mhurhangee/ep-ind-claims huggingface dataset:
An automatic fluid delivery system for delivering a fluid from an automatic water system to a cage in an animal caging system for housing one or more animals, comprising: a flexible, non-metal, hose-type water supply manifold line having a plurality of circular apertures; and a plurality of saddle fittings each configured to fit into one of the apertures of the water supply manifold line, wherein each cage location comprises two apertures opposite one other and two saddle fittings fit thereto, each saddle fitting formed of injection molded plastic, and each saddle fitting further comprising: a U-shaped portion configured to fit around the flexible manifold line; an inward-facing protrusion sized and configured to penetrate and seal to one of the apertures of the water supply manifold line; a sealing rib around the protrusion configured to form a radial seal around the circumference of the aperture; and one or more grip ribs on the U-shaped portion configured to grip the flexible manifold line on either side of the aperture and prevent the saddle fitting from moving laterally, stretching the flexible manifold line and deforming the aperture. a flexible, non-metal, hose-type water supply manifold line having a plurality of circular apertures; and a plurality of saddle fittings each configured to fit into one of the apertures of the water supply manifold line, wherein each cage location comprises two apertures opposite one other and two saddle fittings fit thereto, each saddle fitting formed of injection molded plastic, and each saddle fitting further comprising: a U-shaped portion configured to fit around the flexible manifold line; an inward-facing protrusion sized and configured to penetrate and seal to one of the apertures of the water supply manifold line; a sealing rib around the protrusion configured to form a radial seal around the circumference of the aperture; and one or more grip ribs on the U-shaped portion configured to grip the flexible manifold line on either side of the aperture and prevent the saddle fitting from moving laterally, stretching the flexible manifold line and deforming the aperture. a U-shaped portion configured to fit around the flexible manifold line; an inward-facing protrusion sized and configured to penetrate and seal to one of the apertures of the water supply manifold line; a sealing rib around the protrusion configured to form a radial seal around the circumference of the aperture; and one or more grip ribs on the U-shaped portion configured to grip the flexible manifold line on either side of the aperture and prevent the saddle fitting from moving laterally, stretching the flexible manifold line and deforming the aperture.
A dewatering screen for manufacturing paper having multi-level watermarks, with a carrier screen which has in a partial region a multi-level relief in the form of the watermark to be produced, the multi-level relief is formed by an injection-molded, perforated watermark insert which is disposed in a cut-out region of the carrier screen and is connected to this only in its edge area, wherein the contour of the watermark insert overlaps at least partly with the contour of the carrier screen, characterized in that watermark insert and cut-out region overlap to different extents.
A secure communication device ( d) for performing non-interactive zero-knowledge authentication, the secure communication device comprising: a. a communications input and a communications output; b. a physical unclonable function comprising a hardware-intrinsic identity unique to the device, the hardware-intrinsic identity being associated with a public key (A d) and a sensitive value (P d priv); and c. a logic processor connected to the communications input and communications output and to the hardware identity module; wherein the secure communication device is configured to: generate a zero-knowledge proof authentication token that incorporates information being a function of the sensitive value and of a hash of the public key, such that the authentication token enables a verifying device to authenticate the identity of the secure communications device using the public key without revealing the sensitive value to the verifying device; and send over the communications output to the verifying device a first packet containing the zero-knowledge proof authentication token. a. a communications input and a communications output; b. a physical unclonable function comprising a hardware-intrinsic identity unique to the device, the hardware-intrinsic identity being associated with a public key (A d) and a sensitive value (P d priv); and c. a logic processor connected to the communications input and communications output and to the hardware identity module; wherein the secure communication device is configured to: generate a zero-knowledge proof authentication token that incorporates information being a function of the sensitive value and of a hash of the public key, such that the authentication token enables a verifying device to authenticate the identity of the secure communications device using the public key without revealing the sensitive value to the verifying device; and send over the communications output to the verifying device a first packet containing the zero-knowledge proof authentication token. generate a zero-knowledge proof authentication token that incorporates information being a function of the sensitive value and of a hash of the public key, such that the authentication token enables a verifying device to authenticate the identity of the secure communications device using the public key without revealing the sensitive value to the verifying device; and send over the communications output to the verifying device a first packet containing the zero-knowledge proof authentication token.
Room dividing system for furniture with at least one hollow profile strut and at least one connecting device with which the strut can be connected to a component, wherein the connecting device comprises an insertion section which is designed as a cross-sectional profile P, wherein the insertion section for inserting into an end face opening of the strut is adjusted to an inner cross-section Q of the hollow profile of the strut, and wherein on the insertion section a projection (6a, 6b, 7) is designed to protrude, which is provided to be removed by an edge (2f, 2g, 2h, 2j) of the end face opening of the strut, wherein on the insertion section along an insertion direction a plurality of projections (6a, 6b, 7) and depressions are formed for receiving material of the projections (6a, 6b, 7) which has been removed during the insertion, wherein the projections (6a, 6b, 7) are designed to protrude on side surface areas of the insertion section and project over the cross-sectional profile P, wherein the depressions are passed by the edge (2f, 2g, 2h, 2j) when the insertion section is inserted into the strut, characterised in that at least one of the projections (6a, 6b, 7) is fully removed by the edge (2f, 2g, 2h, 2j) during the insertion process.
Method for controlling a parking brake of a vehicle, wherein the method comprises the following steps: receiving an activation signal which represents a manual operating unit of a parking brake being activated by a driver; reading a speed decrease signal which represents a value of a speed decrease of the vehicle upon receiving the activation signal; emitting a delay signal as a function of the value of the speed decrease, wherein the delay signal is configured for delaying a complete engagement of the parking brake, wherein the step of emitting is terminated after a predetermined temporal period, or is terminated when a standstill signal which represents a standstill of the vehicle is read; further emitting a parking brake signal which is configured for causing the complete engagement of the parking brake in response to the termination of the emitting; characterized by a step of transmitting a release signal which is configured for releasing the parking brake when a further activation signal which represents the manual operating unit being released by the driver is received within a predetermined time upon emitting the parking brake signal. receiving an activation signal which represents a manual operating unit of a parking brake being activated by a driver; reading a speed decrease signal which represents a value of a speed decrease of the vehicle upon receiving the activation signal; emitting a delay signal as a function of the value of the speed decrease, wherein the delay signal is configured for delaying a complete engagement of the parking brake, wherein the step of emitting is terminated after a predetermined temporal period, or is terminated when a standstill signal which represents a standstill of the vehicle is read; further emitting a parking brake signal which is configured for causing the complete engagement of the parking brake in response to the termination of the emitting; characterized by a step of transmitting a release signal which is configured for releasing the parking brake when a further activation signal which represents the manual operating unit being released by the driver is received within a predetermined time upon emitting the parking brake signal.
A damped composite material comprising a damping material, a bonding material and a structural layer which comprises fibres and a structural resin material, wherein the structural layer is a prepreg or semi-preg, the damping material comprises a viscoelastic material, and the bonding material consisting of a thermosetting resin film with areal weight of 1 to 50g/m 2; and further wherein the bonding material is on the first face of the damping material and increases adhesion between the damping material and the structural layer; and further wherein the second face of the damping material comprises a surface layer consisting of a thermosetting resin film having an areal weight of 6 to 10 g/m 2.
A copper base alloy conductor product of hot or cold worked and final heat treated forms made of an alloy composition consisting of: (a) 0.2-0.6 wt.% chromium, (b).02-.20 wt.% silver, (c).04-.16 wt.% of a third metallic component selected from the group consisting of tin, magnesium and tin/magnesium combined, and (d) balance copper, the product having a tensile strength of at least 552 MPa (80 ksi), at least 6 % elongation and at least 80% IACS electrical conductivity. (a) 0.2-0.6 wt.% chromium, (b).02-.20 wt.% silver, (c).04-.16 wt.% of a third metallic component selected from the group consisting of tin, magnesium and tin/magnesium combined, and (d) balance copper,
A device for measuring parameters or for taking samples in iron or steel melts as well as for sampling slag resting on an iron or steel melt, the device comprising an immersion end and a carrier pipe having a lateral circumferential surface, with a measuring head which has an immersion end and a lateral circumferential surface being arranged at the immersion end of the carrier pipe, wherein at least one sensor or an infeed opening for a sample chamber present in the interior of the device is arranged at the immersion end of the measuring head, wherein an infeed opening is arranged on the lateral circumferential surface of the carrier pipe or the measuring head, said infeed opening, via an infeed channel, ending in a prechamber arranged in the interior of the carrier pipe or the measuring head, and that the prechamber has an inlet opening at its end facing away from the immersion end of the measuring head, wherein said inlet opening ends in a slag sample chamber that is arranged in the interior of the device on the side of the prechamber facing away from the immersion end, characterised in that a metallic splash protection layer is arranged on the lateral circumferential surface of the carrier pipe and the splash protection layer surrounds the infeed opening arranged on the lateral circumferential surface of the carrier pipe.
Method for controlling an axle drive train of a machine tool for machining a workpiece which preferably consists at least partially of wood, wood-based materials or plastic, with the steps: determining reference variables at positions of an axle of the axle drive train, correcting the reference variables at these positions using correction values determined by means of performance characteristics of a drive device at these positions which occur when the axle of the axle drive train is accelerated to a constant velocity by the drive device, without load, and is moved along these positions at this constant velocity, characterised in that the correction values each have a non-position-dependent constant component and a position-dependent variable component, the correction values are in each case direction-dependent, and the non-position-dependent constant component has a non-direction-dependent mass component and a direction-dependent frictional component. determining reference variables at positions of an axle of the axle drive train, correcting the reference variables at these positions using correction values determined by means of performance characteristics of a drive device at these positions which occur when the axle of the axle drive train is accelerated to a constant velocity by the drive device, without load, and is moved along these positions at this constant velocity, characterised in that the correction values each have a non-position-dependent constant component and a position-dependent variable component, the correction values are in each case direction-dependent, and the non-position-dependent constant component has a non-direction-dependent mass component and a direction-dependent frictional component.
An aircraft assembly comprising: a fluid pipe, a wing rib defining a rib plane and having an opening, wherein the fluid pipe extends through the rib plane and through the opening, and a pipe support comprising a first part and a second part which together form a collar configured to retain the pipe, the pipe support being movable between an open condition, in which the pipe is insertable between the first and second parts (41, 42), and a closed condition, in which the first and second parts (41, 42) are brought together to retain the pipe, and characterised in that: at least part of the collar is disposed in the opening in the wing rib so that the pipe support is restricted from moving from the closed condition, and wherein the pipe support supports the fluid pipe in the opening. a fluid pipe, a wing rib defining a rib plane and having an opening, wherein the fluid pipe extends through the rib plane and through the opening, and a pipe support comprising a first part and a second part which together form a collar configured to retain the pipe, the pipe support being movable between an open condition, in which the pipe is insertable between the first and second parts (41, 42), and a closed condition, in which the first and second parts (41, 42) are brought together to retain the pipe, and characterised in that: at least part of the collar is disposed in the opening in the wing rib so that the pipe support is restricted from moving from the closed condition, and wherein the pipe support supports the fluid pipe in the opening. a first part and a second part which together form a collar configured to retain the pipe, the pipe support being movable between an open condition, in which the pipe is insertable between the first and second parts (41, 42), and a closed condition, in which the first and second parts (41, 42) are brought together to retain the pipe, and characterised in that: at least part of the collar is disposed in the opening in the wing rib so that the pipe support is restricted from moving from the closed condition, and wherein the pipe support supports the fluid pipe in the opening. at least part of the collar is disposed in the opening in the wing rib so that the pipe support is restricted from moving from the closed condition, and wherein the pipe support supports the fluid pipe in the opening.
A method for segmenting a cache, comprising: dividing a first non-volatile memory to store cache information into a plurality of segments (142-1 to 142-n); pinning a first type of software of a plurality of types of software to a first segment of the plurality of segments, and pinning a second type of software of the plurality of types of software to a second segment of the plurality of segments (142-1 to 142-n), wherein the first pinned segment stores the cache information associated with the first type of software; and the second pinned segment stores the cache information associated with the second type of software; and wherein the pinning does not pin a third segment of the plurality of segments (142-1 to 142-n), the pinning stores the cache information associated with the first type of software to the third segment, if the first segment is full, and the pinning stores the cache information associated with the second type of software to the third segment, if the second segment is full. dividing a first non-volatile memory to store cache information into a plurality of segments (142-1 to 142-n); pinning a first type of software of a plurality of types of software to a first segment of the plurality of segments, and pinning a second type of software of the plurality of types of software to a second segment of the plurality of segments (142-1 to 142-n), wherein the first pinned segment stores the cache information associated with the first type of software; and the second pinned segment stores the cache information associated with the second type of software; and wherein the pinning does not pin a third segment of the plurality of segments (142-1 to 142-n), the pinning stores the cache information associated with the first type of software to the third segment, if the first segment is full, and the pinning stores the cache information associated with the second type of software to the third segment, if the second segment is full.
An apparatus for recovery of a resource including heat energy contained in a hydrothermal fluid from a hydrothermal vent, characterized by collecting means (12, 13) for collecting said hydrothermal fluid or said resource contained in that hydrothermal fluid from an ocean hydrothermal vent; an ocean based recovery station located at or above the ocean surface for receiving the hydrothermal fluid or a resource contained therein; delivery means for delivery of the hydrothermal fluid or said resource contained in the fluid from the vent to the ocean based recovery station while protecting the fluid or said resource contained in the fluid from ambient ocean conditions without significant degradation of the hydrothermal fluid or said resource in that fluid; a power plant for converting at least a portion of the resource including heat energy contained in the hydrothermal fluid to a second form of energy; and means for transferring the second form of energy to land.
A laminated glazing for a vehicle, in particular a motor vehicle, comprising an exterior glass sheet adhesively bonded to an interior glass sheet by means of a lamination interlayer, wherein the exterior glass sheet carries a layer of a first enamel, of black color, on the periphery of its face in contact with the lamination interlayer, known as face 2,, and the interior glass sheet carries on its face in contact with the lamination interlayer, known as face 3, a layer of a second enamel forming a marking and having a color other than black, located opposite the layer of the first enamel, said laminated glazing further comprising a polymeric seal on the face of the interior glass sheet, called face 4, opposite face 3, said seal concealing said marking.
An electronic system for sleep management comprising one or more processors (a) configured to: access sleep factors with features derived from measured sleep data representing user movement detected by a movement sensor; access measured environmental data representing ambient sleep conditions; access input user lifestyle data collected on a sleep session-by-sleep session basis in response to a lifestyle questionnaire presented to the user; evaluate the sleep factors to detect a sleep issue; and evaluate data of the sleep factors, the measured environmental data and the input user lifestyle data, to select a likely cause, or a most likely cause, of the detected sleep issue; and (b) configured as an advice engine configured to generate customized advice messages based on a correlation between the selected cause, the sleep issue and a trend obtained from a trend analysis process, wherein the trend is based on an evaluation of historical sleep data; wherein the advice messages comprise a series of different advice messages over time consecutively generated upon continued detection of the sleep issue; and wherein the one or more processors are configured to transmit the generated one or more advice messages to a display device associated with the user access sleep factors with features derived from measured sleep data representing user movement detected by a movement sensor; access measured environmental data representing ambient sleep conditions; access input user lifestyle data collected on a sleep session-by-sleep session basis in response to a lifestyle questionnaire presented to the user; evaluate the sleep factors to detect a sleep issue; and evaluate data of the sleep factors, the measured environmental data and the input user lifestyle data, to select a likely cause, or a most likely cause, of the detected sleep issue; and (b) configured as an advice engine configured to generate customized advice messages based on a correlation between the selected cause, the sleep issue and a trend obtained from a trend analysis process, wherein the trend is based on an evaluation of historical sleep data; wherein the advice messages comprise a series of different advice messages over time consecutively generated upon continued detection of the sleep issue; and wherein the one or more processors are configured to transmit the generated one or more advice messages to a display device associated with the user
A semiconductor package comprising: a support; and a die attached to the support by adhesive on a backside of the die, wherein the die includes a capacitive pressure sensor integrated on a CMOS read-out circuit, wherein the adhesive covers only part of the backside of the die, characterized in that the the adhesive having two non-contiguous stripe-shaped regions on the backside of the die, wherein - the stripe-shaped regions (204, 206) of adhesive are disposed adjacent edges of the die, and - the capacitive pressure sensor having a rectangular, suspended tensile membrane (102, 102A, 102B), and wherein the stripe-shaped regions of adhesive are oriented parallel to longer sides of the membrane (102, 102A, 102B). a support; and a die attached to the support by adhesive on a backside of the die, wherein the die includes a capacitive pressure sensor integrated on a CMOS read-out circuit, wherein the adhesive covers only part of the backside of the die, characterized in that the the adhesive having two non-contiguous stripe-shaped regions on the backside of the die, wherein - the stripe-shaped regions (204, 206) of adhesive are disposed adjacent edges of the die, and - the capacitive pressure sensor having a rectangular, suspended tensile membrane (102, 102A, 102B), and wherein the stripe-shaped regions of adhesive are oriented parallel to longer sides of the membrane (102, 102A, 102B). - the stripe-shaped regions (204, 206) of adhesive are disposed adjacent edges of the die, and - the capacitive pressure sensor having a rectangular, suspended tensile membrane (102, 102A, 102B), and wherein the stripe-shaped regions of adhesive are oriented parallel to longer sides of the membrane (102, 102A, 102B).