mhurhangee/ep-ind-claims huggingface dataset:
A sexual stimulation device comprising: a loop through which a user can insert their penis: a perineum stimulating portion configured to contact the user's perineum during use; and a deformable connector extending between the loop and the perineum stimulating portion, wherein the deformable connector is deformable between a first shape and a second shape; wherein the perineum stimulating portion comprises a main body, and in the first shape the plane of the loop lies at an acute angle to the plane of the main body of the perineum stimulating portion characterised in that the deformable connector is biased towards the first shape such that the loop and the perineum stimulating portion are biased towards the user's body during use. a loop through which a user can insert their penis: a perineum stimulating portion configured to contact the user's perineum during use; and a deformable connector extending between the loop and the perineum stimulating portion, wherein the deformable connector is deformable between a first shape and a second shape; wherein the perineum stimulating portion comprises a main body, and in the first shape the plane of the loop lies at an acute angle to the plane of the main body of the perineum stimulating portion characterised in that the deformable connector is biased towards the first shape such that the loop and the perineum stimulating portion are biased towards the user's body during use.
Dishwasher, in particular a domestic dishwasher, comprising - a dishwashing compartment for accommodating items to be washed and - means for applying wash liquor to the items to be washed, - a compartment casing consisting at least in part of largely corrosion-resistant metal, in particular largely of stainless steel, as the upper part of the dishwashing compartment, having two side walls (31, 33), a top plate and a rear wall, - a dishwasher tray as the base plate of the dishwashing compartment, - a filler opening on the dishwashing compartment for items to be washed which can be closed by a door and - a frame part with a sealing function for wash liquor on the front end of the compartment casing, characterised in that the frame part consists of largely corrosion-resistant metal, in particular stainless steel, and the metal of the frame part is designed to be more corrosion-resistant than the metal of the compartment casing. - a dishwashing compartment for accommodating items to be washed and - means for applying wash liquor to the items to be washed, - a compartment casing consisting at least in part of largely corrosion-resistant metal, in particular largely of stainless steel, as the upper part of the dishwashing compartment, having two side walls (31, 33), a top plate and a rear wall, - a dishwasher tray as the base plate of the dishwashing compartment, - a filler opening on the dishwashing compartment for items to be washed which can be closed by a door and - a frame part with a sealing function for wash liquor on the front end of the compartment casing,
An indentation tester to form an indentation on a surface of a heated or cooled sample by pressing an indenter to which a load is applied onto the surface of the sample comprising: a reference block measurement member (210 and 232) configured to measure a predetermined reference block as the sample under a plurality of temperature environments to obtain a test result for each temperature for the reference block; characterized by a calculation member (210 and 233) configured to calculate a test error for the reference block for each temperature caused by a heat expansion of the whole indentation tester depending on a sample temperature based on the test result for the reference block for each temperature; and a reference data storage file for storing the test error for the reference block for each temperature for each temperature as reference data, wherein the test result comprises a curve of a test force vs. an indentation depth, and wherein the test error is a difference (Δ) between a maximum indentation depth of the test result at the plurality of the temperature environments and a maximum indentation depth of the test result at room temperature. a reference block measurement member (210 and 232) configured to measure a predetermined reference block as the sample under a plurality of temperature environments to obtain a test result for each temperature for the reference block; characterized by a calculation member (210 and 233) configured to calculate a test error for the reference block for each temperature caused by a heat expansion of the whole indentation tester depending on a sample temperature based on the test result for the reference block for each temperature; and a reference data storage file for storing the test error for the reference block for each temperature for each temperature as reference data, wherein the test result comprises a curve of a test force vs. an indentation depth, and wherein the test error is a difference (Δ) between a maximum indentation depth of the test result at the plurality of the temperature environments and a maximum indentation depth of the test result at room temperature.
Road finisher for paving a road surface on a subgrade, comprising: a material hopper for receiving paving material; a screed for compacting paving material; and a main control stand with an operating platform and a seat unit with a seat for an operator, wherein the seat unit is movable between a first position in which the seat is present at least substantially within a width of the operating platform and a second position in which the seat projects laterally beyond the operating platform; characterized by a subgrade lighting which is mounted to the seat unit and configured to illuminate the subgrade in the second position of the seat unit. a material hopper for receiving paving material; a screed for compacting paving material; and a main control stand with an operating platform and a seat unit with a seat for an operator, wherein the seat unit is movable between a first position in which the seat is present at least substantially within a width of the operating platform and a second position in which the seat projects laterally beyond the operating platform; characterized by a subgrade lighting which is mounted to the seat unit and configured to illuminate the subgrade in the second position of the seat unit.
A sliding component comprising a plurality of dynamic pressure generation grooves (24, 34, 94) formed in a sliding surface of the sliding component so as to be arranged in a circumferential direction and configured for generating a dynamic pressure on the sliding surface of the sliding component, wherein each of the dynamic pressure generation grooves (24, 34, 94) includes: an introduction port (240a, 340a, 440a) which is formed in a first end side of the dynamic pressure generation grooves (24, 34, 94) in a circumferential direction and which is open to a sealing target fluid side; a throttle portion communicating with the introduction port (240a, 340a, 440a) and having a narrowed flow path; and a lead-out port (240b, 340b, 440b) which is formed on a second end side of the dynamic pressure generation grooves (24, 34, 94) opposed to the first end side in the circumferential direction, which communicates with the throttle portion and which is open to the sealing target fluid side, characterized in that the adjoining dynamic pressure generation grooves (24, 34, 94) are isolated from each other by a seal surface in the circumferential direction such that the adjoining dynamic pressure generation grooves are in a non-communication state, the lead-out port (240b, 340b, 440b) which is opened to the sealing target fluid side is smaller than the introduction port (240a, 340a, 440a) which is opened to the sealing target fluid side. an introduction port (240a, 340a, 440a) which is formed in a first end side of the dynamic pressure generation grooves (24, 34, 94) in a circumferential direction and which is open to a sealing target fluid side; a throttle portion communicating with the introduction port (240a, 340a, 440a) and having a narrowed flow path; and a lead-out port (240b, 340b, 440b) which is formed on a second end side of the dynamic pressure generation grooves (24, 34, 94) opposed to the first end side in the circumferential direction, which communicates with the throttle portion and which is open to the sealing target fluid side, characterized in that the adjoining dynamic pressure generation grooves (24, 34, 94) are isolated from each other by a seal surface in the circumferential direction such that the adjoining dynamic pressure generation grooves are in a non-communication state, the lead-out port (240b, 340b, 440b) which is opened to the sealing target fluid side is smaller than the introduction port (240a, 340a, 440a) which is opened to the sealing target fluid side.
A method, comprising: configuring an adjustable measurement cycle for a microphone of a user device for measuring environmental noise; measuring environmental noise in accordance with the measurement cycle; analyzing, at the user device, a spectrum of the measured environmental noise; selecting, based on analyzing the spectrum of the measured environmental noise, a portion of the spectrum corresponding to low noise power for adaptive notification enhancement; generating, at the user device, an adapted notification by selecting a base notification and enhancing frequency bands of the base notification that correspond to the selected portion of the spectrum; and transmitting, at the user device, the adapted notification. configuring an adjustable measurement cycle for a microphone of a user device for measuring environmental noise; measuring environmental noise in accordance with the measurement cycle; analyzing, at the user device, a spectrum of the measured environmental noise; selecting, based on analyzing the spectrum of the measured environmental noise, a portion of the spectrum corresponding to low noise power for adaptive notification enhancement; generating, at the user device, an adapted notification by selecting a base notification and enhancing frequency bands of the base notification that correspond to the selected portion of the spectrum; and transmitting, at the user device, the adapted notification.
Method for statistically correcting the raw digital data output of a digitizer in a radiography system for artifacts resulting from scanning the detector plate by use of a phantom target having sub-targets which form regions of interest (roi) in the X-ray image of the phantom, following the steps of: - identifying the sub-targets, which have known absorption levels for x-ray exposure, - capturing the radiation image of the rois on a detector, - converting the detector image to raw digital data, resulting in digital values for each pixel in the rois, - correcting said digital value for each pixel in the rois, characterized in that the correction is performed by determining a roi-based correction factor based on the median or average value of the roi containing said pixel, a column-based correction factor based on the median or average value of the column in the roi containing said pixel and a row-based correction factor based on the median or average value of the row in the roi containing said pixel and by subjecting the raw digital data of each pixel of the rois to said correction factors. - identifying the sub-targets, which have known absorption levels for x-ray exposure, - capturing the radiation image of the rois on a detector, - converting the detector image to raw digital data, resulting in digital values for each pixel in the rois, - correcting said digital value for each pixel in the rois,
A method for manufacturing an interposer equipped with a plurality of through-hole electrodes, the method comprising: a laser light converging step of converging a laser light at a sheet-like object to be processed made of silicon so as to form a modified region (7, 71, 72, 73) within the object; an etching step of anisotropically etching the object after the laser light converging step so as to advance etching selectively along the modified region (7, 71, 72, 73) and form a plurality of through holes in the object, through holes of the plurality of through holes being tilted with respect to a thickness direction of the object and each through hole having a rectangular or each through hole having an oblong or each through hole having a square cross section an insulating film forming step of forming an insulating film on an inner wall of each through hole after the etching step; and a through-hole electrode forming step of inserting a conductor into the through holes so as to form the through-hole electrodes after the insulating film forming step; characterized in that, the plurality of through holes, when seen from a main face (10x, 3) of the object, are arranged such that the through holes, arranged in the tilted direction, align in a direction perpendicular to the tilted direction while shifting in the tilted direction in a staggered manner. a laser light converging step of converging a laser light at a sheet-like object to be processed made of silicon so as to form a modified region (7, 71, 72, 73) within the object; an etching step of anisotropically etching the object after the laser light converging step so as to advance etching selectively along the modified region (7, 71, 72, 73) and form a plurality of through holes in the object, through holes of the plurality of through holes being tilted with respect to a thickness direction of the object and each through hole having a rectangular or each through hole having an oblong or each through hole having a square cross section an insulating film forming step of forming an insulating film on an inner wall of each through hole after the etching step; and a through-hole electrode forming step of inserting a conductor into the through holes so as to form the through-hole electrodes after the insulating film forming step; characterized in that, the plurality of through holes, when seen from a main face (10x, 3) of the object, are arranged such that the through holes, arranged in the tilted direction, align in a direction perpendicular to the tilted direction while shifting in the tilted direction in a staggered manner.
Electronic device for controlling access to a vehicle using a portable identifier and providing power to a portable device inside that vehicle, said electronic device comprising means for controlling a plurality of external low frequency antennas, a radio receiver or a radio transceiver, a wireless charger comprising at least one coil, said electronic device being configured to operate in at least two mutually exclusive modes: - a first mode where the electronic device is configured to send a high-power signal to a portable identifier using the plurality of external low frequency antennas and to exchange data with said portable identifier terminal using the radio receiver and the external low frequency antennas or the transceiver, - a second mode where the electronic device is configured to detect a portable device placed nearby the wireless charger, to exchange data with the portable device and to provide power to the portable device using a high-power signal through the wireless charger, which electronic device comprises a low-frequency antenna controller and a H-bridge demultiplexer, said H-bridge demultiplexer being connected to the low-frequency antenna controller and configured to connect the low-frequency antenna controller to the plurality of low-frequency antennas when the electronic device is in the first mode and to connect the low-frequency antenna controller to one of the coil of the wireless charger when the electronic device is in the second mode. - a first mode where the electronic device is configured to send a high-power signal to a portable identifier using the plurality of external low frequency antennas and to exchange data with said portable identifier terminal using the radio receiver and the external low frequency antennas or the transceiver, - a second mode where the electronic device is configured to detect a portable device placed nearby the wireless charger, to exchange data with the portable device and to provide power to the portable device using a high-power signal through the wireless charger,
A method of batch processing implemented using a pre-classification mechanism (222; 322; 422; 522; 722; 1170) of a network interface controller (202; 302; 402; 502; 702) of a server (200; 300; 400; 500; 700; 1100), comprising: receiving, by the pre-classification mechanism of the network interface controller, rules for populating a first receive queue (220; 320; 420; 520) and a second receive queue (220; 320; 420; 520) of the server (200; 300; 400; 500; 700; 1100); receiving, by the pre-classification mechanism, packets (216; 316; 416; 516) corresponding to a first protocol intermingled with packets (216; 316; 416; 516) corresponding to a second protocol; and populating, by the pre-classification mechanism of the network interface controller, the first receive queue exclusively with the packets corresponding to the first protocol and the second receive queue exclusively with the packets corresponding to the second protocol based on the rules such that a central processing unit (204; 304; 404; 504; 1130) of the server (200; 300; 400; 500; 700; 1100) is able to obtain a first batch of the packets from the first receive queue and process each of the packets from the first batch using a same node graph path (212, 214), wherein the same node graph path is a series of nodes determined by the first protocol. receiving, by the pre-classification mechanism of the network interface controller, rules for populating a first receive queue (220; 320; 420; 520) and a second receive queue (220; 320; 420; 520) of the server (200; 300; 400; 500; 700; 1100); receiving, by the pre-classification mechanism, packets (216; 316; 416; 516) corresponding to a first protocol intermingled with packets (216; 316; 416; 516) corresponding to a second protocol; and populating, by the pre-classification mechanism of the network interface controller, the first receive queue exclusively with the packets corresponding to the first protocol and the second receive queue exclusively with the packets corresponding to the second protocol based on the rules such that a central processing unit (204; 304; 404; 504; 1130) of the server (200; 300; 400; 500; 700; 1100) is able to obtain a first batch of the packets from the first receive queue and process each of the packets from the first batch using a same node graph path (212, 214), wherein the same node graph path is a series of nodes determined by the first protocol.
A device (10, 600, 800, 900, 1400) for delivering nicotine to a subject, the device comprising a housing (12, 50, 420, 440, 910, 1050, 1260, 1300), the housing comprising: a) an inlet (14, 940, 1410) and an outlet (16, 1040) in communication with each other and adapted so that a gaseous carrier may pass into the housing through the inlet, through the housing and out of the housing through the outlet, the device comprising in series from inlet to outlet: b) a first internal area in communication with the inlet, the first internal area comprising a delivery enhancing compound source (30, 445, 750, 870, 960, 1500), c) a second internal area in communication with the first internal area, the second internal area comprising a nicotine source (40, 435, 740, 880, 970, 1490), i) the nicotine source comprising nicotine and an electrolyte forming compound, both in an aqueous solution, and d) optionally, a third internal area (22, 75) in communication with the second internal area and the outlet, wherein the delivery enhancing compound source comprises an inorganic acid or a carboxylic acid, and the electrolyte forming compound is an Alkali metal hydroxide, an Alkali metal oxide, an Alkaline earth metal oxide, an Alkaline earth metal hydroxide, or a combination thereof. a) an inlet (14, 940, 1410) and an outlet (16, 1040) in communication with each other and adapted so that a gaseous carrier may pass into the housing through the inlet, through the housing and out of the housing through the outlet, the device comprising in series from inlet to outlet: b) a first internal area in communication with the inlet, the first internal area comprising a delivery enhancing compound source (30, 445, 750, 870, 960, 1500), c) a second internal area in communication with the first internal area, the second internal area comprising a nicotine source (40, 435, 740, 880, 970, 1490), i) the nicotine source comprising nicotine and an electrolyte forming compound, both in an aqueous solution, and i) the nicotine source comprising nicotine and an electrolyte forming compound, both in an aqueous solution, and d) optionally, a third internal area (22, 75) in communication with the second internal area and the outlet,
A method of determining a vent time for release of a clutch assembly in a transmission of a vehicle, the method characterised by: ensuring that the vehicle is stopped and that a gear selector in the vehicle is set to a drive condition; venting the clutch assembly; tracking a vent time from when venting begins to when a turbine speed of the transmission rises; reapplying the clutch assembly when the turbine speed of the transmission rises; and setting the clutch assembly vent time based on the tracked vent time. ensuring that the vehicle is stopped and that a gear selector in the vehicle is set to a drive condition; venting the clutch assembly; tracking a vent time from when venting begins to when a turbine speed of the transmission rises; reapplying the clutch assembly when the turbine speed of the transmission rises; and setting the clutch assembly vent time based on the tracked vent time.
A surgical device, comprising: a housing having an ultrasonic transducer positioned therein; an instrument shaft extending from the housing, the instrument shaft comprising an outer sleeve having an articulable region and a non-articulable region, the instrument shaft further comprising, a waveguide that is acoustically coupled with the ultrasonic transducer, wherein a portion of the articulable region is aligned with a flexible portion of the waveguide, and a rotation assembly having an inner sleeve; and an end effector assembly at a distal end of the outer sleeve, the end effector assembly having a clamping element and an ultrasonic blade that is in acoustic communication with the waveguide, wherein the inner sleeve is coupled to the clamping element, the inner sleeve having a multi-segment spiral slot and a pin housed therein such that the pin is configured to selectively slide within the multi-segment spiral slot upon a force applied to an input operatively coupled to the pin to thereby cause rotation of the clamping element about the ultrasonic blade. a housing having an ultrasonic transducer positioned therein; an instrument shaft extending from the housing, the instrument shaft comprising an outer sleeve having an articulable region and a non-articulable region, the instrument shaft further comprising, a waveguide that is acoustically coupled with the ultrasonic transducer, wherein a portion of the articulable region is aligned with a flexible portion of the waveguide, and a rotation assembly having an inner sleeve; and a waveguide that is acoustically coupled with the ultrasonic transducer, wherein a portion of the articulable region is aligned with a flexible portion of the waveguide, and a rotation assembly having an inner sleeve; and an end effector assembly at a distal end of the outer sleeve, the end effector assembly having a clamping element and an ultrasonic blade that is in acoustic communication with the waveguide, wherein the inner sleeve is coupled to the clamping element, the inner sleeve having a multi-segment spiral slot and a pin housed therein such that the pin is configured to selectively slide within the multi-segment spiral slot upon a force applied to an input operatively coupled to the pin to thereby cause rotation of the clamping element about the ultrasonic blade.