mhurhangee/patent-ind-claim-en huggingface dataset:
A battery module comprising: a battery cell stack in which a plurality of battery cells are stacked; a lower frame for housing the battery cell stack ; and an upper plate for covering the upper side of the lower frame , wherein at least one partition wall is formed between the plurality of battery cells of the battery cell stack , and an insulating member is attached to at least one surface of the partition wall , wherein the partition wall is integrally formed with - the lower surface portion of the upper plate , or - the bottom surface of the lower frame . a battery cell stack in which a plurality of battery cells are stacked; a lower frame for housing the battery cell stack ; and an upper plate for covering the upper side of the lower frame , wherein at least one partition wall is formed between the plurality of battery cells of the battery cell stack , and an insulating member is attached to at least one surface of the partition wall , wherein the partition wall is integrally formed with - the lower surface portion of the upper plate , or - the bottom surface of the lower frame . - the lower surface portion of the upper plate , or - the bottom surface of the lower frame .
A circuit for charging an electric battery by means of a photovoltaic module , comprising: first (I+) and second (I-) input terminals intended to be respectively coupled to fist (M+) and second (M-) terminals of the photovoltaic module; first (O+) and second (O-) output terminals intended to be respectively coupled to first (B+) and second (B-) terminals of the battery; a switched-mode power converter comprising first (ci+) and second (ci-) input terminals respectively coupled to the first (I+) and second (I-) input terminals of the charging circuit and first (co+) and second (co-) output terminals respectively coupled to the first (O+) and second (O-) output terminals of the charging circuit; a circuit for controlling the switched-mode power converter comprising first (s+) and second (s-) power supply terminals respectively coupled to the first (O+) and second (O-) output terminals of the charging circuit; a protection switch (K2) coupling the first output terminal (co+) of the switched-mode power converter to the first output terminal (O+) of the charging circuit; and characterized by an overvoltage detection circuit configured to, when the voltage between the first (O+) and second (O-) output terminals of the charging circuit exceeds a threshold, send an order to turn off the protection switch (K2) and stop the switched-mode power converter for a predetermined inhibition period. first (I+) and second (I-) input terminals intended to be respectively coupled to fist (M+) and second (M-) terminals of the photovoltaic module; first (O+) and second (O-) output terminals intended to be respectively coupled to first (B+) and second (B-) terminals of the battery; a switched-mode power converter comprising first (ci+) and second (ci-) input terminals respectively coupled to the first (I+) and second (I-) input terminals of the charging circuit and first (co+) and second (co-) output terminals respectively coupled to the first (O+) and second (O-) output terminals of the charging circuit; a circuit for controlling the switched-mode power converter comprising first (s+) and second (s-) power supply terminals respectively coupled to the first (O+) and second (O-) output terminals of the charging circuit; a protection switch (K2) coupling the first output terminal (co+) of the switched-mode power converter to the first output terminal (O+) of the charging circuit; and characterized by an overvoltage detection circuit configured to, when the voltage between the first (O+) and second (O-) output terminals of the charging circuit exceeds a threshold, send an order to turn off the protection switch (K2) and stop the switched-mode power converter for a predetermined inhibition period.
A cosmetic product dispensing device comprising: - a mechanism for dispensing a dose of a cosmetic product through a dispensing nozzle ; - at least one presence sensor , adapted to detect a movement of a hand; - an outer surface area intended to form a hand warmer , and means for heating the outer surface area , the presence sensor being configured to detect at least: - a first type of presence of a hand, with a duration comprised between a predetermined first duration t 1 and a second duration t 2 , and - a second type of presence of a hand, with a third duration t 3 shorter than the first predetermined duration t 1 , and the device further integrating electronic management means connected to the presence sensor , to the dispensing mechanism and to the heating means , parameterised to transmit: - a dispensing command to the dispensing mechanism , when the first presence type is detected, or - a preheating command to the heating means , when the second presence type is detected. - a mechanism for dispensing a dose of a cosmetic product through a dispensing nozzle ; - at least one presence sensor , adapted to detect a movement of a hand; - an outer surface area intended to form a hand warmer , and means for heating the outer surface area , - a first type of presence of a hand, with a duration comprised between a predetermined first duration t 1 and a second duration t 2 , and - a second type of presence of a hand, with a third duration t 3 shorter than the first predetermined duration t 1 , and the device further integrating electronic management means connected to the presence sensor , to the dispensing mechanism and to the heating means , parameterised to transmit: - a dispensing command to the dispensing mechanism , when the first presence type is detected, or - a preheating command to the heating means , when the second presence type is detected. - a dispensing command to the dispensing mechanism , when the first presence type is detected, or - a preheating command to the heating means , when the second presence type is detected.
A method performed at a wireless communication device of enabling establishment of at least one Packet Data Network, PDN, connection with a communication network , comprising: submitting (S1), to a node of the communication network , a request to establish the PDN connection with an Information Centric Networking, ICN, network ; detecting (S2) that connectivity to an ICN network is available via the at least one PDN connection for transporting ICN data, wherein the detecting (S2) that connectivity to an ICN network is available comprises: receiving, from the node of the communication network , a message indicating that the communication network is capable of establishing the PDN connection with an ICN network for transporting ICN data. submitting (S1), to a node of the communication network , a request to establish the PDN connection with an Information Centric Networking, ICN, network ; detecting (S2) that connectivity to an ICN network is available via the at least one PDN connection for transporting ICN data, wherein the detecting (S2) that connectivity to an ICN network is available comprises: receiving, from the node of the communication network , a message indicating that the communication network is capable of establishing the PDN connection with an ICN network for transporting ICN data.
Cleaning device , comprising - a hollow input shaft which can be connected to a hydraulic pressure source, is accommodated in a first housing part and has a fluid channel with at least one lateral or axial input and at least one lateral output , - at least one output hollow shaft fluidically coupled to the input hollow shaft , accommodated in a second housing part and having a fluid channel with at least one lateral inlet and at least one lateral or axial outlet , - wherein the input hollow shaft and/or the output hollow shaft is rotatably mounted about its longitudinal axis relative to the respective housing part , - wherein a first chamber is provided at least between the input or output of the input hollow shaft or the input of the at least one output hollow shaft and an inner casing of a sealing bush , - wherein the sealing bush is fixed in position and non-rotatable on the respective housing part and is arranged to embrace a section of the input hollow shaft or output hollow shaft , - wherein regions of the inner casing of the sealing bush extending axially from the first chamber form a gap seal with the outer casing of the input hollow shaft or the output hollow shaft , characterized in that - a second chamber is provided between an outer casing of the sealing bush and an inner surface of the housing part , which is connected to the first chamber via a connecting channel and extends axially to the input hollow shaft or output hollow shaft from the connecting channel on both sides. - a hollow input shaft which can be connected to a hydraulic pressure source, is accommodated in a first housing part and has a fluid channel with at least one lateral or axial input and at least one lateral output , - at least one output hollow shaft fluidically coupled to the input hollow shaft , accommodated in a second housing part and having a fluid channel with at least one lateral inlet and at least one lateral or axial outlet , - wherein the input hollow shaft and/or the output hollow shaft is rotatably mounted about its longitudinal axis relative to the respective housing part , - wherein a first chamber is provided at least between the input or output of the input hollow shaft or the input of the at least one output hollow shaft and an inner casing of a sealing bush , - wherein the sealing bush is fixed in position and non-rotatable on the respective housing part and is arranged to embrace a section of the input hollow shaft or output hollow shaft , - wherein regions of the inner casing of the sealing bush extending axially from the first chamber form a gap seal with the outer casing of the input hollow shaft or the output hollow shaft , - a second chamber is provided between an outer casing of the sealing bush and an inner surface of the housing part , which is connected to the first chamber via a connecting channel and extends axially to the input hollow shaft or output hollow shaft from the connecting channel on both sides.
A distribution device for a hydraulic machine, which device comprises an internal distributor configured to be disposed in a casing portion , the internal distributor comprising a body (15; 115) that has an outside axial face (15B; 115B) provided with two main grooves (17, 19; 117, 119) respectively for fluid feed and for fluid discharge, and a distribution radial face (15A; 115A), the internal distributor having distribution ducts (23A, 23B, 23C; 123A, 123B, 123C) that open out in the distribution face and a cylinder capacity selector that comprises a slide (50; 150) suitable for being moved in an axial bore (53; 153) in the internal distributor, for connecting the distribution ducts to one or the other of the main grooves, the device further comprising a control chamber (52; 152) suitable for being fed with fluid to cause the slide to be moved, and at least one return spring (55; 155) exerting an opposing force that opposes such movement, the control chamber (52; 152) being situated at a first end (53'; 153') of the axial bore (53; 153) and being closed, at the end opposite from the distribution face (15A; 115A) by a first end wall (15'; 115') of the internal distributor, the control chamber being provided between the first end wall and the first end (50A; 150A) of the slide (50; 150) that faces towards said end wall, the return spring (55; 155) being disposed in a return chamber (52'; 152') situated at the second end (53"; 153") of the axial bore and closed, at the end closer to the radial distribution face (15A; 115A), by a second end wall (55'; 155') of the internal distributor, the device further comprising a thrust spring that co-operates with the casing portion and the internal distributor to move said internal distributor away from the end wall of the casing portion , the thrust spring being situated in a spring chamber that is provided axially between the first end wall (15'; 115') of the internal distributor which closes the control chamber and the end wall of the casing portion , so that the first end wall of the internal distributor is situated axially between the control chamber and the spring chamber .
An electrical circuit comprising: a conductor formed from a polymer thick film composition comprising: (a) (i) 20 to 92 wt% of an electrically conductive metal powder wherein said metal is selected from the group consisting of Ag, Cu, Au, Pd, Pt, Sn, Al, Ni, an alloy of Ag, Cu, Au, Pd, Pt, Sn, Al, Ni and mixtures thereof; or (ii) 20 to 92 wt% of silver powder in combination with silver chloride powder; and (b) 8 to 80 wt% of an organic medium comprising 5-50 wt% thermoplastic polyurethane resin dissolved in an organic solvent; said thermoplastic polyurethane resin having a per cent elongation of at least 200% and a tensile stress necessary to achieve 100% elongation of less than 1000 psi (6895 kPa), wherein the weight percent is based on the total weight of said organic medium; wherein the weight percent of said electrically conductive metal powder or silver powder in combination with silver chloride powder and said organic medium are based on the total weight of said composition; wherein said composition is dried to remove said solvent and form said conductor; and wherein said conductor is covered by an encapsulant layer, wherein the encapsulant layer is formed from a polymer thick film encapsulant composition comprising: (a) 0.1 to 3 wt% of fumed silica; and (b) 97 to 99.9 wt% of an organic medium comprising 5-50 wt% thermoplastic polyurethane resin dissolved in an organic solvent, said thermoplastic polyurethane resin having a per cent elongation of at least 200% and a tensile stress necessary to achieve 100% elongation of less than 1000 psi (6895 kPa), wherein the weight percent of said thermoplastic polyurethane resin is based on the total weight of said organic medium; wherein the weight percent of said fumed silica and said organic medium are based on the total weight of said polymer thick film encapsulant composition. (a) (i) 20 to 92 wt% of an electrically conductive metal powder wherein said metal is selected from the group consisting of Ag, Cu, Au, Pd, Pt, Sn, Al, Ni, an alloy of Ag, Cu, Au, Pd, Pt, Sn, Al, Ni and mixtures thereof; or (ii) 20 to 92 wt% of silver powder in combination with silver chloride powder; and (b) 8 to 80 wt% of an organic medium comprising 5-50 wt% thermoplastic polyurethane resin dissolved in an organic solvent; said thermoplastic polyurethane resin having a per cent elongation of at least 200% and a tensile stress necessary to achieve 100% elongation of less than 1000 psi (6895 kPa), wherein the weight percent is based on the total weight of said organic medium; (a) 0.1 to 3 wt% of fumed silica; and (b) 97 to 99.9 wt% of an organic medium comprising 5-50 wt% thermoplastic polyurethane resin dissolved in an organic solvent, said thermoplastic polyurethane resin having a per cent elongation of at least 200% and a tensile stress necessary to achieve 100% elongation of less than 1000 psi (6895 kPa), wherein the weight percent of said thermoplastic polyurethane resin is based on the total weight of said organic medium;
A printed circuit board assembly (PCBA) for use in a high-energy broadband electric field, the PCBA comprising: a low-voltage power supply having positive and negative terminals (+, -); a printed circuit board stack-up of alternating conductive and dielectric layers , wherein an outermost one of the conductive layers with respect to the electric field includes a dielectric surface switch having closely-spaced first and second switch contacts , wherein the first switch contact is connected to the positive terminal (+) and the second switch contact is connected to the negative terminal (-); conductive vias , each of which respectively connects the conductive layers to a corresponding one of the positive or negative terminals (+, -) through the respective first and second switch contacts to thereby form a power plane and a ground plane of the PCBA ; and a metamaterial layer constructed of nickel doped with a predetermined doping concentration of up to 20 percent phosphorus or chromium by weight, having a uniform thickness of less than 5 μm, sandwiched between interfacing surfaces of a designated pair of the alternating conductive and dielectric layers , and evenly coating one of the interfacing surfaces, the predetermined doping concentration being configured to increase arc resistance of the dielectric surface switch relative to a baseline value and thereby limit arcing across the first and second switch contacts when the PCBA is irradiated by the high-energy broadband electric field. a low-voltage power supply having positive and negative terminals (+, -); a printed circuit board stack-up of alternating conductive and dielectric layers , wherein an outermost one of the conductive layers with respect to the electric field includes a dielectric surface switch having closely-spaced first and second switch contacts , wherein the first switch contact is connected to the positive terminal (+) and the second switch contact is connected to the negative terminal (-); conductive vias , each of which respectively connects the conductive layers to a corresponding one of the positive or negative terminals (+, -) through the respective first and second switch contacts to thereby form a power plane and a ground plane of the PCBA ; and a metamaterial layer constructed of nickel doped with a predetermined doping concentration of up to 20 percent phosphorus or chromium by weight, having a uniform thickness of less than 5 μm, sandwiched between interfacing surfaces of a designated pair of the alternating conductive and dielectric layers , and evenly coating one of the interfacing surfaces, the predetermined doping concentration being configured to increase arc resistance of the dielectric surface switch relative to a baseline value and thereby limit arcing across the first and second switch contacts when the PCBA is irradiated by the high-energy broadband electric field.
An aerosol generating device comprising: a housing that forms an exterior of the aerosol generating device and includes an opening configured to receive a cigarette; a heater configured to heat the cigarette; a battery configured to supply power to the heater ; a temperature sensor configured to sense a temperature of an internal component of the aerosol generating device ; and a controller configured to detect abnormal operation of the aerosol generating device based on the temperature of the internal component sensed by the temperature sensor ; characterized in that the controller is configured: to output a notification of overheating based on the temperature of the internal component being higher than or equal to a first temperature; and to stop operation of the aerosol generating device based on the temperature of the internal component being higher than or equal to a second temperature that is higher than the first temperature. a housing that forms an exterior of the aerosol generating device and includes an opening configured to receive a cigarette; a heater configured to heat the cigarette; a battery configured to supply power to the heater ; a temperature sensor configured to sense a temperature of an internal component of the aerosol generating device ; and a controller configured to detect abnormal operation of the aerosol generating device based on the temperature of the internal component sensed by the temperature sensor ; to output a notification of overheating based on the temperature of the internal component being higher than or equal to a first temperature; and to stop operation of the aerosol generating device based on the temperature of the internal component being higher than or equal to a second temperature that is higher than the first temperature.
Optical sensor for detecting objects in a monitored region according to the transit time principle, having a light source for emitting emission light pulses into the monitored region , a rotating means for rotating a beam direction of the emission light pulses about a rotation axis orientated transversely to the beam direction, a detector for detecting light pulses that are radiated back from objects in the monitored region , wherein the light source and the detector are arranged on a rotor , and having a control and evaluation unit for controlling the light source , for evaluating the light pulses detected by the detector and for determining an object distance (d) based on a measured transit time of the light pulses, characterised in that an optical display unit for displaying status and / or measurement information is arranged on the rotor , wherein the optical display unit is a LED matrix or a series of light-emitting diodes arranged transversely with respect to the direction of the rotating speed, in that the control and evaluation unit is designed for the display of the status and / or measurement information for the in-phase activation of the optical display unit , when the rotor is rotating, in such a way that certain light-emitting diodes light up only at certain rotation positions of the rotor , but otherwise remain dark, in that to provide a stationary display of the status and / or measurement information, an activation frequency of the display unit is of equal magnitude to a rotation frequency of the rotor, or in that the activation frequency of the display unit is an integral multiple of the rotation frequency of the rotor, or, in that to provide a rotating display of the status and / or measurement information, the activation frequency of the display unit is misaligned slightly with respect to the rotation frequency of the rotor.
A biological fluid collection device for receiving a multi-component blood sample having a cellular portion and a plasma portion , comprising: a housing having an inlet port , a serpentine flow channel in fluid communication with the inlet port , a first reservoir in fluid communication with a first end of the serpentine flow channel , and a second reservoir in fluid communication with an opposing second end of the serpentine flow channel , and a puncturing element disposed within the housing and adapted for movement between a pre-actuated position wherein the puncturing element is retained within the housing and a puncturing position wherein the puncturing element extends through the inlet port of the housing and establishes flow communication with the serpentine flow channel , characterized in that the serpentine flow channel is configured to separate the plasma portion from the cellular portion when a rotational force is applied to the biological fluid collection device and to direct the plasma portion to the second reservoir . a housing having an inlet port , a serpentine flow channel in fluid communication with the inlet port , a first reservoir in fluid communication with a first end of the serpentine flow channel , and a second reservoir in fluid communication with an opposing second end of the serpentine flow channel , and a puncturing element disposed within the housing and adapted for movement between a pre-actuated position wherein the puncturing element is retained within the housing and a puncturing position wherein the puncturing element extends through the inlet port of the housing and establishes flow communication with the serpentine flow channel , characterized in that the serpentine flow channel is configured to separate the plasma portion from the cellular portion when a rotational force is applied to the biological fluid collection device and to direct the plasma portion to the second reservoir .