mhurhangee/ep-ind-claims huggingface dataset:
A lithium-ion (Li-ion) battery module, comprising: - a group of electrically interconnected electrochemical cells; - a battery module terminal configured to be coupled to a load for powering the load; - an electrical path extending between the group of electrically interconnected electrochemical cells and the battery module terminal, wherein the electrical path comprises a bus bar bridge coupled between the battery module terminal and a plurality of bus bars configured to electrically interconnect the group of electrically interconnected electrochemical cells; and - a housing, wherein the group of electrically interconnected electrochemical cells is disposed within the housing, and wherein the housing comprises a pair of snap-in extensions integrally formed with the housing, positioned along sides of the bus bar bridge and configured to receive and retain the bus bar bridge and to block movement of the bus bar bridge in at least one direction, wherein the bus bar bridge is positioned proximate to the pair of snap-in extensions such that a first weld point of the bus bar bridge is exposed with sufficient clearance for access via a welding tool on a first side of the pair of snap-in extensions, and a second weld point of the bus bar bridge is exposed with sufficient clearance for access via the welding tool on a second side of the pair of snap-in extensions opposite to the first side. - a group of electrically interconnected electrochemical cells; - a battery module terminal configured to be coupled to a load for powering the load; - an electrical path extending between the group of electrically interconnected electrochemical cells and the battery module terminal, wherein the electrical path comprises a bus bar bridge coupled between the battery module terminal and a plurality of bus bars configured to electrically interconnect the group of electrically interconnected electrochemical cells; and - a housing, wherein the group of electrically interconnected electrochemical cells is disposed within the housing, and wherein the housing comprises a pair of snap-in extensions integrally formed with the housing, positioned along sides of the bus bar bridge and configured to receive and retain the bus bar bridge and to block movement of the bus bar bridge in at least one direction,
An activation system information transmission method, comprising: receiving, by user equipment, UE, a first system message sent by a base station, wherein the first system message comprises activation indication information and a change indication tag, the activation indication information is used to indicate whether a function indicated in an activation system message is activated, and the change indication tag is used to indicate whether scheduling information of the activation system message changes; obtaining, by the UE, first scheduling information of the activation system message according to the activation indication information and the change indication tag; and reading, by the UE, the activation system message according to the first scheduling information. receiving, by user equipment, UE, a first system message sent by a base station, wherein the first system message comprises activation indication information and a change indication tag, the activation indication information is used to indicate whether a function indicated in an activation system message is activated, and the change indication tag is used to indicate whether scheduling information of the activation system message changes; obtaining, by the UE, first scheduling information of the activation system message according to the activation indication information and the change indication tag; and reading, by the UE, the activation system message according to the first scheduling information.
A method of avoiding optical packet contention in a synchronous Optical Packet Switching mesh network operated at defined time slots, and comprising interconnected nodes, of which at least two source nodes (S1, S2) emit optical packets on the same wavelength channel toward a single destination node, wherein the optical packets, once emitted, follow a predefined fixed optical route in the network, and, the method is further characterized in that, wherein all nodes in the network are bidirectionally connected (401, 411, 421) to a central photonic cross-connect for control information distribution so as to share control information, and further wherein all nodes in the network comprise delay means (505, 510) configured to introduce on demand a propagation delay of optical packets as a multiple of time slots, the method comprising the steps of: - numbering time slots relative to the destination node; - storing at source nodes (S1, S2) the time slot numbering information; - emitting a first group of optical packets at a first of the two source nodes, and broadcasting to the second of the two source nodes, control information including the time slot number of a first emitted optical packet, and the number of time slots used for the first group; and - emitting a second group of optical packets at the second of the two source nodes, using the delay means (505, 510) according to the received control information, so that no contention of optical packets occurs along the fixed optical route in the network. - numbering time slots relative to the destination node; - storing at source nodes (S1, S2) the time slot numbering information; - emitting a first group of optical packets at a first of the two source nodes, and broadcasting to the second of the two source nodes, control information including the time slot number of a first emitted optical packet, and the number of time slots used for the first group; and - emitting a second group of optical packets at the second of the two source nodes, using the delay means (505, 510) according to the received control information, so that no contention of optical packets occurs along the fixed optical route in the network.
An immunogenic composition comprising an unconjugated pneumococcal PhtD and an unconjugated pneumococcal pneumolysin and an adjuvant composition consisting of an oil in water emulsion, wherein said oil in water emulsion consists of 2-3 mg metabolisable oil, 1-3 mg tocol and 0.1 - 4 mg emulsifying agent, per human dose and the oil and emulsifying agent are in an aqueous carrier, wherein the vaccine composition volume is between 0.4 and 1.5ml.
A biosensor for visual detection comprising: a. A recognition molecule capable of recognizing the target analyte, immobilized on a support with a heat sensitive surface; b. An external light source; and c. A metal nanoparticle having a surface plasmon band functionalized with a second recognition molecule capable of recognizing the target analyte; wherein the term "heat sensitive surface" is understood as any surface capable of experiencing a structural change when heated, resulting in image development. a. A recognition molecule capable of recognizing the target analyte, immobilized on a support with a heat sensitive surface; b. An external light source; and c. A metal nanoparticle having a surface plasmon band functionalized with a second recognition molecule capable of recognizing the target analyte;
A pharmaceutical composition comprising an effective amount of plasminogen for use in the treatment of body organ and tissue damage caused by radiotherapy, or cisplatin chemotherapy in a subject.
Assembly, comprising a vessel for holding a food liquid and a device for treating food liquids by means of steam, wherein the device comprises: - a platform for placing the vessel containing the liquid, - a pipe with an open end, configured to supply steam to the vessel, - a driving device configured to drive a relative movement between the end of the pipe and the platform, - a means for determining a liquid level of the liquid in the vessel when the vessel is arranged on the platform, and - a control unit operationally connected to the means for determining the liquid level and to the driving device, wherein the control unit is configured to actuate the driving device such that a relative initial position between the end of the pipe and the platform is assumed which is based on the liquid level, characterised in that the means for determining the liquid level comprise means for determining the weight of a liquid in the vessel, wherein the control unit is configured to determine the liquid level from the weight, and in that the vessel comprises a sensor and the device comprises a receiver connected to the control unit and configured to read the sensor for automatically detecting a type of the vessel. - a platform for placing the vessel containing the liquid, - a pipe with an open end, configured to supply steam to the vessel, - a driving device configured to drive a relative movement between the end of the pipe and the platform, - a means for determining a liquid level of the liquid in the vessel when the vessel is arranged on the platform, and - a control unit operationally connected to the means for determining the liquid level and to the driving device, wherein the control unit is configured to actuate the driving device such that a relative initial position between the end of the pipe and the platform is assumed which is based on the liquid level, characterised in that the means for determining the liquid level comprise means for determining the weight of a liquid in the vessel, wherein the control unit is configured to determine the liquid level from the weight, and in that the vessel comprises a sensor and the device comprises a receiver connected to the control unit and configured to read the sensor for automatically detecting a type of the vessel.
An actuator assembly for an electromechanical parking brake comprising; a casing of a motor and a gear housing of a planetary gear set parallelly coupled to a lower surface of an inner housing; a reduction gear train having a pinion gear and a drive gear for transmitting a power from a rotary shaft of the motor to the planetary gear set received in an upper surface of the inner housing; and an inner cap covering the outer portion of the reduction gear train and being coupled to the upper surface of the inner housing, thereby configuring a primary module which is a single small independent assembly in which the motor, the reduction gear train, the planetary gear set, the inner housing and the inner cap are comprised, wherein the primary module is inserted into an outer housing while keeping a gap at a circumference thereof, an outer cap is coupled to an upper portion of the outer housing to cover the primary module, and the primary module is surrounded by the outer housing and the outer cap, thereby configuring a final module which is a single large independent assembly in which inner components of the motor, the reduction gear train and the planetary gear set are surrounded doubly, and wherein a final output shaft of the planetary gear set is exposed from a lower through hole of the outer housing and connected to a parking brake, and wherein the outer housing comprises a bottom portion on which the lower surface of the inner housing is placed; a circumferential wall extending upwards at the circumference of the bottom portion to hide a side of the primary module; and wherein a vibration-attenuating damper member is installed in a space between a rim portion of the inner housing and the circumferential wall of the outer housing; and wherein the damper member has a coupling groove formed in a circumferential inner wall thereof, the rim portion of the inner housing is fit into the coupling groove; and wherein the damper member is assembled below the primary module to face upwards, a bottom portion is formed at a lower end of the rim portion to closely adhere to the lower surface of the inner housing, openings (194, 195) are formed in the bottom portion to allow the casing of the motor and the gear housing of the planetary gear set to pass through.
A handheld electrical power tool, which comprises: a working device for performing a working function of the handheld electrical power tool; a power device including a motor for driving the working device; a power supplying unit for powering the power device; an operating device for a user to operate the handheld electrical power tool; and wherein the operating device comprises an operating handle and a speed regulating device arranged adjacently to the operating handle, the speed regulating device comprises a speed regulating switch and a speed regulating operating member connected with the speed regulating switch to drive the speed regulating switch to operate, when the rotational speed of the motor increasing from zero to the maximum, the rotation angle of the speed regulating operating member is 0-360°, characterized in that, the operating device further comprises a starting device, and wherein the starting device comprises a main control switch, a main control operating member for starting the main control switch and a safety operating member located opposite to the main control operating member, and wherein one end of the main control operating member is disposed adjacently to the safety operating member, and the main control operating member and the safety operating member are engaged with each other in the non-operating state. a working device for performing a working function of the handheld electrical power tool; a power device including a motor for driving the working device; a power supplying unit for powering the power device; an operating device for a user to operate the handheld electrical power tool; and wherein the operating device comprises an operating handle and a speed regulating device arranged adjacently to the operating handle, the speed regulating device comprises a speed regulating switch and a speed regulating operating member connected with the speed regulating switch to drive the speed regulating switch to operate, when the rotational speed of the motor increasing from zero to the maximum, the rotation angle of the speed regulating operating member is 0-360°, characterized in that, the operating device further comprises a starting device, and wherein the starting device comprises a main control switch, a main control operating member for starting the main control switch and a safety operating member located opposite to the main control operating member, and wherein one end of the main control operating member is disposed adjacently to the safety operating member, and the main control operating member and the safety operating member are engaged with each other in the non-operating state.
A process for evaluating a plurality of refinery feedstocks, said process comprising: (i) providing an array of refinery feedstocks, wherein said array comprises at least a plurality of different refinery feedstocks; (ii) fractionating each of said refinery feedstocks in said array to produce a further array comprising a plurality of fractions having different chemical and/or physical properties, each fraction being representative of a process stream that might be present in a refinery, wherein the fractionation step is performed in parallel and comprises treating each feedstock or a portion thereof using a physical or chemical treatment method which is representative of an equivalent processing step that might occur in a refinery process, wherein said method comprises use of a microdistillation column or microfractionator to obtain fractions with defined boiling point ranges; and (iii) analysing each of said plurality of fractions to determine one or more chemical and/or physical properties of the fractions, said analyses being performed at least partially in parallel. (i) providing an array of refinery feedstocks, wherein said array comprises at least a plurality of different refinery feedstocks; (ii) fractionating each of said refinery feedstocks in said array to produce a further array comprising a plurality of fractions having different chemical and/or physical properties, each fraction being representative of a process stream that might be present in a refinery, wherein the fractionation step is performed in parallel and comprises treating each feedstock or a portion thereof using a physical or chemical treatment method which is representative of an equivalent processing step that might occur in a refinery process, wherein said method comprises use of a microdistillation column or microfractionator to obtain fractions with defined boiling point ranges; and (iii) analysing each of said plurality of fractions to determine one or more chemical and/or physical properties of the fractions, said analyses being performed at least partially in parallel.
A composite panel, comprising: a first composite laminate; a second composite laminate, wherein the first composite laminate and the second composite laminate comprise graphite composite laminates; a foam core bonded to and interposed between the first composite laminate and the second composite laminate; and a corrugated core sheet within the foam core, wherein the corrugated core sheet comprises polyethylene and/or aluminum, and has a higher ductility than the first composite laminate and the second composite laminate to absorb energy upon a transverse pressure load imposed on the composite panel. a first composite laminate; a second composite laminate, wherein the first composite laminate and the second composite laminate comprise graphite composite laminates; a foam core bonded to and interposed between the first composite laminate and the second composite laminate; and a corrugated core sheet within the foam core, wherein the corrugated core sheet comprises polyethylene and/or aluminum, and has a higher ductility than the first composite laminate and the second composite laminate to absorb energy upon a transverse pressure load imposed on the composite panel.
Method for determining at least one concentration of at least one analyte in the blood, in particular for determining a blood glucose concentration, wherein a test element is used, wherein the test element contains at least one reagent element, wherein the reagent element is configured so as to carry out at least one optically detectable detection reaction in the presence of the analyte, wherein the blood is applied to the test element, wherein a time course of at least one optical measurement variable of the reagent element is detected, wherein at least one disturbance variable in the blood is determined from at least one first time interval of the time course of the optical measurement variable, and wherein the concentration of the analyte is determined from at least one second time interval of the time course, wherein a time interval (158, 164) respectively is a quantity of measurement times comprising at least two measurement times, wherein, in order to detect the optical measurement variable in the first time interval and in the second time interval, the reagent element is irradiated respectively with at least one interrogating light beam using at least one interrogating light source and wherein at least one response light beam emitted by the reagent element is determined by means of at least one detector respectively, characterized in that the disturbance variable is a blood haematocrit, wherein the time course of the optical measurement variable in the first time interval comprises a sudden wetting-induced change in the optical measurement variable, wherein the sudden wetting-induced change is a sudden change in the optical measurement variable that is attributable to wetting of the reagent element with the blood, wherein at least one characteristic variable is determined from the time course of the optical measurement variable during the first time interval, wherein the characteristic variable is a change in the reflectance value during the sudden wetting-induced change or during a portion of the sudden wetting-induced change, wherein a preset and/or determinable relation between the characteristic variable and the disturbance variable is used in order to determine the at least one disturbance variable from the characteristic variable.
Internal combustion engine assembly comprising - an intake manifold comprising • a plurality of intake ducts; • a tubular plenum supplying compressed air into all the intake ducts via a main inlet; - a reservoir containing an atomized anti-knock agent; said assembly being characterized in that - the tubular plenum comprises a Venturi throat arranged upstream of the main inlet; - the atomized anti-knock agent reservoir opens into the tubular plenum at the Venturi throat; - the assembly comprises a forced-circulation system causing the atomized anti-knock agent to be moved towards the tubular plenum. - an intake manifold comprising • a plurality of intake ducts; • a tubular plenum supplying compressed air into all the intake ducts via a main inlet; • a plurality of intake ducts; • a tubular plenum supplying compressed air into all the intake ducts via a main inlet; - a reservoir containing an atomized anti-knock agent; said assembly being characterized in that - the tubular plenum comprises a Venturi throat arranged upstream of the main inlet; - the atomized anti-knock agent reservoir opens into the tubular plenum at the Venturi throat; - the assembly comprises a forced-circulation system causing the atomized anti-knock agent to be moved towards the tubular plenum.
Installation for selectively closing an opening, such as a window or a door, for example, having at least one first and one second element (2, 3) which are movable relative to one another, wherein at least one of the first or the second element (2, 3) has at least one guide element that projects from a front end of said element (2, 3) and is disposed so as to be movable longitudinally to the front end, wherein the first element (2, 3) has a plurality of locking elements, wherein the locking elements by means of the guide element and at least by way of one movement component (x, z) are movable in a manner orthogonal to the movement direction of the guide element between a locking position in which the locking elements engage in a locking receptacle (2b, 3b) on the second element (2, 3) in such a manner that the two elements (2, 3) are interlocked, and a releasing position in which the locking elements are spaced apart from the locking receptacle (2b, 3b) and the second element (2, 3), wherein the locking elements in the locking position form an encircling and closed lock, wherein mutually abutting front ends of neighbouring locking elements are configured to be mutually communicating in such a manner that said front ends in the locking position bear on one another by way of planar contact, wherein at least one front end of neighbouring locking elements has a sealing element.