mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a sensor signal processing unit for detecting a configuration of parking slots (1a,1b,1c,1d) based on radar detections, the method comprising; receiving a plurality of radar detections from a radar-based sensor system, generating a representation of a spatial distribution of a set of coordinates associated with the radar detections, characterized in detecting the configuration of parking slots based on a Fourier transform of the representation of spatial distribution. receiving a plurality of radar detections from a radar-based sensor system, generating a representation of a spatial distribution of a set of coordinates associated with the radar detections, characterized in detecting the configuration of parking slots based on a Fourier transform of the representation of spatial distribution.
Splice plate for connecting wire cable tray segments, each wire cable tray segment comprising both longitudinal warp wires (40, 40') and transverse weft wires, the connection of said cable tray segments being made by connecting a first end weft wire of a first segment to a second end weft wire of a second segment, said splice plate comprising: - a linking body including a first recess which has a concave bottom and is intended for receiving said first end weft wire, a second recess which is intended for receiving said second end weft wire, is parallel to the first recess and has a concave bottom, and - a locking tab linked to the linking body and having a third recess intended for receiving a warp wire and extending perpendicularly to the first recess and the second recess, and first locking means for locking a warp wire in the third recess, characterised in that the concavity of the concave bottom of the second recess is oriented in the opposite direction to the concavity of the concave bottom of the first recess. - a linking body including a first recess which has a concave bottom and is intended for receiving said first end weft wire, a second recess which is intended for receiving said second end weft wire, is parallel to the first recess and has a concave bottom, and a first recess which has a concave bottom and is intended for receiving said first end weft wire, a second recess which is intended for receiving said second end weft wire, is parallel to the first recess and has a concave bottom, and - a locking tab linked to the linking body and having a third recess intended for receiving a warp wire and extending perpendicularly to the first recess and the second recess, and first locking means for locking a warp wire in the third recess,
Electric resistance heating assembly, comprising a ceramic body and a resistance subassembly, wherein the resistance subassembly is made of a circular section wire which is temperature insulated and the ceramic body has its free apertures filled in with adhesive, characterized in that, in view to the good functioning at temperatures of maximum 500 degrees Celsius, the ceramic body has a rectangular shape and it is made of a non-hydroscopic material with 0% porosity, having its ends filled in with a thermo-resistant adhesive, and the resistance subassembly is fastened between two micanite plates and mounted into a rectangular aperture (a) which is cut into the ceramic body, the resistance subassembly comprising a first micanite support and a second micanite support, the first micanite support having a resistance wire wrapped around it while the non-insulated ends of the wire are insulated through the two micanite plates in between which the subassembly is fastened, the charging of the electric resistance being effected through two electric, flexible cables with a double thermo resistant insulation,.
Cover for an electronic device, in particular a mobile telephone or a hand-held computer, having a receiving casing with metal, into which the device can be inserted in a fitting manner, wherein - a base element made of metal is provided, which is shaped as a substantially planar plate, and - along a peripheral edge of the plate-shaped base element a retaining lip made of an elastic material is arranged, wherein the retaining lip forms a side wall region of the receiving casing, characterized in that - the elastic material is a thermoplastic resin which, in a melted state, is molded or extruded onto the peripheral edge, and - in that along the peripheral edge of the plate-shaped base element openings for enhanced attachment of the molded-on or extruded-on retaining lip are provided. - a base element made of metal is provided, which is shaped as a substantially planar plate, and - along a peripheral edge of the plate-shaped base element a retaining lip made of an elastic material is arranged, wherein the retaining lip forms a side wall region of the receiving casing, - the elastic material is a thermoplastic resin which, in a melted state, is molded or extruded onto the peripheral edge, and - in that along the peripheral edge of the plate-shaped base element openings for enhanced attachment of the molded-on or extruded-on retaining lip are provided.
Method for producing surface-modified particles in an atmospheric pressure plasma, wherein the plasma is generated in a process gas by a discharge between electrodes, characterised in that at least one of the electrodes is a sputter electrode, from which particles are sputtered by the discharge, and in that subsequently the surface of the particles is modified in the plasma.
Micro-Electro-Mechanical System, MEMS, device comprising a stage, a frame surrounding the stage, at least one actuator, wherein a first end of the at least one actuator is attached to the frame, a second end of the at least one actuator is attached via a joint to the stage, and the second end of the actuator is configured to bend upwards or downwards when the actuator is driven; a rotatable pillar provided on top of the stage, a mirror plate provided on top of the rotatable pillar, wherein the at least one actuator is arranged at least partly beneath the mirror plate, and characterized in that the at least one actuator is attached to more than one side of the frame. a stage, a frame surrounding the stage, at least one actuator, wherein a first end of the at least one actuator is attached to the frame, a second end of the at least one actuator is attached via a joint to the stage, and the second end of the actuator is configured to bend upwards or downwards when the actuator is driven; a rotatable pillar provided on top of the stage, a mirror plate provided on top of the rotatable pillar, wherein the at least one actuator is arranged at least partly beneath the mirror plate, and characterized in that the at least one actuator is attached to more than one side of the frame.
An optical coherence tomography apparatus for irradiating a sample, comprising: a) an interferometer in a backscattering configuration forwarding an electromagnetic radiation; the interferometer comprising a sample arm receiving the electromagnetic radiation, the sample arm including means provided in a beam path of the electromagnetic radiation for splitting the electromagnetic radiation into at least two beamlets (1, 2) so as to irradiate the sample, and configured to delay a first beamlet of the at least two beamlets with respect to a second beamlet of the at least two beamlets, wherein the delay is a difference in an optical path length; and a reference arm providing a further electromagnetic radiation, wherein the interferometer receives the first beamlet, the second beamlet and the further radiation, and forms a resultant signal based on the first and second beamlets and the further radiation; b) a processing arrangement configured for generating a first image based on the first beamlet, a second image based on the second beamlet, and a further image based on the first and second images, wherein the first and second images are different from one another, wherein the further image is generated based on an incoherent mathematical combination of the first and second images so as to reduce speckle. a) an interferometer in a backscattering configuration forwarding an electromagnetic radiation; the interferometer comprising a sample arm receiving the electromagnetic radiation, the sample arm including means provided in a beam path of the electromagnetic radiation for splitting the electromagnetic radiation into at least two beamlets (1, 2) so as to irradiate the sample, and configured to delay a first beamlet of the at least two beamlets with respect to a second beamlet of the at least two beamlets, wherein the delay is a difference in an optical path length; and a reference arm providing a further electromagnetic radiation, wherein the interferometer receives the first beamlet, the second beamlet and the further radiation, and forms a resultant signal based on the first and second beamlets and the further radiation; b) a processing arrangement configured for generating a first image based on the first beamlet, a second image based on the second beamlet, and a further image based on the first and second images, wherein the first and second images are different from one another, wherein the further image is generated based on an incoherent mathematical combination of the first and second images so as to reduce speckle.
A package (90; 200; 300; 600) comprising: a first portion (100; 210; 310; 601), said first portion (100; 210; 310; 601) having a first contact point; and a second portion (110; 201; 301; 610, 620), said second portion (110; 201; 301; 610, 620) moveably engageable with said first portion (100; 210; 310; 601), and said second portion (110; 201; 301; 610, 620) having a second contact point; wherein a first aroma providing substance (120; 220; 320; 630) is applied to at least one of said contact points; and wherein a second aroma providing substance (125; 225; 325; 635) is applied to at least one exterior surface of said package (90; 200, 300; 600); and characterized in that the first aroma providing substance (120; 220; 320; 630) is different from the second aroma providing substance (125; 225; 325; 635). a first portion (100; 210; 310; 601), said first portion (100; 210; 310; 601) having a first contact point; and a second portion (110; 201; 301; 610, 620), said second portion (110; 201; 301; 610, 620) moveably engageable with said first portion (100; 210; 310; 601), and said second portion (110; 201; 301; 610, 620) having a second contact point; wherein a first aroma providing substance (120; 220; 320; 630) is applied to at least one of said contact points; and wherein a second aroma providing substance (125; 225; 325; 635) is applied to at least one exterior surface of said package (90; 200, 300; 600); and characterized in that the first aroma providing substance (120; 220; 320; 630) is different from the second aroma providing substance (125; 225; 325; 635).
A loop material for a hook and loop type fastener characterized in that it comprises: a composite nonwoven consisting of a loop layer of a non-bonded carded web of thermoplastic crimped staple fibers, said staple fibers being between 1.5 to 6.0 dTEX, and said carded web having a basis weight of between 10 and 35 g/m 2; a backing layer of a spunmelt nonwoven having a basis weight of 5 to 30 g/m 2, said spunmelt nonwoven being made by a combination of a spunbond process and a meltblown process, said loop layer being superimposed face-to-face with said backing layer; and a plurality of bond regions joining said loop layer to said backing layer and rendering said bond regions substantially air impermeable, and said composite nonwoven having an air permeability not exceeding 1500 l/m 2 /s. a composite nonwoven consisting of a loop layer of a non-bonded carded web of thermoplastic crimped staple fibers, said staple fibers being between 1.5 to 6.0 dTEX, and said carded web having a basis weight of between 10 and 35 g/m 2; a backing layer of a spunmelt nonwoven having a basis weight of 5 to 30 g/m 2, said spunmelt nonwoven being made by a combination of a spunbond process and a meltblown process, said loop layer being superimposed face-to-face with said backing layer; and a plurality of bond regions joining said loop layer to said backing layer and rendering said bond regions substantially air impermeable, and said composite nonwoven having an air permeability not exceeding 1500 l/m 2 /s. a loop layer of a non-bonded carded web of thermoplastic crimped staple fibers, said staple fibers being between 1.5 to 6.0 dTEX, and said carded web having a basis weight of between 10 and 35 g/m 2; a backing layer of a spunmelt nonwoven having a basis weight of 5 to 30 g/m 2, said spunmelt nonwoven being made by a combination of a spunbond process and a meltblown process, said loop layer being superimposed face-to-face with said backing layer; and a plurality of bond regions joining said loop layer to said backing layer and rendering said bond regions substantially air impermeable, and said composite nonwoven having an air permeability not exceeding 1500 l/m 2 /s.
A sterilization container for medical purposes, comprising a bottom element, a lid fixable to the bottom element and which, in a closed state of the lid, together with the bottom element, defines an inner region of the sterilization container, a media exchange mechanism, a control device, and a ventilating device, which comprises a fan and which is configured to be able to convey a medium in the inner region of the sterilization container to the media exchange mechanism, characterized in that the media exchange mechanism is configured to be able to selectively open and close at least one fluid-mechanical connection between the inner region and an environment via a germ-impermeable but air-permeable or gas-permeable filter in the closed state of the lid, the ventilating device is configured to be able to convey a medium in the environment of the sterilization container to the media exchange mechanism, and the control device is configured to control the media exchange mechanism and the ventilating device in such a way that the at least one fluid-mechanical connection is opened when a medium in the inner region is conveyed into the environment and is closed when a medium in the environment is conveyed into the inner region via the germ-impermeable but air-permeable or gas-permeable filter. a bottom element, a lid fixable to the bottom element and which, in a closed state of the lid, together with the bottom element, defines an inner region of the sterilization container, a media exchange mechanism, a control device, and a ventilating device, which comprises a fan and which is configured to be able to convey a medium in the inner region of the sterilization container to the media exchange mechanism, characterized in that the media exchange mechanism is configured to be able to selectively open and close at least one fluid-mechanical connection between the inner region and an environment via a germ-impermeable but air-permeable or gas-permeable filter in the closed state of the lid, the ventilating device is configured to be able to convey a medium in the environment of the sterilization container to the media exchange mechanism, and the control device is configured to control the media exchange mechanism and the ventilating device in such a way that the at least one fluid-mechanical connection is opened when a medium in the inner region is conveyed into the environment and is closed when a medium in the environment is conveyed into the inner region via the germ-impermeable but air-permeable or gas-permeable filter.
A guide rail for directing and retaining one or more slidably removable reflective sheets (106, 206, 306) in a solar concentrator, and for maintaining the one or more slidably removable reflective sheets (106, 206, 306) in a shape prescribed by the shape of the guide rail, the guide rail comprising a rail body (101, 201, 301), wherein the rail body (101, 201, 301) has a longitudinal axis and comprises a first longitudinal channel (102, 202, 302) having an opening at an upper surface of the rail body (101, 201, 301) and a retaining shape for retaining longitudinal edges of the one or more slidably removable reflective sheets (106, 206, 306) wherein the one or more slidably: removable reflective sheets (106, 206, 306) reflect incident light to a solar receiver (1411, 1511) characterised, wherein the first longitudinal channel (102, 202, 302) comprises an outer portion (103, 203, 303) and an inner portion (104, 204, 304) wider than the outer portion (103, 203, 303).
A method of fabricating a stainless martensitic steel, comprising a step of electroslag remelting of an ingot of said steel then a step of cooling said ingot, then at least one austenitic thermal cycle consisting in heating said ingot above its austenitic temperature followed by a cooling step, characterized in that during each of said cooling steps: • if said cooling step is not followed by an austenitic thermal cycle, said ingot is held at a holding temperature included in the ferritic-pearlitic transformation nose for a hold time that is longer than the period necessary to transform the austenite into a ferritic-pearlitic structure in said ingot as completely as possible at said holding temperature, said ingot being held at said holding temperature as soon as the temperature of the coolest point of the ingot has reached the holding temperature; • if the cooling step is followed by an austenitic thermal cycle, before its minimum temperature falls below the martensitic transformation start temperature Ms, said ingot is either held throughout the period between said two austenitic thermal cycles at a temperature above the austenitic transformation completion temperature on heating, Ac3, or held at said holding temperature included in the ferritic-pearlitic transformation nose as above. • if said cooling step is not followed by an austenitic thermal cycle, said ingot is held at a holding temperature included in the ferritic-pearlitic transformation nose for a hold time that is longer than the period necessary to transform the austenite into a ferritic-pearlitic structure in said ingot as completely as possible at said holding temperature, said ingot being held at said holding temperature as soon as the temperature of the coolest point of the ingot has reached the holding temperature; • if the cooling step is followed by an austenitic thermal cycle, before its minimum temperature falls below the martensitic transformation start temperature Ms, said ingot is either held throughout the period between said two austenitic thermal cycles at a temperature above the austenitic transformation completion temperature on heating, Ac3, or held at said holding temperature included in the ferritic-pearlitic transformation nose as above.
An inflatable penile prosthetic system, the system comprising: a pump adapted move liquid out of a reservoir, with the pump attachable to the reservoir with a first section of tubing; a penile prosthesis including a base connected to an inflatable bladder, where the inflatable bladder has a bladder wall that that forms an interior surface of the inflatable bladder and a distal end sized for placement within a glans penis, wherein the base comprises an opening formed in a side of the base that provides access to the interior surface of the inflatable bladder and communicating with a channel formed inside of the base, and the opening and the channel are in fluid communication with the interior surface of the inflatable bladder; and the system comprising a tubing assembly having a portion that is insertable into the opening in the side of the base to provide the penile prosthetic with a pressurized seal, the tubing assembly including a neck portion, a seal portion, and tubing that is attachable to the pump, wherein the neck portion is adapted to couple with the opening to secure the tubing assembly to the exterior portion of the base, and characterized in that the seal portion of the tubing assembly includes a first barb and a second barb, where the first barb and the second barb are configured to engage with the channel formed inside the base. a pump adapted move liquid out of a reservoir, with the pump attachable to the reservoir with a first section of tubing; a penile prosthesis including a base connected to an inflatable bladder, where the inflatable bladder has a bladder wall that that forms an interior surface of the inflatable bladder and a distal end sized for placement within a glans penis, wherein the base comprises an opening formed in a side of the base that provides access to the interior surface of the inflatable bladder and communicating with a channel formed inside of the base, and the opening and the channel are in fluid communication with the interior surface of the inflatable bladder; and the system comprising a tubing assembly having a portion that is insertable into the opening in the side of the base to provide the penile prosthetic with a pressurized seal, the tubing assembly including a neck portion, a seal portion, and tubing that is attachable to the pump, wherein the neck portion is adapted to couple with the opening to secure the tubing assembly to the exterior portion of the base, and characterized in that the seal portion of the tubing assembly includes a first barb and a second barb, where the first barb and the second barb are configured to engage with the channel formed inside the base.
A method for starting and stopping a compressed mode, comprising: a ratio network controller presetting (110, 210, 310, 410, 510, 710) a threshold condition of starting the compressed mode and informing (120, 230, 320, 420, 540, 710) a user equipment; wherein, the threshold condition of starting the compressed mode is a threshold condition based on transmission power of the user equipment; the user equipment monitoring (140, 240,340, 440, 550, 740) whether the user equipment meets the threshold condition of starting the compressed mode, and informing (150, 250, 350, 450, 560, 750) a Node B when the threshold condition of starting the compressed mode is met; the user equipment and the Node B reaching (220, 530) an agreement in advance on the information of the transmission gap pattern sequence used when the compressed mode is started; and, the user equipment and the Node B starting (160, 270, 360, 460, 580, 760) the compressed mode, comprising: the user equipment and the Node B generating (160, 270, 360, 460, 580, 760) a transmission gap according to the information of the transmission gap pattern sequence; and, the user equipment performing (160, 270, 360, 460, 580, 760) measurement in the transmission gap. a ratio network controller presetting (110, 210, 310, 410, 510, 710) a threshold condition of starting the compressed mode and informing (120, 230, 320, 420, 540, 710) a user equipment; wherein, the threshold condition of starting the compressed mode is a threshold condition based on transmission power of the user equipment; the user equipment monitoring (140, 240,340, 440, 550, 740) whether the user equipment meets the threshold condition of starting the compressed mode, and informing (150, 250, 350, 450, 560, 750) a Node B when the threshold condition of starting the compressed mode is met; the user equipment and the Node B reaching (220, 530) an agreement in advance on the information of the transmission gap pattern sequence used when the compressed mode is started; and, the user equipment and the Node B starting (160, 270, 360, 460, 580, 760) the compressed mode, comprising: the user equipment and the Node B generating (160, 270, 360, 460, 580, 760) a transmission gap according to the information of the transmission gap pattern sequence; and, the user equipment performing (160, 270, 360, 460, 580, 760) measurement in the transmission gap.