mhurhangee/ep-ind-claims huggingface dataset:
A leakage detection apparatus, wherein the leakage detection apparatus comprises a gas releaser, a gas sensor, and a controller, both the gas releaser and the gas sensor are communicatively connected to the controller, the gas releaser is configured to provide tracer gas to a first flow channel of a heat exchanger core, the gas sensor is configured to detect a tracer gas concentration in a second flow channel of the heat exchanger core and feed back the tracer gas concentration to the controller, the controller is configured to compare the tracer gas concentration detected by the gas sensor with a concentration threshold, and if the tracer gas concentration is greater than the concentration threshold, the controller determines that a leakage point exists in the heat exchanger core, wherein there are a plurality of detection points at which the gas sensor detects the tracer gas concentration, characterized in that the detection point is a position of the gas sensor when detecting the tracer gas concentration on a side surface (13, 17) of the heat exchanger core that is provided with an opening of the second flow channel; and when at least one of tracer gas concentrations at the plurality of detection points is greater than the concentration threshold, the controller determines that a leakage point exists in the heat exchanger core, wherein the leakage detection apparatus further comprises a positioner disposed on the gas sensor, and the positioner is configured to: find a position of the detection point of the gas sensor, and feed back the position to the controller; and the controller is further configured to identify, as a position of the leakage point, a position of a detection point at which a detected tracer gas concentration is greater than the concentration threshold, to determine a position of the second flow channel in which the leakage point exists. wherein there are a plurality of detection points at which the gas sensor detects the tracer gas concentration, characterized in that the detection point is a position of the gas sensor when detecting the tracer gas concentration on a side surface (13, 17) of the heat exchanger core that is provided with an opening of the second flow channel; and when at least one of tracer gas concentrations at the plurality of detection points is greater than the concentration threshold, the controller determines that a leakage point exists in the heat exchanger core, wherein the leakage detection apparatus further comprises a positioner disposed on the gas sensor, and the positioner is configured to: find a position of the detection point of the gas sensor, and feed back the position to the controller; and the controller is further configured to identify, as a position of the leakage point, a position of a detection point at which a detected tracer gas concentration is greater than the concentration threshold, to determine a position of the second flow channel in which the leakage point exists.
A method, implemented in a device, for remote resetting of the device to factory default settings, the device comprising an electric circuit adapted to carry out the factory default reset and a secure processing and storage environment, SPSE, the SPSE being configured for communicating with at least one remote unit via a network, and for communicating with the electric circuit via a communication channel, the method comprising: receiving (S110, S112), at the SPSE, a current request to reset the device to factory default settings and a challenge associated with the current request, wherein the current request and the challenge are received via the network; initiating, by the SPSE, a reset to factory default settings of the device by communicating with the electric circuit via the communication channel; determining a response to the challenge through a function stored in the SPSE, wherein the response to the challenge is associated with the current request; and sending, by the SPSE, a confirmation via the network, wherein the confirmation includes the response to the challenge as produced by the SPSE and an attestation report, the attestation report being a declaration by the SPSE that the reset to factory default settings is initiated or carried out. receiving (S110, S112), at the SPSE, a current request to reset the device to factory default settings and a challenge associated with the current request, wherein the current request and the challenge are received via the network; initiating, by the SPSE, a reset to factory default settings of the device by communicating with the electric circuit via the communication channel; determining a response to the challenge through a function stored in the SPSE, wherein the response to the challenge is associated with the current request; and sending, by the SPSE, a confirmation via the network, wherein the confirmation includes the response to the challenge as produced by the SPSE and an attestation report, the attestation report being a declaration by the SPSE that the reset to factory default settings is initiated or carried out.
A method comprising: receiving, by a mobile device, a hashed identifier from a tracking device, the tracking device configured to compute the hashed identifier using a hash key, the hashed identifier corresponding to the tracking device; querying, by the mobile device, a server associated with each of a plurality of entities within a directory with the hashed identifier, each entity within the directory associated with a set of hash keys and associated with a set of tracking devices, wherein each entity is configured to compute a candidate hashed identifier for each combination of hash key in the set of hash keys associated with the entity and tracking device in the set of tracking devices associated with the entity; receiving, by the mobile device, a public key from a server associated with a first entity of the plurality of entities associated with the hash key used to compute the hashed identifier, the public key associated with the tracking device; accessing, by the mobile device, location data representative of a location of the mobile device; encrypting, by the mobile device, the accessed location data using the public key to produce encrypted location data; and providing, by the mobile device, the encrypted location data to the first entity. receiving, by a mobile device, a hashed identifier from a tracking device, the tracking device configured to compute the hashed identifier using a hash key, the hashed identifier corresponding to the tracking device; querying, by the mobile device, a server associated with each of a plurality of entities within a directory with the hashed identifier, each entity within the directory associated with a set of hash keys and associated with a set of tracking devices, wherein each entity is configured to compute a candidate hashed identifier for each combination of hash key in the set of hash keys associated with the entity and tracking device in the set of tracking devices associated with the entity; receiving, by the mobile device, a public key from a server associated with a first entity of the plurality of entities associated with the hash key used to compute the hashed identifier, the public key associated with the tracking device; accessing, by the mobile device, location data representative of a location of the mobile device; encrypting, by the mobile device, the accessed location data using the public key to produce encrypted location data; and providing, by the mobile device, the encrypted location data to the first entity.
A method of attaching an anchor member to a floor of a body of water, the method comprising: locating a remotely operable drilling apparatus adjacent a floor of a body of water; characterised in that the remotely operable drilling apparatus is adapted to drive an anchor member comprising an annular pile having a substantially hollow shaft portion, an annular bit at a first end thereof and anchor means at a second end thereof, the annular bit being arranged to drill an annulus into the floor into which the annular pile is to be driven and the anchor means being adapted to restrict movement of a structure relative to the anchor member, and in that the method further comprises: operating the remotely operable drilling apparatus to drill said annular pile into the floor of the body of water by the annular bit cutting an annulus into the floor of the body of water such that the anchor means projects above the floor of the body of water; and filling said annulus with grout in order to retain the annular pile in said annulus and resist removal of the annular pile from the floor of the body of water. locating a remotely operable drilling apparatus adjacent a floor of a body of water; characterised in that the remotely operable drilling apparatus is adapted to drive an anchor member comprising an annular pile having a substantially hollow shaft portion, an annular bit at a first end thereof and anchor means at a second end thereof, the annular bit being arranged to drill an annulus into the floor into which the annular pile is to be driven and the anchor means being adapted to restrict movement of a structure relative to the anchor member, and in that the method further comprises: operating the remotely operable drilling apparatus to drill said annular pile into the floor of the body of water by the annular bit cutting an annulus into the floor of the body of water such that the anchor means projects above the floor of the body of water; and filling said annulus with grout in order to retain the annular pile in said annulus and resist removal of the annular pile from the floor of the body of water. operating the remotely operable drilling apparatus to drill said annular pile into the floor of the body of water by the annular bit cutting an annulus into the floor of the body of water such that the anchor means projects above the floor of the body of water; and filling said annulus with grout in order to retain the annular pile in said annulus and resist removal of the annular pile from the floor of the body of water.
A method for delivering multimedia digital content from a server facility to a user, comprising: providing, in the server facility, formatted digital content divided into n data chunks prior to transmission, each data chunk occupying a unit of time; and transmitting the divided data chunks from the server facility to the user according to a predetermined time schedule, characterized in that an n th data chunk is transmitted once every n units of time. providing, in the server facility, formatted digital content divided into n data chunks prior to transmission, each data chunk occupying a unit of time; and transmitting the divided data chunks from the server facility to the user according to a predetermined time schedule, characterized in that
Hob comprising a hob apparatus, in particular an induction hob apparatus, comprising at least one hob plate (12a-b) and comprising at least one extraction unit (14a-b) which has a fan wheel (16a-b) and which, by means of the fan wheel (16a-b), at least partially suctions fumes produced in at least one operating state from at least one cooking region (18a-b) through at least one extraction recess (20a-b) of the hob plate (12a-b), wherein the fan wheel (16a-b) is arranged below the extraction recess (20a-b) in an installed position, characterised by at least one heating element (38a-b) which, when viewed along a longitudinal extent (22a-b) of the hob plate (12a-b), is arranged so as to overlap with the fan wheel (16a-b) to a length portion of at least 10% of a maximum extent (42a-b) of the fan wheel (16a-b) along the longitudinal extent (22a-b) of the hob plate (12a-b), wherein at least one further heating element (40a-b) is provided, said further heating element, when viewed along the longitudinal extent (22a-b) of the hob plate (12a-b), being arranged on a side of the extraction recess (20a-b) opposing the heating element (38a-b) and, when viewed along the longitudinal extent (22a-b) of the hob plate (12a-b), having a spacing (44a-b) from the heating element (38a-b) of a maximum of 150 mm and, when viewed along a longitudinal extent (22a-b) of the hob plate (12a-b), being arranged so as to overlap with the fan wheel (16a-b) to a length portion of at least 10% of a maximum extent (42a-b) of the fan wheel (16a-b) along the longitudinal extent (22a-b) of the hob plate (12a-b), wherein the longitudinal extent (22a-b) of the hob plate (12a-b) is a maximum of 75 cm.
An implantable medical device, comprising: a stent having a braided portion and a crocheted portion; a cover member disposed along the braided portion; wherein the cover member is designed to limit tissue ingrowth along the braided portion; and wherein the crocheted portion of the stent is designed to permit tissue ingrowth therein so as to reduce migration of the stent. a stent having a braided portion and a crocheted portion; a cover member disposed along the braided portion; wherein the cover member is designed to limit tissue ingrowth along the braided portion; and wherein the crocheted portion of the stent is designed to permit tissue ingrowth therein so as to reduce migration of the stent.
A laminate characterized by laminating a layer A of a polycarbonate resin which contains a structural unit derived from a dihydroxy compound to a layer B of an aromatic polycarbonate resin, wherein the dihydroxy compound is a dihydroxy compound represented by the following formula, and wherein, in layer A, the structural units other than the structural unit derived from the dihydroxy compound represented by the above formula are structural units derived from a dihydroxy compound having no aromatic ring.
Trailer coupling for motor vehicles comprising a ball neck bearing a coupling ball at one end and a bearing element at another end, a bearing receptacle fixed on the vehicle, the bearing element being mounted therein with the ball neck for pivoting movement about an axis between a working position and a rest position, a form-locking securing device securing the bearing element relative to the bearing receptacle in a form-locking manner at least in the working position, a securing state wherein the form-locking securing device is operative and a pivoting state wherein unstabilized rotary positions of the bearing element are present when no action against pivoting is taken, characterized in that a prepositioning device is provided for stabilizing the bearing element, during its pivoting in the direction of the working position, against any further pivoting in a rotary position representing a first end position (Ea), and that the first end position (Ea) is arranged such that proceeding from it a rotary position representing a first form-locking position (FSa) is reached, a transition of the form-locking securing device into its position effective for securing the working position taking place in said rotary position.
Optoelectronic component comprising a semiconductor body, which has an active region suitable for generating radiation, and comprising two electrical contacts (7, 8) arranged on the semiconductor body, wherein. - the contacts are electrically conductively connected to the active region, - the contacts in each case have a connection area (70, 80) facing away from the semiconductor body, - the connection areas are arranged on a common connection side of the component, - a side of the component which is different from the connection side is reflectively coated, - the component is embodied as a laterally emitting component, - one of the contacts extends regionally between the semiconductor body and the connection area of the other contact, - the contacts (7, 8) are electrically insulated from one another on the connection side, and - the contacts (7, 8) on the connection side are electrically isolated from one another by an insulation layer. - the contacts are electrically conductively connected to the active region, - the contacts in each case have a connection area (70, 80) facing away from the semiconductor body, - the connection areas are arranged on a common connection side of the component, - a side of the component which is different from the connection side is reflectively coated, - the component is embodied as a laterally emitting component, - one of the contacts extends regionally between the semiconductor body and the connection area of the other contact, - the contacts (7, 8) are electrically insulated from one another on the connection side, and - the contacts (7, 8) on the connection side are electrically isolated from one another by an insulation layer.
A food container having a bilayer structure being an inner layer and an outer layer, wherein the inner layer is formed of a foamed layer and the outer layer is formed of a resin layer, wherein the foamed layer has an average cell size of 100 to 500 μm and is a foam sheet of a polyethylene terephthalate resin, wherein the resin layer is a coating layer of a resin having a repeating unit of Formula 1 below: In Formula 1, m and n represent mole fractions of repeating units, and range from 1 to 100, respectively. wherein the inner layer is formed of a foamed layer and the outer layer is formed of a resin layer, wherein the foamed layer has an average cell size of 100 to 500 μm and is a foam sheet of a polyethylene terephthalate resin, wherein the resin layer is a coating layer of a resin having a repeating unit of Formula 1 below: In Formula 1, m and n represent mole fractions of repeating units, and range from 1 to 100, respectively.
An agent for use in the prevention or treatment of insulin resistance and glucose metabolic disorder, wherein the agent consists of a milk fat globule membrane component as an active ingredient which is purified from buttermilk and/or butter serum, and in the use, the agent promotes an increase in blood adiponectin level and/or inhibits a decrease in blood adiponectin level.
Extractor hood which comprises a housing and at least one filter element which can be fastened detachably to the housing, wherein the extractor hood has an inductive transmission apparatus and the filter element has at least one electrical load, a primary coil of the transmission apparatus is arranged on the housing of the extractor hood and a second coil is arranged on the filter element, and the secondary coil is connected to the at least one electrical load, characterised in that the at least one filter element is a filter cassette, which has expanded metal layers as filter medium and at least one electrical load is an illumination apparatus, which is accommodated in the filter element and used to illuminate surfaces disposed below the extractor hood.
A solid, compressed pharmaceutical composition comprising i) a peptide active pharmaceutical ingredient, ii) a polysaccharide excipient, and iii) an oligosaccharide excipient, wherein the polysaccharide excipient is hyaluronic acid and is present in the form of a potassium salt thereof, the oligosaccharide excipient is trehalose, and the peptide active pharmaceutical ingredient is a peptide, polypeptide, or protein, which has pharmacological activity.
A vacuum cleaner filter bag comprising a wall, that encloses an inner space and consists of an air-permeable material, as well as an inlet opening formed in the wall, wherein the air-permeable material comprises at least one layer of a non-woven fabric, that comprises a dust-like and/or fiber-like recycled material from the production of textiles, in particular cotton textiles, and/or from clipping wool and/or seed fibers, and wherein the at least one layer of non-woven fabric comprising a dust-like and/or fiber-like recycled material and/or seed fibers comprises or consists of up to 95 weight-% of dust-like and/or fiber-like recycled material and/or seed fibers and at least 5 weight-% of binding fibers.
A feedstock processing system having a solids circulation system configured to capture and convert char from a gas stream created by a first reactor, the solids circulation system including a solids circulation loop comprising: a second reactor; a first riser connected to the second reactor and configured to convey bed solids in a direction away from the second reactor; a first separation device connectableto the first reactor and connected to the first riser; and a dipleg having a first end connected to the first separation device and a second end connected to the second reactor. a second reactor; a first riser connected to the second reactor and configured to convey bed solids in a direction away from the second reactor; a first separation device connectableto the first reactor and connected to the first riser; and a dipleg having a first end connected to the first separation device and a second end connected to the second reactor.
Bearing for micromechanics, in which pivots a shaft, the shaft comprising, at at least one end thereof, a shoulder (31a, 31b) via which the shaft is in contact with an opposite surface of the bearing (10a, 10b), the shoulder (31a, 31b) being extended by a pivot (32a, 32b) engaged in a hole provided in the bearing (10a, 10b), the bearing (10a, 10b) being characterised in that at least one hollow is arranged in the contact surface between the shoulder (31a, 31b) of the shaft and the bearing (10a, 10b) in order to reduce the surface of contact between the shoulder (31a, 31b) of the shaft and the bearing (10a, 10b).
A protective braided sleeve, comprising: a seamless, circumferentially continuous, flexible tubular wall extending lengthwise along a central longitudinal axis between opposite ends (16, 18); said wall including a plurality of yarns braided with one another in a first non-heat-treated state, a first plurality of said plurality of yarns being substantially non-heat-shrinkable yarns and a second plurality of said plurality of yarns being heat-shrinkable yarns; and said heat-shrinkable yarns being configured to shrink lengthwise at a temperature that does not cause said non-heat-shrinkable yarns to shrink substantially and to cause said substantially non-heat-shrinkable yarns to be axially bunched into a second heat-treated state; wherein the non-heat-shrinkable yarn and the heat-shrinkable yarn are braided in a respective 1:1 braid pattern, characterised in that the non-heat-shrinkable yarn and the heat-shrinkable yarn are alternating with one another in opposite S and Z helical directions in a ratio of ends of the non-heat-shrinkable yarn to the heat-shrinkable yarn of 1:1. a seamless, circumferentially continuous, flexible tubular wall extending lengthwise along a central longitudinal axis between opposite ends (16, 18); said wall including a plurality of yarns braided with one another in a first non-heat-treated state, a first plurality of said plurality of yarns being substantially non-heat-shrinkable yarns and a second plurality of said plurality of yarns being heat-shrinkable yarns; and said heat-shrinkable yarns being configured to shrink lengthwise at a temperature that does not cause said non-heat-shrinkable yarns to shrink substantially and to cause said substantially non-heat-shrinkable yarns to be axially bunched into a second heat-treated state; wherein the non-heat-shrinkable yarn and the heat-shrinkable yarn are braided in a respective 1:1 braid pattern, characterised in that the non-heat-shrinkable yarn and the heat-shrinkable yarn are alternating with one another in opposite S and Z helical directions in a ratio of ends of the non-heat-shrinkable yarn to the heat-shrinkable yarn of 1:1.
A method for producing a silicone-based transparent adhesive sheet for optics for assembling optical components, the method comprising forming a surface activation treated surface, in which peel strength after laminating onto an adherend increases with time, as compared with peel strength before lamination, by performing surface activation treatment using UV-ray irradiation, in which the wavelength of said UV-ray irradiation treatment is 365 nm or less, on at least a part or the entire surface of a cured adhesive face contacting with the adherend of said transparent adhesive sheet for optics.