mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for sealing the top of a package for a food product, the apparatus comprising: a pair of oppositely disposed first and second sealing jaws (12, 14) configured for reversibly engaging each other over the top of the package; at least one wedge on the first sealing jaw configured for contacting a first top portion of the package to form a first gable panel; a key on the second sealing jaw configured for contacting a second top portion of the package to form a second gable panel; at least one lug on the key; characterized in that: the lug is configured for reducing skewing of the package prior to sealing; and in that it comprises a rubber dolly on either the first or the second seling jaw (12, 14), the rubber dolly and the sealing jaw (12,14) opposing the rubber dolly being configured to form and seal a fin between the rubber dolly and the opposing sealing jaw (12, 14) thereby sealing the top of the package. a pair of oppositely disposed first and second sealing jaws (12, 14) configured for reversibly engaging each other over the top of the package; at least one wedge on the first sealing jaw configured for contacting a first top portion of the package to form a first gable panel; a key on the second sealing jaw configured for contacting a second top portion of the package to form a second gable panel; at least one lug on the key; characterized in that: the lug is configured for reducing skewing of the package prior to sealing; and in that it comprises a rubber dolly on either the first or the second seling jaw (12, 14), the rubber dolly and the sealing jaw (12,14) opposing the rubber dolly being configured to form and seal a fin between the rubber dolly and the opposing sealing jaw (12, 14) thereby sealing the top of the package. the lug is configured for reducing skewing of the package prior to sealing; and in that it comprises a rubber dolly on either the first or the second seling jaw (12, 14), the rubber dolly and the sealing jaw (12,14) opposing the rubber dolly being configured to form and seal a fin between the rubber dolly and the opposing sealing jaw (12, 14) thereby sealing the top of the package.
A wireless security device, comprising: - a nonconductive housing; - a mother circuit board, disposed in the nonconductive housing, and comprising a processor; - a wireless expansion card (120,220), disposed in the nonconductive housing, and comprising; - a dielectric substrate; - a ground plane (124, 224), disposed on a surface of the dielectric substrate; - an inverted-F antenna (126, 280), disposed on the surface of the dielectric substrate, and coupled to the ground plane (124, 224); and - a metal reflector, positioned between the mother circuit board and the wireless expansion card, close to the inverted-F antenna (126, 280), wherein a length of the metal reflector is greater than 0,5 wavelength of a central operating frequency of the inverted-F antenna, characterized in that the wireless security device comprises an RF (Radio Frequency) module, coupled to the inverted-F antenna (126, 280), and coupled to the processor; and the metal reflector is configured to reduce EMI (Electromagnetic Interference) from the mother circuit board so as to maintain performance of the inverted-F antenna, wherein the nonconductive housing comprises a nonconductive partition, which separates the mother circuit board from the wireless expansion card, and the metal reflector is disposed on the nonconductive partition. - a nonconductive housing; - a mother circuit board, disposed in the nonconductive housing, and comprising a processor; - a wireless expansion card (120,220), disposed in the nonconductive housing, and comprising; - a dielectric substrate; - a ground plane (124, 224), disposed on a surface of the dielectric substrate; - an inverted-F antenna (126, 280), disposed on the surface of the dielectric substrate, and coupled to the ground plane (124, 224); and - a metal reflector, positioned between the mother circuit board and the wireless expansion card, close to the inverted-F antenna (126, 280), wherein a length of the metal reflector is greater than 0,5 wavelength of a central operating frequency of the inverted-F antenna, - a dielectric substrate; - a ground plane (124, 224), disposed on a surface of the dielectric substrate; - an inverted-F antenna (126, 280), disposed on the surface of the dielectric substrate, and coupled to the ground plane (124, 224); and - a metal reflector, positioned between the mother circuit board and the wireless expansion card, close to the inverted-F antenna (126, 280), wherein a length of the metal reflector is greater than 0,5 wavelength of a central operating frequency of the inverted-F antenna, - a metal reflector, positioned between the mother circuit board and the wireless expansion card, close to the inverted-F antenna (126, 280), wherein a length of the metal reflector is greater than 0,5 wavelength of a central operating frequency of the inverted-F antenna,
A system for finding an object at distance comprising a parent device and at least one child device (2, 3, 4) that is attachable to or integratable into the object, wherein the parent device and the child device (2, 3, 4) are adapted to communicate over a distance, the child device (2, 3, 4) comprising an identity memory storing at least one identity code that is unique with respect to the identity code of other child devices (2, 3, 4), and the parent device comprising an identity reader for reading the identity code from the child device (2, 3, 4), an object memory for storing the identity code read via the identity reader, and an object learner configured with logic to store the identity code in the object memory based on the identity code reading of the identity reader, wherein the identity memory is comprised in a near-field-communication sender and the identity reader is constituted by a near-field-communication reader, characterized in that the parent device further comprises an object finder configured with logic to send a search signal to the child device (2, 3, 4) based on the identity code stored in the object memory, wherein the parent device comprises a user interface for entering at least the following user commands: - a remember command for instructing the object learner to read and store the identity code of the child device (2, 3, 4) in the object memory; and - a finding command for instructing the object finder to send the search signal to the child device (2, 3, 4), and wherein the child device (2, 3, 4) comprises a signal returner (15, 16, 17) that is configured to transmit a finding signal to the parent device after receiving of the search signal, the finding signal comprising information about the location of the child device (2, 3, 4) and/or the child device (2, 3, 4) comprises an alert generator, in particular a sound generator and/or a light generator and/or a vibration generator, that is configured to be activated after receiving of the search signal. - a remember command for instructing the object learner to read and store the identity code of the child device (2, 3, 4) in the object memory; and - a finding command for instructing the object finder to send the search signal to the child device (2, 3, 4),
An encapsulated perfume composition comprising at least one aminoplast core-shell microcapsule dispersed in a suspending medium, the at least one microcapsule comprising a perfume-containing core, encapsulated in a shell comprising a cross-linked network of an aminoplast resin, and wherein the at least one microcapsule is positively charged, wherein dispersed within the cross-linked network of the aminoplast resin is a positively charged polymeric colloidal stabilizer, the positively charged polymeric colloidal stabilizer being an ampholytic polymer bearing polyatomic cations with cationic units derived from a monomer bearing quaternary ammonium ion functionality, said monomer being selected from quaternized dimethylaminoethyl acrylate (ADAME), quaternized dimethylaminoethyl methacrylate (MADAME), dimethyldiallyl ammonium chloride (DADMAC), acrylamidopropyltrimethylammonium chloride (APTAC) and methacrylamidopropyltrimethylammonium chloride (MAPTAC).
A composition comprising a therapeutically effective amount of lamellar bodies capable of disrupting microbial quorum sensing and microbial biofilm formation and at least a first non-lamellar body antimicrobial active agent, for use in the treatment of a microbial infection wherein the antimicrobial agent is an antibiotic.
A method for a user equipment, UE, supporting a Proximity-based service, ProSe, device-to-device, D2D, operation in a wireless communication system, the method comprising: receiving, by the UE, a D2D mode criterion from a long term evolution, LTE, network, wherein the D2D mode criterion includes information on a radio resource control, RRC, state of the UE determined based on one of D2D modes and the D2D mode criterion includes a D2D specific barring factor corresponding to the D2D mode, and wherein the D2D modes comprise D2D mode 1 in which the LTE network schedules transmission resources for transmission of sidelink control and data, and D2D mode 2 in which the UE on its own selects resources from resource pools to transmit sidelink control and data; performing, by the UE, the D2D operation based on a D2D mode informed by the D2D mode criterion; initiating, by the UE, RRC connection establishment for D2D communication, if the information on RRC state included in the D2D mode criterion informs RRC connected state; and performing, by the UE, barring check based on the received D2D specific barring factor during the RRC connection establishment. receiving, by the UE, a D2D mode criterion from a long term evolution, LTE, network, wherein the D2D mode criterion includes information on a radio resource control, RRC, state of the UE determined based on one of D2D modes and the D2D mode criterion includes a D2D specific barring factor corresponding to the D2D mode, and wherein the D2D modes comprise D2D mode 1 in which the LTE network schedules transmission resources for transmission of sidelink control and data, and D2D mode 2 in which the UE on its own selects resources from resource pools to transmit sidelink control and data; performing, by the UE, the D2D operation based on a D2D mode informed by the D2D mode criterion; initiating, by the UE, RRC connection establishment for D2D communication, if the information on RRC state included in the D2D mode criterion informs RRC connected state; and performing, by the UE, barring check based on the received D2D specific barring factor during the RRC connection establishment.
A photovoltaic power conditioning unit for delivering power from one or more photovoltaic panels to an ac mains power supply output, the power conditioning unit comprising: a dc input for receiving power from said one or more photovoltaic panels; an ac output for delivering ac power to said ac mains power supply; at least two banks of electrolytic energy storage capacitors for storing energy from said dc power source for delivering to said ac mains power supply; a dc-to-ac converter coupled to said ac output and having an input coupled to said banks of electrolytic energy storage capacitors for converting energy stored in said bank of electrolytic energy storage capacitors to ac power for said ac mains power supply; a plurality of sense and control circuits, one for each of said electrolytic energy storage capacitors of said banks of electrolytic energy storage capacitors, wherein each said sense and control circuit is coupled in series with a respective said energy storage capacitor of said banks, and wherein each said sense and control circuit is configured to disconnect the associated electrolytic energy storage capacitor from said banks of capacitors upon detection of a current flow thourgh the associatd electrolytic energy storage capacitor of greater than a threshold current value, and a capacitor bank control circuit to selectively connect one or other of said banks to said dc-to-ac converter. a dc input for receiving power from said one or more photovoltaic panels; an ac output for delivering ac power to said ac mains power supply; at least two banks of electrolytic energy storage capacitors for storing energy from said dc power source for delivering to said ac mains power supply; a dc-to-ac converter coupled to said ac output and having an input coupled to said banks of electrolytic energy storage capacitors for converting energy stored in said bank of electrolytic energy storage capacitors to ac power for said ac mains power supply; a plurality of sense and control circuits, one for each of said electrolytic energy storage capacitors of said banks of electrolytic energy storage capacitors, wherein each said sense and control circuit is coupled in series with a respective said energy storage capacitor of said banks, and wherein each said sense and control circuit is configured to disconnect the associated electrolytic energy storage capacitor from said banks of capacitors upon detection of a current flow thourgh the associatd electrolytic energy storage capacitor of greater than a threshold current value, and a capacitor bank control circuit to selectively connect one or other of said banks to said dc-to-ac converter.
A method of determining the specific binding of a ligand reversibly binding to a binding site in a tissue sample using displacement competitive inhibition, the method comprising incubating an unlabeled ligand in the absence of a labeled ligand on a first tissue specimen, incubating the unlabeled ligand in the presence of a labeled ligand on a second tissue specimen, the first and the second tissue specimens being adjacent sections of specimen; and subsequently visualizing ligand localisation using MALDI imaging mass spectrometry in the first and second tissue specimen, respectively.
A refrigerator comprising: a body comprising a cooling compartment and a storage compartment provided in the cooling compartment to form a predetermined cooling space; a cool air generation compartment comprising a cooler and a fan to supply cool air; a partition plate to partition a predetermined space into the cooling compartment and the cool air generation compartment, the partition plate comprising a main path to guide the cool air into the cooling compartment and a bypass path to guide the cool air into the storage compartment; a cool air control unit provided at the bypass path to control the cool air supplied to the storage compartment via the bypass path; a guiding part having the fan, the guiding part in communication with the main path and the bypass path to guide the cool air supplied by the fan into the main path or the bypass path; and a damper to control the supply of the cool air to the cooling compartment by opening and closing the main path, wherein the fan is configured for sucking the cool air in a shaft direction of the fan and ventilating the cool air in a circumferential direction, the guiding part has the fan disposed therein and has a curved circumferential surface spaced a predetermined distance apart from the fan, and the cool air control unit comprises a closable member to selectively open and close the bypass path. a body comprising a cooling compartment and a storage compartment provided in the cooling compartment to form a predetermined cooling space; a cool air generation compartment comprising a cooler and a fan to supply cool air; a partition plate to partition a predetermined space into the cooling compartment and the cool air generation compartment, the partition plate comprising a main path to guide the cool air into the cooling compartment and a bypass path to guide the cool air into the storage compartment; a cool air control unit provided at the bypass path to control the cool air supplied to the storage compartment via the bypass path; a guiding part having the fan, the guiding part in communication with the main path and the bypass path to guide the cool air supplied by the fan into the main path or the bypass path; and a damper to control the supply of the cool air to the cooling compartment by opening and closing the main path, wherein the fan is configured for sucking the cool air in a shaft direction of the fan and ventilating the cool air in a circumferential direction, the guiding part has the fan disposed therein and has a curved circumferential surface spaced a predetermined distance apart from the fan, and the cool air control unit comprises a closable member to selectively open and close the bypass path.
An apparatus comprising a film bulk acoustic resonator (100, 400) and a field effect transistor (207, 407) configured such that the field effect transistor (207, 407) is connected in a feedback loop with its output fed back into its input through the film bulk acoustic resonator (100, 400) to provide positive feedback, the film bulk acoustic resonator (100, 400) comprising first (201, 301) and second electrodes separated by a piezoelectric material (203, 303), the piezoelectric material (203, 303) having first and second regions and being configured such that the application of a potential difference between the first (201, 301) and second electrodes enables the generation of an acoustic wave and associated surface charge in the first and second regions of the piezoelectric material (203, 303), the field effect transistor (207, 407) comprising a channel (208, 308), and source and drain electrodes configured to enable a flow of electrical current through the channel (208, 308) when a potential difference is applied between the source and drain electrodes, the field effect transistor (207, 407) being formed on the piezoelectric material (203, 303) of the film bulk acoustic resonator (100, 400) such that the channel (208, 308) is in direct physical contact with the second region of the piezoelectric material (203, 303) and is gated by the surface charge of said second region of the piezoelectric material (203, 303), wherein the first electrode (201, 301) of the film bulk acoustic resonator (100, 400) comprises electrically connected first (211, 311) and second (212, 312) portions, the second portion (212, 312) capacitively coupled to the channel (208, 308) of the field effect transistor (207, 407) via a dielectric material, and wherein the first portion (211, 311) of the first electrode (201, 301) is capacitively coupled to the first region of the piezoelectric material (203, 303) such that the surface charge generated in the piezoelectric material induces a corresponding charge in the first electrode which causes, via the second portion (212, 312) of the first electrode (201, 301), a variation in the electrical current flowing through the channel (208, 308), the variation in electrical current producing an output signal (214, 414) having a frequency which corresponds to that of the acoustic wave.
Device for switching a direct current with - an operating current path that comprises a mechanical switch, - a switch-off current path that comprises a power electronic switch, the switch-off current path connected in parallel with the operating current path, and - a commutation device which enables commutation of the direct current from the operating current path into the switch-off current path, characterized in that - the commutation device comprises a transformer. - an operating current path that comprises a mechanical switch, - a switch-off current path that comprises a power electronic switch, the switch-off current path connected in parallel with the operating current path, and - a commutation device which enables commutation of the direct current from the operating current path into the switch-off current path, - the commutation device comprises a transformer.
Punch riveting apparatus having a punch riveting punch (15, 15', 15'') for setting punch rivets (10, 10', 10'') in joining partners (20, 21), said punch riveting punch (15, 15', 15'') having a punch-side alignment means for cooperating with a rivet-side alignment means of a punch rivet (10, 10', 10''), and a central bore, a negative-pressure source, wherein the central bore of the punch riveting punch (15, 15', 15'') is connected to the negative-pressure source by means of a negative-pressure line, and wherein the negative-pressure source draws in air through the bore, with the result that the punch rivet (10, 10', 10'') is sucked against the punch (15, 15', 15''), characterized in that the punch riveting apparatus has a vibration device in order to set the punch riveting punch (15, 15', 15'') in vibration, and in that the negative-pressure line is connected to the central bore in the punch in a region in which a vibration amplitude is less than 25% of a maximum longitudinal amplitude of the vibration.
Humidifying apparatus comprising: a body comprising a chamber; a water tank for supplying water to the chamber; air flow generating means for generating an air flow over water stored in the chamber; humidifying means for humidifying the air flow with water from the chamber; a cartridge removably locatable within the body, the cartridge comprising an ultraviolet radiation emitting lamp for irradiating water in the chamber, the chamber comprising an ultraviolet radiation transparent tube for receiving the lamp; and at least one air outlet for emitting the air flow; characterized in that the body comprises a plurality of supports for supporting the cartridge therebetween, each support comprising a curved track for guiding movement of the cartridge towards the tube, the tracks being shaped to orient the cartridge for insertion of the lamp into the tube as the cartridge moves along the tracks towards the tube. a body comprising a chamber; a water tank for supplying water to the chamber; air flow generating means for generating an air flow over water stored in the chamber; humidifying means for humidifying the air flow with water from the chamber; a cartridge removably locatable within the body, the cartridge comprising an ultraviolet radiation emitting lamp for irradiating water in the chamber, the chamber comprising an ultraviolet radiation transparent tube for receiving the lamp; and at least one air outlet for emitting the air flow; characterized in that the body comprises a plurality of supports for supporting the cartridge therebetween, each support comprising a curved track for guiding movement of the cartridge towards the tube, the tracks being shaped to orient the cartridge for insertion of the lamp into the tube as the cartridge moves along the tracks towards the tube.
Heat transfer pipe having a pipe axis, a pipe wall, a pipe outer side and a pipe inner side, wherein - on the pipe inner side, continuously extending, axially parallel or helically extending inner ribs are formed from the pipe wall, - each inner rib has two rib flanks and a rib tip, - a continuously extending groove is formed between adjacent inner ribs, respectively, - the rib tip has at regular intervals repetitive protrusions, and - the protrusions have a substantially truncated-pyramid-like form, characterised in that, the rib flanks of the inner ribs on the contour line which is defined by the transition edge of a rib flank to the rib tip are raised in a radial direction by continuous projections being formed in this region from the rib flank. - on the pipe inner side, continuously extending, axially parallel or helically extending inner ribs are formed from the pipe wall, - each inner rib has two rib flanks and a rib tip, - a continuously extending groove is formed between adjacent inner ribs, respectively, - the rib tip has at regular intervals repetitive protrusions, and - the protrusions have a substantially truncated-pyramid-like form,