material interposed between the rear separated channel and the front battery. - a cooling channel through which a refrigerant suitable for cooling a secondary battery comprising a cell assembly in which at least two unit cells are stacked by an indirect cooling method can pass, - a common inlet and a common outlet provided at the front part, and
A gas turbine engine comprising: a fan section; and a compressor section, including both a low pressure compressor section and a high pressure compressor section, wherein said fan section is configured to deliver a portion of air into said compressor section, and a portion of air into a bypass duct, characterised in that: the engine further comprises: a gear arrangement configured to drive the fan section; and a turbine section configured to drive the compressor section and the gear arrangement; and the engine is configured that that, when measured at sea level and at a static, full-rated take off power, the overall pressure ratio, provided by the combination of a pressure ratio across said low pressure compressor section and a pressure ratio across said high pressure compressor section, is greater than 35, the pressure ratio across said low pressure compressor section is between 3 and 8 and the pressure ratio across said high pressure compressor section is between 7 and 15. a fan section; and a compressor section, including both a low pressure compressor section and a high pressure compressor section, wherein said fan section is configured to deliver a portion of air into said compressor section, and a portion of air into a bypass duct, characterised in that: the engine further comprises: a gear arrangement configured to drive the fan section; and a turbine section configured to drive the compressor section and the gear arrangement; and the engine is configured that that, when measured at sea level and at a static, full-rated take off power, the overall pressure ratio, provided by the combination of a pressure ratio across said low pressure compressor section and a pressure ratio across said high pressure compressor section, is greater than 35, the pressure ratio across said low pressure compressor section is between 3 and 8 and the pressure ratio across said high pressure compressor section is between 7 and 15. the engine further comprises: a gear arrangement configured to drive the fan section; and a turbine section configured to drive the compressor section and the gear arrangement; and a gear arrangement configured to drive the fan section; and a turbine section configured to drive the compressor section and the gear arrangement; and the engine is configured that that, when measured at sea level and at a static, full-rated take off power, the overall pressure ratio, provided by the combination of a pressure ratio across said low pressure compressor section and a pressure ratio across said high pressure compressor section, is greater than 35, the pressure ratio across said low pressure compressor section is between 3 and 8 and the pressure ratio across said high pressure compressor section is between 7 and 15.
A therapeutic stick, comprising: a flexible member having a length, a diameter, a first end and a second end, wherein said flexible member is enveloped by padding; a first auxiliary grip, disposed proximate to said first end; a second auxiliary grip, disposed proximate to said second end; a first primary grip, disposed on said first end; and a second primary grip; disposed on said second end, wherein said first primary grip and said second primary grip are spherical, characterised in that a wedge portion is removed from each of the first primary grip and the second primary grip. a flexible member having a length, a diameter, a first end and a second end, wherein said flexible member is enveloped by padding; a first auxiliary grip, disposed proximate to said first end; a second auxiliary grip, disposed proximate to said second end; a first primary grip, disposed on said first end; and a second primary grip; disposed on said second end, wherein said first primary grip and said second primary grip are spherical, characterised in that a wedge portion is removed from each of the first primary grip and the second primary grip.
An antenna comprising at least one waveguide of rectangular section (24, 25) and a cylinder having an opening along a helical line, said cylinder having a relative rotational movement in relation to the waveguide placed inside said cylinder, the waveguide being open facing the inner face of said cylinder which forms a microwave short-circuit to close the guide, characterized in that two cavities (62, 63) are produced on each side of the guide (24, 25), parallel thereto, over its entire length, the openings (64, 65) of the cavities being substantially in the plane of the opening of the guide.
A device comprising: a semiconductor substrate; a doped isolation barrier (30, 32, 34) disposed in the semiconductor substrate and defining a core device area within the doped isolation barrier; an isolation contact region disposed in the semiconductor substrate outside of the core device area and to which a voltage is applied during operation; a depleted well region disposed in the semiconductor substrate outside of the core device area, wherein the depleted well region has a lower interior dopant concentration level for depletion of the depleted well region between the doped isolation barrier and the isolation contact region, wherein the depleted well region electrically couples the isolation contact region and the doped isolation barrier such that the doped isolation barrier is biased during operation at a voltage level lower than the voltage applied to the isolation contact region; and a conductive flap supported by the semiconductor substrate and positioned over the depleted well region, wherein the conductive flap is biased during operation to deplete the depleted well region. a semiconductor substrate; a doped isolation barrier (30, 32, 34) disposed in the semiconductor substrate and defining a core device area within the doped isolation barrier; an isolation contact region disposed in the semiconductor substrate outside of the core device area and to which a voltage is applied during operation; a depleted well region disposed in the semiconductor substrate outside of the core device area, wherein the depleted well region has a lower interior dopant concentration level for depletion of the depleted well region between the doped isolation barrier and the isolation contact region, wherein the depleted well region electrically couples the isolation contact region and the doped isolation barrier such that the doped isolation barrier is biased during operation at a voltage level lower than the voltage applied to the isolation contact region; and a conductive flap supported by the semiconductor substrate and positioned over the depleted well region, wherein the conductive flap is biased during operation to deplete the depleted well region.
A method for controlling a lamp, which has a plurality of controllable sub-units, wherein a part of the controllable sub-units is arranged at reference positions of the arrangement of the sub-units, wherein first control information is fed to a control unit of the lamp on the input side, which concerns the light output of those controllable sub-units, which are arranged at the reference position of the arrangement of the sub-units, and wherein the control unit on the basis of this first control information determines second control information, which concerns the light output of all sub-units, and transmits this second control information to the sub-units connected on the output side.
Docking module for labelling machines, in particular for labelling containers or the like, comprising a frame within which a docking station is arranged to be adjusted in height and having at least one operation media and/or control media-multi coupling (K1, K2) for a selectively dockable labelling aggregate, and comprising at least one electric and/or mechanic switch group and/or control unit of an actor-sensors-system installed at the frame, characterized in that the electric and/or mechanic switch group and/or control unit is/are arranged at the docking module in the operational position of the docking module for sideward access at or in at least one side cheek (4a, 4b) of the frame.
A method for initiating the formation of pores in a polymeric material that contains a thermoplastic composition, the thermoplastic composition including a continuous phase in which a microinclusion additive and nanoinclusion additive are dispersed in the form of discrete domains, the continuous phase including a matrix polymer, the method comprising mechanically drawing the polymeric material in a solid state to form a porous network, wherein the porous network includes a plurality of nanopores having an average cross-sectional dimension of about 800 nanometers or less; wherein the material is drawn through a converging die.
A method for monitoring patient's condition after a stroke, comprising: - recording head's electrical bioimpedance data to form an impedance data set Z(x, y, t, f); - recording cardio-plethysmographic data comprising ECG(t) and FPG(t) cardio-plethysmographic data sets; - the impedance and cardio-plethysmographic data sets are synchronized according to an electrocardiogram (1.5), resulting in an array of synchronized data (1.2.4), where processing and analysis algorithms are applied to the array of synchronized data (1.2.4) - applying data processing and analysis algorithms to an array of data, - presenting the processed and analyzed data by data display means (1.4), and if necessary, transmitting the presented processed and analyzed data for further processing or presentation. characterized in that - spatial distribution of brain parameters is analyzed for determining temporal and spatial distribution characteristics of the bioimpedance by using an electric current of different frequencies, where - strength of the impedance measurement signal is controlled by a supply current depending on the frequency of the supplied current and amplification of the signal. - recording head's electrical bioimpedance data to form an impedance data set Z(x, y, t, f); - recording cardio-plethysmographic data comprising ECG(t) and FPG(t) cardio-plethysmographic data sets; - the impedance and cardio-plethysmographic data sets are synchronized according to an electrocardiogram (1.5), resulting in an array of synchronized data (1.2.4), where processing and analysis algorithms are applied to the array of synchronized data (1.2.4) - applying data processing and analysis algorithms to an array of data, - presenting the processed and analyzed data by data display means (1.4), and if necessary, transmitting the presented processed and analyzed data for further processing or presentation. - spatial distribution of brain parameters is analyzed for determining temporal and spatial distribution characteristics of the bioimpedance by using an electric current of different frequencies, where - strength of the impedance measurement signal is controlled by a supply current depending on the frequency of the supplied current and amplification of the signal.
Rotor of an electrical rotating machine, notably for an alternator or a starter alternator of a motor vehicle, including two pole wheels (7, 8), an excitation winding having an insulant and at least one magnetic unit placed between the two pole wheels, each of which has teeth (9a, 9b), said insulant having a plurality of petals, characterized in that at least one of said petals has a lateral recess to enable the passage of one of said magnetic units when assembling the two pole wheels (7, 8).
An apparatus for reducing and/or correcting loss of phasic synchrony when sequencing a polynucleotide strand, comprising: a flow chamber for receiving flows of different dNTP reagents; multiple reservoirs that each contain a different dNTP reagent; flow paths from each of the reservoirs to the flow chamber; and a fluidics controller that controls the flow from the reservoirs to the flow chamber, wherein the fluidics controller is programmed to successively provide flow from the multiple reservoirs to the flow chamber according to a predetermined ordering, wherein the predetermined ordering comprises an initial ordering which is a repeat of a same ordering of four different dNTP reagent flows and an alternate ordering which is not a continuous repeat of the same ordering of the four different dNTP reagent flows. a flow chamber for receiving flows of different dNTP reagents; multiple reservoirs that each contain a different dNTP reagent; flow paths from each of the reservoirs to the flow chamber; and a fluidics controller that controls the flow from the reservoirs to the flow chamber,
A humeral prosthetic, comprising: a stem adapted to be introduced into a patient's humerus, the stem having a body with a longitudinal axis; an inclination component including a first opening to provide access to a screw to set and fix a position of the inclination component at an inclination angle; a coupling adapter including means for setting a version; and a spherical head including means for setting and fixing a radial offset, wherein the stem interfaces with the coupling adapter, and the coupling adapter interfaces with the spherical head; said humeral prosthetic being characterized in that; the inclination component further includes a second plurality of holes provided within the inclination component, extending in a direction about parallel to a longitudinal axis of the inclination component and employable for subscapularis, supraspinatus and biceps repairs, and in that the humeral prosthetic comprises a first plurality of through holes provided laterally within an upper portion of the body and about parallel to the longitudinal axis of the body of the stem and employable for soft tissue repairs and not for fracture repairs. a stem adapted to be introduced into a patient's humerus, the stem having a body with a longitudinal axis; an inclination component including a first opening to provide access to a screw to set and fix a position of the inclination component at an inclination angle; a coupling adapter including means for setting a version; and a spherical head including means for setting and fixing a radial offset, wherein the stem interfaces with the coupling adapter, and the coupling adapter interfaces with the spherical head; said humeral prosthetic being characterized in that; the inclination component further includes a second plurality of holes provided within the inclination component, extending in a direction about parallel to a longitudinal axis of the inclination component and employable for subscapularis, supraspinatus and biceps repairs, and in that the humeral prosthetic comprises a first plurality of through holes provided laterally within an upper portion of the body and about parallel to the longitudinal axis of the body of the stem and employable for soft tissue repairs and not for fracture repairs.
A method of reprogramming a set of bidirectional objects (4, 10, 14, 16, 18, 20) of an installation, in particular a home automation installation, the objects of the installation having wireless emitting and receiving capacities and containing a common key, at least two objects of the installation being matched to allow sending an order from one object (16, 18, 20) of the pair to the other object of the pair (4, 10, 14) and executing the order by the other object (4, 10, 14), the reprogramming method comprising the steps of: • pproviding a new common key to the objects of the installation with the exception of an object to be excluded, the provision step comprising the generation of the new common key and the broadcast of the new generated common key, the broadcasting step comprising, when broadcasting the new common key from one object to another object, checking that the two objects contain the old common key; then • when sending an order from one object to another object which is matched thereto, checking that the two objects contain the new common key, and • refusing to execute the order by the other object if the two objects do not contain the new common key, said method being characterized by: • such as providing a new common key to the objects of the installation with the exception of the object to be excluded, comprises the diffusion from one object of the pair to the other object of the pair of an encrypted value derived from the old common key. • pproviding a new common key to the objects of the installation with the exception of an object to be excluded, the provision step comprising the generation of the new common key and the broadcast of the new generated common key, the broadcasting step comprising, when broadcasting the new common key from one object to another object, checking that the two objects contain the old common key; then • when sending an order from one object to another object which is matched thereto, checking that the two objects contain the new common key, and • refusing to execute the order by the other object if the two objects do not contain the new common key, said method being characterized by: • such as providing a new common key to the objects of the installation with the exception of the object to be excluded, comprises the diffusion from one object of the pair to the other object of the pair of an encrypted value derived from the old common key. • such as providing a new common key to the objects of the installation with the exception of the object to be excluded, comprises the diffusion from one object of the pair to the other object of the pair of an encrypted value derived from the old common key.
Beam of a weaving loom, with a bearing device, comprising: a beam rod or a rocker, which has a bearing seat to accommodate an outer ring of a roller bearing, the roller bearing, which has an inner ring and the outer ring, between which several balls are arranged, wherein the inner ring and/or the outer ring exhibit a roller body filler recess, whose width is less than the diameter of the balls used, wherein the bearing seat in the installed condition has an inside width, which is less than the outside diameter of the outer ring, in order to hold this in the press fit and reduce its diameter through the press fit, and wherein the inner ring is widened in the installed condition, that is to say its diameter is enlarged, so that the balls are arranged between the inner ring and the outer ring free from play in the installed condition of the bearing and the roller body filling recess is narrowed by the press fit of the outer ring. a beam rod or a rocker, which has a bearing seat to accommodate an outer ring of a roller bearing, the roller bearing, which has an inner ring and the outer ring, between which several balls are arranged, wherein the inner ring and/or the outer ring exhibit a roller body filler recess, whose width is less than the diameter of the balls used, wherein the bearing seat in the installed condition has an inside width, which is less than the outside diameter of the outer ring, in order to hold this in the press fit and reduce its diameter through the press fit, and wherein the inner ring is widened in the installed condition, that is to say its diameter is enlarged, so that the balls are arranged between the inner ring and the outer ring free from play in the installed condition of the bearing and the roller body filling recess is narrowed by the press fit of the outer ring.
A starting device for an internal combustion engine, the starting device comprising: a hub (12; 70) configured to drivingly engage an internal combustion engine when the hub (12; 70) is rotated in a first direction; a pulley (14; 47; 60) interconnected with the hub (12; 70) by a spring (23; 41); a shaft on which the pulley (14; 47; 60) and hub (12; 70) are mounted independently rotatable; a flexible member attached to and coiled about the pulley (14; 47; 60); and the spring (23; 41) coupled at a first end (26; 53) to the hub (12; 70) and at a second end (28; 54) to the pulley (14; 47; 60), wherein the pulley (14; 47; 60) is rotated in the first direction when the flexible member is pulled and unwound, and the spring (23; 41) is arranged to act on the hub during start, characterized in that the pulley (14; 47; 60) comprises a recess arranged to receive the flexible member, which recess has the shape of a conical helix having a first end with a first radius and a second end with a second radius, larger than the first radius; and that the flexible member is attached to the pulley (14; 47; 60) at the second end of the recess. a hub (12; 70) configured to drivingly engage an internal combustion engine when the hub (12; 70) is rotated in a first direction; a pulley (14; 47; 60) interconnected with the hub (12; 70) by a spring (23; 41); a shaft on which the pulley (14; 47; 60) and hub (12; 70) are mounted independently rotatable; a flexible member attached to and coiled about the pulley (14; 47; 60); and the spring (23; 41) coupled at a first end (26; 53) to the hub (12; 70) and at a second end (28; 54) to the pulley (14; 47; 60), wherein the pulley (14; 47; 60) is rotated in the first direction when the flexible member is pulled and unwound, and the spring (23; 41) is arranged to act on the hub during start, characterized in that the pulley (14; 47; 60) comprises a recess arranged to receive the flexible member, which recess has the shape of a conical helix having a first end with a first radius and a second end with a second radius, larger than the first radius; and that the flexible member is attached to the pulley (14; 47; 60) at the second end of the recess.