mhurhangee/ep-ind-claims huggingface dataset:
An eyewear temple arm apparatus for an eyewear device, and configured to support an earplug having a proximal portion and a distal portion, said temple arm apparatus comprising: an elongated body member (24, 24') having a proximal portion configured to mount to the eyewear device, and an opposite distal portion thereof defining a parking structure (43, 43') having a distal edge portion that defines an opening into a cavity thereof, said cavity being formed and dimensioned for free sliding, peripheral receipt of at least said proximal portion of the earplug therein between an operational condition and a parked condition; an elongated flexible tether having a distal portion thereof mounted to the earplug, and slideably extending through the parking structure cavity; and a guide base slideably cooperating with said elongated body member (24, 24') for movement between a first position and a second position; wherein said elongated body member (24, 24') defines a passageway extending longitudinally therethrough and distally terminating at the parking structure cavity, said passageway being sized and dimensioned for reciprocal sliding receipt of said tether therein as the guide base is moved between the first position and the second position, characterised in that the device is further provided with a cover member hingeably mounted to said parking structure (43, 43') to allow movement of said cover member between an opened condition, enabling the earplug therein to move to said operational condition, and a closed condition, extending over the parking structure opening to substantially enclose at least said distal portion of the earplug therein. an elongated body member (24, 24') having a proximal portion configured to mount to the eyewear device, and an opposite distal portion thereof defining a parking structure (43, 43') having a distal edge portion that defines an opening into a cavity thereof, said cavity being formed and dimensioned for free sliding, peripheral receipt of at least said proximal portion of the earplug therein between an operational condition and a parked condition; an elongated flexible tether having a distal portion thereof mounted to the earplug, and slideably extending through the parking structure cavity; and a guide base slideably cooperating with said elongated body member (24, 24') for movement between a first position and a second position; wherein said elongated body member (24, 24') defines a passageway extending longitudinally therethrough and distally terminating at the parking structure cavity, said passageway being sized and dimensioned for reciprocal sliding receipt of said tether therein as the guide base is moved between the first position and the second position, characterised in that the device is further provided with a cover member hingeably mounted to said parking structure (43, 43') to allow movement of said cover member between an opened condition, enabling the earplug therein to move to said operational condition, and a closed condition, extending over the parking structure opening to substantially enclose at least said distal portion of the earplug therein.
Method for outputting at least one condition of at least one seal, comprising: - detecting the condition of the seal with a detection device in the seal; - generating an identifier depending on the captured condition in a security element of the seal, and outputting of the identifier by means of a display unit attached to the seal; - reading the output of the identifier by a terminal device; - in said terminal device, generating identifier data in connection with the selected identifier; - transmitting the identifier data from the terminal device to a remote data processing unit; - in the remote data processing unit, processing the identifier data in such a way that a status information about the condition of the seal is generated; - output of the status information to at least one downstream processing unit (34',34''), in particular a downstream processing unit (34',34'') of a provider of the seal, wherein the identifier is an optically scannable identifier, in particular a barcode or a 2-D code, and that the terminal device contains an image-recording device. - detecting the condition of the seal with a detection device in the seal; - generating an identifier depending on the captured condition in a security element of the seal, and outputting of the identifier by means of a display unit attached to the seal; - reading the output of the identifier by a terminal device; - in said terminal device, generating identifier data in connection with the selected identifier; - transmitting the identifier data from the terminal device to a remote data processing unit; - in the remote data processing unit, processing the identifier data in such a way that a status information about the condition of the seal is generated; - output of the status information to at least one downstream processing unit (34',34''), in particular a downstream processing unit (34',34'') of a provider of the seal,
An air frying apparatus comprising a burner, a blower (217A, 217B), a heat exchanger, and a cooking chamber (204A, 204B); the burner adapted to combust fuel to create heat and other products of combustion; the blower (217A, 217B) adapted to circulate a cooking airstream; the heat exchanger adapted to allow passage of the heat from the combusted fuel while preventing passage of the other products of combustion into the cooking air stream; wherein the blower (217A, 217B) is further adapted to supply the heated cooking airstream from the heat exchanger to the cooking chamber (204A, 204B) to cook foodstuff disposed therein, whereby the other products of combustion are not supplied to the cooking chamber (204A, 204B), characterized in that the outlet of the blower is arranged between the outlet of the heat exchanger and the cooking chamber. the burner adapted to combust fuel to create heat and other products of combustion; the blower (217A, 217B) adapted to circulate a cooking airstream; the heat exchanger adapted to allow passage of the heat from the combusted fuel while preventing passage of the other products of combustion into the cooking air stream; wherein the blower (217A, 217B) is further adapted to supply the heated cooking airstream from the heat exchanger to the cooking chamber (204A, 204B) to cook foodstuff disposed therein, whereby the other products of combustion are not supplied to the cooking chamber (204A, 204B), characterized in that the outlet of the blower is arranged between the outlet of the heat exchanger and the cooking chamber.
A liquid temperature control cooling system for an electronics rack, inside a frame, the system comprising: a number of computing devices in the electronics rack; a heat block having a heat conductive block being mounted inside the electronics rack to a solid continuous side defining an internal panel of the electronics rack; a number of heat pipes adapted to transfer heat from a solid interface of the computing devices to a solid interface of the heat block; and a heat receiving structure, outside of the electronics rack and internal to the frame, that is thermally coupled to the heat block through the internal panel of the electronic rack and is configured to receive heat therefrom, wherein the heat receiving structure includes: a liquid flow compartment; an input configured to receive cool liquid into the liquid flow compartment; and a number of flow control valves configured to release warm liquid from the liquid flow compartment at least partially in response to the liquid reaching a particular temperature. a number of computing devices in the electronics rack; a heat block having a heat conductive block being mounted inside the electronics rack to a solid continuous side defining an internal panel of the electronics rack; a number of heat pipes adapted to transfer heat from a solid interface of the computing devices to a solid interface of the heat block; and a heat receiving structure, outside of the electronics rack and internal to the frame, that is thermally coupled to the heat block through the internal panel of the electronic rack and is configured to receive heat therefrom, wherein the heat receiving structure includes: a liquid flow compartment; an input configured to receive cool liquid into the liquid flow compartment; and a number of flow control valves configured to release warm liquid from the liquid flow compartment at least partially in response to the liquid reaching a particular temperature. a liquid flow compartment; an input configured to receive cool liquid into the liquid flow compartment; and a number of flow control valves configured to release warm liquid from the liquid flow compartment at least partially in response to the liquid reaching a particular temperature.
A wireless communication device comprising a speaker apparatus comprising a housing and a single vibrating element encapsulated in the housing so that a cavity is established next to the single vibrating element in the housing, wherein the housing comprises a first outlet for emitting a first sound and a second outlet for emitting a second sound through the cavity, wherein the first outlet and the second outlet are situated on opposite sides of the speaker apparatus, and wherein the single vibrating element is configured to generate a respective controlled sound for both an earpiece functionality and a handsfree functionality, characterised in that the housing is configured such that the first sound is louder than the second sound, wherein the second sound is damped with respect to the first sound, wherein the first sound is generated by a first side of the single vibrating element and the second sound is generated by a second, opposite side of the single vibrating element, and, wherein the single vibrating element is arranged between the first outlet and the second outlet such that the single vibrating element is closer to the first outlet than to the second outlet.
A hygienic article having an inner surface facing the user during use, an outer surface facing away from the user during use and optionally an absorbent core therebetween; said hygienic article comprising a front waist region and a back waist region with a crotch region connecting said front and back waist regions along a longitudinal direction (y); said hygienic article comprising side panels extending outward in a lateral direction (x) from either said front or back waist region; said side panels comprising at least two material segments (12, 13) which are connected to each other by a lap seam; said material segments (12, 13) defining a distal segment and a proximal segment in the lateral direction (x); said side panels each having at least one fastening member at their distal ends which fasteners are capable of securing said side panels to the front or back waist region such that the hygienic article assumes a pant like shape; said side panels are folded back towards the hygienic articles longitudinal centreline before use and attached to the inner or outer surface by at least one temporary attachment characterised in that the material segments (12, 13) which form the side panels are attached to each other by the lap seam in such a way that when the side panels are folded back towards the longitudinal centreline of the hygienic article the materials (12, 13) are attached to each other in the lap seam such that the most distal material segment is placed closer towards the inner or outer surface of the hygienic article than the more proximal material segment attached to said most distal segment and that at least one temporary attachment is situated on the lap seam or between the lap seam and the longitudinal outer edge of the chassis.
A liquid crystal display LCD comprising: a display panel and a touch panel, each electrically connected to a control chip, a top surface of the display panel being adhered to a bottom surface of the touch panel; wherein the display panel comprises: a lower substrate; an upper substrate disposed in parallel with the lower substrate; a liquid crystal layer and a number n of conductive wires enclosed in the cavity defined by the upper substrate and the lower substrate; an array of protruding spacers disposed inside the cavity, the array of protruding spacers being formed on at least one of the bottom surface of the upper substrate and the top surface of the lower substrate, where n is a positive integer; characterized in that each of the wires inside the cavity comprises first and second segments, the first segment having a first conductive terminal and the second segment having a second conductive terminal, located between either end of the wire along the length of the wire within the cavity, the opening between the first conductive terminal and the second conductive terminal forming a switch together with a corresponding one of the spacers facing the openings; the LCD being configured such that the first conductive terminal and the second conductive terminal are electrically disconnected when a press operations is not applied to the LCD; the LCD being configured such that the first conductive terminal and the second conductive terminal are electrically connected by the corresponding spacer when a press operation is applied to the LCD; the spacers are made of conductive material, or the bottom surfaces of the spacers are coated with conductive material; and wherein: the opening is located on the opposite substrate to the substrate where the corresponding spacer is formed. the opening is located on the opposite substrate to the substrate where the corresponding spacer is formed.
Heat exchanger plate (1, 2a) intended to delimit at least one channel (30, 30a, 30b) for circulation of a fluid, the circulation plate being provided with a bottom and a raised rim (5, 5a-5h) that surrounds the bottom, the circulation plate comprising at least one opening (7, 7a-7d) through which a fluid can enter the channel (30, 30a, 30b), the opening (7, 7a-7d) being delimited by at least one at least partially rectilinear edge, wherein the rectilinear part of the edge forms part of the bottom, the at least partially rectilinear edge forming a first edge, the opening (7, 7a-7d) being delimited by a second edge that forms part of the bottom, the bottom comprising a rib arranged such that the channel (30, 30a, 30b) has a U-shaped profile, the plate being characterized in that the rectilinear first edge extends in a direction which is transverse to the longitudinal direction A and to the transverse direction B, the direction in which the rectilinear part of the first edge extends forming an angle with the longitudinal direction A of the circulation plate of between 30 and 60°, advantageously 45°, the direction in which the rectilinear part of the first edge extends intersecting a lateral raised rim, between the rib 11 and the curved raised rim 5e, and also intersects the longitudinal raised rim 5a 20, between two curved raised rims that are situated on either side of the longitudinal raised rim 5a.
Infrared heating, in particular for heating halls, with a radiation pipe accommodated in a reflector housing and supplied with thermal energy applied to it by a burner to which fresh air is supplied through an air supply opening wherein the reflector housing has at least one side wall (12a, 12b) to the side of the radiation pipe and extending along it wherein the infrared radiation emitted from the radiation pipe is reflected on said side wall, wherein the side wall (12a, 12b) comprises at least one suction opening (20a, 20b) in the region of its longitudinal side (22a, 22b) extending along the radiation pipe, through which suction opening the air heated in the region of the inner side of the reflector housing is sucked through an air suction channel (24a, 24b), characterised in that the air suction channel (24a, 24b) is in flow connection with the air supply opening of the burner and the extracted air is supplied to the burner, and that a multiplicity of suction openings (20a, 20b) are provided right along the length of the reflector housing, through which openings the heated air is sucked.
An integrated circuit comprising means for: computing a first power headroom, PHR,based on a maximum transmit power and a transmit power for a data channel; computing a second PHR based on the maximum transmit power, the transmit power for the data channel, and a transmit power for a control channel; and transmitting one of the first PHR and the second PHR, wherein in case of a TDM transmission mode of the data channel and the control channel, the first PHR is transmitted, and in case of a FDM transmission mode of the data channel and the control channel, the second PHR is transmitted. computing a first power headroom, PHR,based on a maximum transmit power and a transmit power for a data channel; computing a second PHR based on the maximum transmit power, the transmit power for the data channel, and a transmit power for a control channel; and transmitting one of the first PHR and the second PHR, wherein in case of a TDM transmission mode of the data channel and the control channel, the first PHR is transmitted, and in case of a FDM transmission mode of the data channel and the control channel, the second PHR is transmitted.
Sensor for detecting particulates in an exhaust gas flow, comprising a measuring structure having at least two measuring electrodes (14, 16) and comprising an electrochemical pumping cell, the measuring structure and the pumping cell being connected in series, the pumping cell having an electrolyte, characterized in that the pumping cell has a fluid-tightly sealed gas volume, which is in contact with the electrolyte, an inner pumping electrode, which is in contact with the electrolyte and the gas volume, and an outer pumping electrode, which is in contact with the electrolyte and a gas located outside the pumping cell.
A process of transiently transfecting a plant or leaves on a plant, comprising contacting said plant or said leaves with a suspension comprising Agrobacterium cells of strain CryX having DSM accession No: DSM25686.
Method for identifying a particle property of a first particle, in particular of the first particle of a particle charge (5, 6), wherein particles are grains, comminuted stones or very small solid bodies, and solid bodies are solid components of aerosols, suspensions or powders, wherein the method comprises the following steps: - optically capturing an image of the first particle from different positions by means of a first optical system comprising a first line light source and a first spatially resolved optical sensor (3, 4), - transforming the optical image into a spatial representation which includes a projection area and height information such that a three-dimensional measured variable is provided, and - determining the particle property, wherein the particle property is a minimal projection area of the first particle, and - deriving a particle size from the minimal projection area, wherein the derived particle size is a screen mesh width, a flakiness index and/or a grain shape index. - optically capturing an image of the first particle from different positions by means of a first optical system comprising a first line light source and a first spatially resolved optical sensor (3, 4), - transforming the optical image into a spatial representation which includes a projection area and height information such that a three-dimensional measured variable is provided, and - determining the particle property, wherein the particle property is a minimal projection area of the first particle, and - deriving a particle size from the minimal projection area, wherein the derived particle size is a screen mesh width, a flakiness index and/or a grain shape index.
A heat pump system, comprising: a major heat exchange loop, comprising at least one compressor (110a, 110b), a flow-path switching valve, a condenser, a first throttling element, an economizer, and an evaporator that are connected sequentially to form a loop; an air supply branch, which is connected from a flow path between the first throttling element and the economizer to an air supply inlet of the compressor (110a, 110b), the air supply branch being provided with a switch valve for preventing a gas-phase refrigerant from flowing back; and a gas-liquid separator connected between the flow-path switching valve and the compressor (110a, 110b); wherein a pressure balance branch is further comprised, which is connected from the air supply branch at the upstream of the switch valve to a section of the major heat exchange loop from the air intake of the compressor (110a, 110b) to the gas-liquid separator on a low-pressure gas-phase refrigerant side of the major heat exchange loop; characterized in that the pressure balance branch is connected to a section of the major heat exchange loop downstream of the gas-liquid separator so that refrigerant supplied from the pressure balance branch is directly sucked into the compressor (110a, 110b). a major heat exchange loop, comprising at least one compressor (110a, 110b), a flow-path switching valve, a condenser, a first throttling element, an economizer, and an evaporator that are connected sequentially to form a loop; an air supply branch, which is connected from a flow path between the first throttling element and the economizer to an air supply inlet of the compressor (110a, 110b), the air supply branch being provided with a switch valve for preventing a gas-phase refrigerant from flowing back; and a gas-liquid separator connected between the flow-path switching valve and the compressor (110a, 110b); wherein a pressure balance branch is further comprised, which is connected from the air supply branch at the upstream of the switch valve to a section of the major heat exchange loop from the air intake of the compressor (110a, 110b) to the gas-liquid separator on a low-pressure gas-phase refrigerant side of the major heat exchange loop; characterized in that the pressure balance branch is connected to a section of the major heat exchange loop downstream of the gas-liquid separator so that refrigerant supplied from the pressure balance branch is directly sucked into the compressor (110a, 110b).
An apparatus for forming a gastroesophageal valve comprising: a longitudinal member having a distal end arranged to be received within a stomach; a tissue shaper having a chassis and a bail and hingedly coupled at at the distal end of the longitudinal member that is arranged to form a gastroesophageal valve from stomach tissue; a tissue gatherer is arranged to gather fundus tissue at or aboral to the gastroesophageal junction to reduce an esophageal opening into the stomach, wherein the tissue gatherer comprises a helical coil that is arranged to grip the fundus tissue; a longitudinal channel formed in the chassis and extending, in use, toward the esophageal opening to provide space for receiving an inner tissue layer; and a fastener deployer that deploys a fastener that is arranged to maintain both the gastroesophageal valve and the reduced esophageal opening. a longitudinal member having a distal end arranged to be received within a stomach; a tissue shaper having a chassis and a bail and hingedly coupled at at the distal end of the longitudinal member that is arranged to form a gastroesophageal valve from stomach tissue; a tissue gatherer is arranged to gather fundus tissue at or aboral to the gastroesophageal junction to reduce an esophageal opening into the stomach, wherein the tissue gatherer comprises a helical coil that is arranged to grip the fundus tissue; a longitudinal channel formed in the chassis and extending, in use, toward the esophageal opening to provide space for receiving an inner tissue layer; and a fastener deployer that deploys a fastener that is arranged to maintain both the gastroesophageal valve and the reduced esophageal opening.