mhurhangee/ep-ind-claims huggingface dataset:
A battery module, comprising a battery cell assembly and carriers arranged at two ends of the battery cell assembly, wherein the battery cell assembly comprises a plurality of battery cells stacked in a vertical direction, two ends of each of the plurality of battery cells are respectively connected to the two carriers, the carriers are provided with electric connection plates therein, and tabs of the battery cells are connected to the electric connection plates, and wherein the carrier is provided with a slot, and the electrical connection plate is inserted into the slot, characterized in that the slot comprises a first slot body and a second slot body that are oppositely arranged in a horizontal direction, the electrical connection plate comprises a first electrical connection plate body fitted with the first slot body and a second electrical connection plate body fitted with the second slot body, an insertion end of the first electrical connection plate body is provided with an extension part, the tabs of the battery cells are connected to the first electrical connection plate body, and the side of the second electrical connection plate body away from the battery cells is provided with an electrode pole for connecting to a busbar, and is configured in a way that the extension part of the first electrical connection plate body inserted into the first slot body is fitted to a part of the second electrical connection plate body inserted into the second slot body. the slot comprises a first slot body and a second slot body that are oppositely arranged in a horizontal direction, the electrical connection plate comprises a first electrical connection plate body fitted with the first slot body and a second electrical connection plate body fitted with the second slot body, an insertion end of the first electrical connection plate body is provided with an extension part, the tabs of the battery cells are connected to the first electrical connection plate body, and the side of the second electrical connection plate body away from the battery cells is provided with an electrode pole for connecting to a busbar, and is configured in a way that the extension part of the first electrical connection plate body inserted into the first slot body is fitted to a part of the second electrical connection plate body inserted into the second slot body.
A diaphragm pump leak detection device comprising: a body comprising an airflow inlet, an airflow outlet arranged to substantially align with the airflow inlet, and a liquid reservoir in a bottom portion of the body; a liquid separator positioned directly between the airflow inlet and the airflow outlet, the liquid separator dividing an airflow path from the airflow inlet to the airflow outlet into at least two separate flow paths around the liquid separator, wherein the liquid separator comprises a cylinder coupled to the body and positioned directly between the airflow inlet and the airflow outlet, and a sleeve configured to interface with a lower portion of the cylinder, the sleeve comprising a channel, wherein a first end of the channel terminates at the lower portion of the cylinder and a second end of the channel opens to the liquid reservoir; and a liquid level detector at least partially contained within the channel, wherein the channel is in liquid communication with the liquid reservoir. a body comprising an airflow inlet, an airflow outlet arranged to substantially align with the airflow inlet, and a liquid reservoir in a bottom portion of the body; an airflow inlet, an airflow outlet arranged to substantially align with the airflow inlet, and a liquid reservoir in a bottom portion of the body; a liquid separator positioned directly between the airflow inlet and the airflow outlet, the liquid separator dividing an airflow path from the airflow inlet to the airflow outlet into at least two separate flow paths around the liquid separator, wherein the liquid separator comprises a cylinder coupled to the body and positioned directly between the airflow inlet and the airflow outlet, and a sleeve configured to interface with a lower portion of the cylinder, the sleeve comprising a channel, wherein a first end of the channel terminates at the lower portion of the cylinder and a second end of the channel opens to the liquid reservoir; and a cylinder coupled to the body and positioned directly between the airflow inlet and the airflow outlet, and a sleeve configured to interface with a lower portion of the cylinder, the sleeve comprising a channel, wherein a first end of the channel terminates at the lower portion of the cylinder and a second end of the channel opens to the liquid reservoir; and a liquid level detector at least partially contained within the channel, wherein the channel is in liquid communication with the liquid reservoir.
An aerodynamic measurement probe intended to equip an aircraft, said probe (10, 40, 50, 70) comprising a tube (18; 51) intended to be substantially exposed to an airflow flowing along said aircraft, said tube being open at a first end of its ends (20, 21; 53), means for emitting an electromagnetic wave directed towards a free area located in the extension of said tube (18; 51) on the side of said open end, said electromagnetic wave allowing water likely to be found in said free area to be heated, characterised in that said electromagnetic wave is directed towards said free area through the inside of said tube (18; 51).
A method for checking continuity of a service flow link in a network, wherein the network comprises a first network device and a second network device, a maintenance end point, MEP, is set on the first network device, and a correspondence is formed between the MEP and identification information of multiple service flow links; characterized in that the method comprises: receiving, by the first network device, multiple continuity check message, CCM, packets from the second network device, wherein each CCM packet carries first identification information and second identification information, the first identification information is a set of identification information of the multiple service flow links, and the second identification information is identification information of a service flow link that is used by the second network device for sending the CCM packet; and comparing a set of the second identification information in the received multiple CCM packets with the first identification information; and if the set of the second identification information in the multiple CCM packets is less than the first identification information, determining that a fault exists on a service flow link corresponding to identification information that exists in the first identification information but does not exist in the set of the second identification information of the multiple CCM packets. receiving, by the first network device, multiple continuity check message, CCM, packets from the second network device, wherein each CCM packet carries first identification information and second identification information, the first identification information is a set of identification information of the multiple service flow links, and the second identification information is identification information of a service flow link that is used by the second network device for sending the CCM packet; and comparing a set of the second identification information in the received multiple CCM packets with the first identification information; and if the set of the second identification information in the multiple CCM packets is less than the first identification information, determining that a fault exists on a service flow link corresponding to identification information that exists in the first identification information but does not exist in the set of the second identification information of the multiple CCM packets.
A dunnage converter for converting a sheet stock material into a relatively less dense dunnage product, comprising a converging chute having a first pair of opposed side walls that generally converge towards each other in a downstream direction and a second pair of opposed top and bottom walls (112 and 114) that interconnect the side walls, characterized in that the top and bottom walls (112 and 114) define a constriction adjacent an upstream end of the chute where the top and bottom walls (112 and 114) gradually converge toward each other to define a minimum distance therebetween of no more than about 30 mm.
A system for production of biogas comprising: - at least one main digestion unit, constituted by one or a plurality of elements which can contain biogas and liquid digestate; - at least one methanization digester, which is designed for the production of biogas, comprising a tank which can contain a container containing solid biomass, said container being able to be filled with liquid digestate and said digester comprising: at least one area for introduction of the container containing solid biomass and for discharge of the container containing residual digested solid biomass, said area on which a roof can be opened and closed, and at least one area for discharge of the biogas; - said methanization digester being connected by means of a circuit for supply of liquid digestate and a circuit for discharge of biogas and liquid digestate to and from said main digestion unit. - at least one main digestion unit, constituted by one or a plurality of elements which can contain biogas and liquid digestate; - at least one methanization digester, which is designed for the production of biogas, comprising a tank which can contain a container containing solid biomass, said container being able to be filled with liquid digestate and said digester comprising: at least one area for introduction of the container containing solid biomass and for discharge of the container containing residual digested solid biomass, said area on which a roof can be opened and closed, and at least one area for discharge of the biogas; - said methanization digester being connected by means of a circuit for supply of liquid digestate and a circuit for discharge of biogas and liquid digestate to and from said main digestion unit.
A system for monitoring glucose concentration, the system comprising: a continuous glucose sensor (10, 110), the continuous glucose sensor (10, 110) configured to continuously measure glucose concentration and output a data stream associated with glucose concentration; and a device configured to operatively connect with the continuous glucose sensor (10, 110), the device comprising at least one processor (314, 330, 420, 482) configured to process the data stream from the continuous glucose sensor (10, 110), and a user interface configured to display measured glucose concentration values, wherein the device is configured for toggling between an unblinded mode allowing for display of real-time glucose concentration values associated with the continuous glucose sensor (10, 110) and a blinded mode preventing display of real-time glucose concentration values associated with the continuous glucose sensor (10, 110). a continuous glucose sensor (10, 110), the continuous glucose sensor (10, 110) configured to continuously measure glucose concentration and output a data stream associated with glucose concentration; and a device configured to operatively connect with the continuous glucose sensor (10, 110), the device comprising at least one processor (314, 330, 420, 482) configured to process the data stream from the continuous glucose sensor (10, 110), and a user interface configured to display measured glucose concentration values, wherein the device is configured for toggling between an unblinded mode allowing for display of real-time glucose concentration values associated with the continuous glucose sensor (10, 110) and a blinded mode preventing display of real-time glucose concentration values associated with the continuous glucose sensor (10, 110).
A device for assisting a valve of a heart, comprising: a flow optimizer (440/140) configured to be located at a position within the valve and having a cross sectional area that reduces a regurgitation orifice of the valve during systole; and an anchoring mechanism coupled to said flow optimizer (440/140) and configured to fix the position of said flow optimizer (440/140) relative to the valve, wherein said anchoring mechanism has a central axis and includes one or more anchoring arms each including a proximal end region and a distal end region, distal end regions of the anchoring arms extending away from the central axis and being configured to be located at commissures of native valve leaflets. a flow optimizer (440/140) configured to be located at a position within the valve and having a cross sectional area that reduces a regurgitation orifice of the valve during systole; and an anchoring mechanism coupled to said flow optimizer (440/140) and configured to fix the position of said flow optimizer (440/140) relative to the valve, wherein said anchoring mechanism has a central axis and includes one or more anchoring arms each including a proximal end region and a distal end region, distal end regions of the anchoring arms extending away from the central axis and being configured to be located at commissures of native valve leaflets.
Exchangeable cartridge device for a measuring apparatus assigned, in particular stationarily, to at least one drinking water conduit for a measurement of a drinking water contamination in the drinking water conduit by microorganisms, in particular by legionellae, with at least one cartridge housing which can be coupled with the measuring apparatus and with at least one test unit which is arranged at least partially in the cartridge housing, the test unit comprising at least one consumable material configured for carrying out at least one test for measuring the drinking water contamination, the test unit comprising at least one supply unit to provide markers for a marking of the microorganisms, characterised in that the supply unit comprises at least one microdosing unit. with at least one cartridge housing which can be coupled with the measuring apparatus and with at least one test unit which is arranged at least partially in the cartridge housing, the test unit comprising at least one consumable material configured for carrying out at least one test for measuring the drinking water contamination, the test unit comprising at least one supply unit to provide markers for a marking of the microorganisms, characterised in that the supply unit comprises at least one microdosing unit.
A metal honeycomb carrier for cleaning an exhaust gas, comprising a metal outer casing having inserted thereinto a metal honeycomb structure consisting of a metallic flat foil and a metallic corrugated foil, wherein perforations in an opening ratio of 30 to 60% are provided in either one or both of said flat foil and said corrugated foil, and wherein perforations are provided in the upstream and downstream regions in the exhaust gas flow direction, but are not provided in the middle region in the exhaust gas flow direction; wherein when the carrier has an axial direction length of about 100 mm, the middle region occupies 5 to 15% around the center of the axial direction length; and wherein when the carrier has an axial direction length in excess of 100 mm, the middle region occupies from 5 to 20 mm around the center of the axial direction length.
A method for preparing a oligodendrocyte progenitor cell, comprising: culturing a fibroblast cell with a first medium, wherein the first medium consists of: a first basic medium, a first protein kinase inhibitor, BDNF, NT3, VPA, dbcAMP, and Retinoic acid, wherein the first protein kinase inhibitor is at least one selected from the group consisting of Y27632, Palomid 529, LY294002, PF562271 and rapamycin. culturing a fibroblast cell with a first medium, wherein the first medium consists of: a first basic medium, a first protein kinase inhibitor, BDNF, NT3, VPA, dbcAMP, and Retinoic acid, a first basic medium, a first protein kinase inhibitor, BDNF, NT3, VPA, dbcAMP, and Retinoic acid, wherein the first protein kinase inhibitor is at least one selected from the group consisting of Y27632, Palomid 529, LY294002, PF562271 and rapamycin.
A telecommunications method comprising the following steps: - establishing a first connection between a first ID token and a first computer system via a second computer system for reading out at least one first attribute from the first ID token, - generating a first soft token, wherein the first soft token includes the at least one first attribute and a time specification, and wherein the first soft token is signed by the first computer system, - sending the first soft token from the first computer system to a third computer system, wherein the first connection is a connection with end-to-end encryption. - establishing a first connection between a first ID token and a first computer system via a second computer system for reading out at least one first attribute from the first ID token, - generating a first soft token, wherein the first soft token includes the at least one first attribute and a time specification, and wherein the first soft token is signed by the first computer system, - sending the first soft token from the first computer system to a third computer system,
Apparatus for estimating one or more of the rate of fluid flow, the fluid pressure, and the fluid viscosity of a fluid, the apparatus comprising: a bistable device configured to be arranged in communication with a said fluid; and the bistable device including a rocker movable between a first stable state and a second stable state; and a resilient member configiured to bias the rocker into each of the first and second stable states; and a shape memory alloy element (38; 40) coupled to the rocker wherein shape change of the shape memory alloy element (38; 40) under heat produces an impulse to move the bistable device out of the first stable state; and, an accelerometer arranged to detect motion of the bistable device, wherein when measuring the acceleration of one or more components of the bistable device during a transition between stable states, one or more of the rate of fluid flow, the fluid pressure, and the fluid viscosity of said fluid can be determined. a bistable device configured to be arranged in communication with a said fluid; and the bistable device including a rocker movable between a first stable state and a second stable state; and a resilient member configiured to bias the rocker into each of the first and second stable states; and a shape memory alloy element (38; 40) coupled to the rocker wherein shape change of the shape memory alloy element (38; 40) under heat produces an impulse to move the bistable device out of the first stable state; and, an accelerometer arranged to detect motion of the bistable device, wherein when measuring the acceleration of one or more components of the bistable device during a transition between stable states, one or more of the rate of fluid flow, the fluid pressure, and the fluid viscosity of said fluid can be determined.
Substrate with a surface wave component mounted thereon in flip-chip technique by means of bumps, wherein, - the substrate comprises at least one layer of sintered LTCC ceramic (Low Temperature Cofired Ceramic), - vias are provided through the at least one layer, - a first metallization in the form of large-area connection surfaces is arranged above the vias, - the substrate and the connection surfaces are covered on the side facing the surface wave component with a photostructurable polymer layer in which openings are arranged which are smaller than the connection surfaces, - underbump metallizations are provided in the openings, the underbump metallizations being formed by a part of the connection surfaces and thus also being connected to the vias, and - the bumps are galvanically or without current deposited over the underbump metallizations, wherein the diameter of the bumps is less than 75μm, - the surface wave component is mounted using flip-chip technique on the bumps, wherein the component C comprises component structures facing the substrate and solderable metallizations, - a cover is arranged over the surface wave component, wherein the polymer layer remains on the substrate as an insulating layer. - the substrate comprises at least one layer of sintered LTCC ceramic (Low Temperature Cofired Ceramic), - vias are provided through the at least one layer, - a first metallization in the form of large-area connection surfaces is arranged above the vias, - the substrate and the connection surfaces are covered on the side facing the surface wave component with a photostructurable polymer layer in which openings are arranged which are smaller than the connection surfaces, - underbump metallizations are provided in the openings, the underbump metallizations being formed by a part of the connection surfaces and thus also being connected to the vias, and - the bumps are galvanically or without current deposited over the underbump metallizations, wherein the diameter of the bumps is less than 75μm, - the surface wave component is mounted using flip-chip technique on the bumps, wherein the component C comprises component structures facing the substrate and solderable metallizations, - a cover is arranged over the surface wave component, wherein the polymer layer remains on the substrate as an insulating layer.
An information processing device comprising: a voltage detection unit configured to monitor a voltage value of a signal output to a predetermined terminal of a connector at a predetermined timing; characterized in that: a signal control unit configured to stop output of the signal if the voltage value after a predetermined time elapses from when the voltage value detected by the voltage detection unit exceeds a first value does not exceed a second value greater than the first value.