mhurhangee/ep-ind-claims huggingface dataset:
A water-soluble packaging film comprising: - polyvinyl alcohol modified with a hydrophilic group; - a plasticizer; and - starch, the starch being applied to a front surface and a rear surface of the water-soluble packaging film, the starch being applied in an amount of 0.001 to 0.10 g per 1 m 2 of the water-soluble packaging film, which is an amount applied to the front surface and the rear surface, the water-soluble packaging film having a contact angle with distilled water measured by the sessile-drop method according to JIS R 3257 as described in the description of 23° to 40°. - polyvinyl alcohol modified with a hydrophilic group; - a plasticizer; and - starch, the starch being applied to a front surface and a rear surface of the water-soluble packaging film, the starch being applied in an amount of 0.001 to 0.10 g per 1 m 2 of the water-soluble packaging film, which is an amount applied to the front surface and the rear surface, the water-soluble packaging film having a contact angle with distilled water measured by the sessile-drop method according to JIS R 3257 as described in the description of 23° to 40°. the starch being applied to a front surface and a rear surface of the water-soluble packaging film, the starch being applied in an amount of 0.001 to 0.10 g per 1 m 2 of the water-soluble packaging film, which is an amount applied to the front surface and the rear surface, the water-soluble packaging film having a contact angle with distilled water measured by the sessile-drop method according to JIS R 3257 as described in the description of 23° to 40°.
A method for engine braking in a combustion engine comprising at least one cylinder having a cylinder volume and a piston displaceable in said cylinder, an intake air channel having a first pressure, a first inlet valve arranged between the intake air channel and the cylinder volume, an exhaust air channel having a second pressure, a first outlet valve arranged between the cylinder volume and the exhaust air channel, and a storage reservoir having a third pressure that is higher than said first pressure and said second pressure, the storage reservoir being arranged between the first outlet valve and a controllable valve in the exhaust air channel and in controllable fluid communication with the cylinder volume by means of said first outlet valve, the method taking place during two-stroke cycle and comprises the steps of: - displacing the piston from the upper dead centre towards the lower dead centre, - keeping the first inlet valve open during at least a part of the time the piston is displaced from the upper dead centre to the lower dead centre, wherein the opening of the first inlet valve is taking place during the second half of the displacement of the piston from the upper dead centre towards the lower dead centre, and wherein the first inlet valve is closed at the latest when the piston is located at the lower dead centre, - opening the fluid communication between the storage reservoir and the cylinder volume, in connection with the piston being located at the lower dead centre and when the first inlet valve is closed, - displace the piston from the lower dead centre towards the upper dead centre, and - keeping the fluid communication between the storage reservoir and the cylinder volume open during at least a part of the time the piston is displaced from the lower dead centre to the upper dead centre. - displacing the piston from the upper dead centre towards the lower dead centre, - keeping the first inlet valve open during at least a part of the time the piston is displaced from the upper dead centre to the lower dead centre, wherein the opening of the first inlet valve is taking place during the second half of the displacement of the piston from the upper dead centre towards the lower dead centre, and wherein the first inlet valve is closed at the latest when the piston is located at the lower dead centre, - opening the fluid communication between the storage reservoir and the cylinder volume, in connection with the piston being located at the lower dead centre and when the first inlet valve is closed, - displace the piston from the lower dead centre towards the upper dead centre, and - keeping the fluid communication between the storage reservoir and the cylinder volume open during at least a part of the time the piston is displaced from the lower dead centre to the upper dead centre.
A panorama photography method comprising: capturing a first image for a segment of a panorama photograph; generating a guide image from a predefined section of the first image, wherein the predefined section is located at a region of the first image corresponding to a direction a photographing position shifts after capturing the first image; detecting a first edge in the guide image, the first edge corresponding to points in the guide image at which sharp changes to image properties of the guide image occur; acquiring a preview image for a second image to be captured, the second image being adjacent to the first image; detecting a second edge in the preview image, the second edge being obtained from a predefined part of the preview image and corresponding to points in the preview image at which sharp changes to image properties of the preview image occur, the predefined part coinciding with the guide image; comparing the first edge with the second edge; generating notification data based on a comparison result of the edges, and a synthetic image synthesized from the guide image and the preview image; and outputting the synthetic image and the notification data. capturing a first image for a segment of a panorama photograph; generating a guide image from a predefined section of the first image, wherein the predefined section is located at a region of the first image corresponding to a direction a photographing position shifts after capturing the first image; detecting a first edge in the guide image, the first edge corresponding to points in the guide image at which sharp changes to image properties of the guide image occur; acquiring a preview image for a second image to be captured, the second image being adjacent to the first image; detecting a second edge in the preview image, the second edge being obtained from a predefined part of the preview image and corresponding to points in the preview image at which sharp changes to image properties of the preview image occur, the predefined part coinciding with the guide image; comparing the first edge with the second edge; generating notification data based on a comparison result of the edges, and a synthetic image synthesized from the guide image and the preview image; and outputting the synthetic image and the notification data.
A method of detecting a nucleic acid of interest in a solution, said method comprising: (a) contacting a solution suspected of containing said nucleic acid of interest with a PNA capture probe and a PNA reporter probe; wherein (i) said PNA capture probe comprises at least two trans-cyclopentanes; (ii) said PNA reporter probe comprises at least six biotin groups; (iii) said PNA capture probe bound to a surface; and (iv) said PNA capture probe and said PNA reporter probe each comprise a nucleobase sequence that is complementary to different non-overlapping portions of said nucleic acid of interest; (b) detecting the presence of said PNA capture probe and said PNA reporter probe bound to said surface; wherein said nucleic acid of interest is detected when 1-1000 molecules of said nucleic acid of interest are present in the solution being tested. (a) contacting a solution suspected of containing said nucleic acid of interest with a PNA capture probe and a PNA reporter probe; wherein (i) said PNA capture probe comprises at least two trans-cyclopentanes; (ii) said PNA reporter probe comprises at least six biotin groups; (iii) said PNA capture probe bound to a surface; and (iv) said PNA capture probe and said PNA reporter probe each comprise a nucleobase sequence that is complementary to different non-overlapping portions of said nucleic acid of interest; (i) said PNA capture probe comprises at least two trans-cyclopentanes; (ii) said PNA reporter probe comprises at least six biotin groups; (iii) said PNA capture probe bound to a surface; and (iv) said PNA capture probe and said PNA reporter probe each comprise a nucleobase sequence that is complementary to different non-overlapping portions of said nucleic acid of interest; (b) detecting the presence of said PNA capture probe and said PNA reporter probe bound to said surface;
An endoluminal prosthesis comprising: a tubular support structure comprising at least one strut; and an anchor attachable to the support structure comprising: an anchor body, wherein the anchor body comprises a cannula comprising a first end, a second end, and a middle section and a longitudinal axis extending from the first end to the second end, wherein the middle section comprises a plurality of open portions arranged in at least two arrays around the anchor body and a plurality of bands arranged around the anchor body for attaching the anchor body to one of the at least one strut of the support structure; and one or more barbs extending outwardly from the anchor body; characterized in that: each of the plurality of open portions comprises a first end, a second end, and a middle section, the first end comprising a circular shape, the second end comprising a circular shape, and the middle section has a linear shape; the middle section of the plurality of open portions (20 is parallel to the longitudinal axis of the anchor body;and the plurality of open portions are formed along the anchor body. a tubular support structure comprising at least one strut; and an anchor attachable to the support structure comprising: an anchor body, wherein the anchor body comprises a cannula comprising a first end, a second end, and a middle section and a longitudinal axis extending from the first end to the second end, wherein the middle section comprises a plurality of open portions arranged in at least two arrays around the anchor body and a plurality of bands arranged around the anchor body for attaching the anchor body to one of the at least one strut of the support structure; and one or more barbs extending outwardly from the anchor body; an anchor body, wherein the anchor body comprises a cannula comprising a first end, a second end, and a middle section and a longitudinal axis extending from the first end to the second end, wherein the middle section comprises a plurality of open portions arranged in at least two arrays around the anchor body and a plurality of bands arranged around the anchor body for attaching the anchor body to one of the at least one strut of the support structure; and one or more barbs extending outwardly from the anchor body; each of the plurality of open portions comprises a first end, a second end, and a middle section, the first end comprising a circular shape, the second end comprising a circular shape, and the middle section has a linear shape; the middle section of the plurality of open portions (20 is parallel to the longitudinal axis of the anchor body;and the plurality of open portions are formed along the anchor body.
Transmission assembly for a motor vehicle with a gearbox comprising a clutch, a clutch release device, a reversible rotating electric machine provided with a rotor with a central opening, an intermediate shaft between the clutch and the rotor of the electric machine, the said shaft bearing the release device at the front and penetrating into the central opening in the rotor, the transmission assembly comprising a dry friction clutch provided with a reaction plate, and, at the front, a dual mass flywheel configured to be fastened on the crankshaft of the combustion engine of the vehicle and to form the reaction plate of the dry friction clutch, and, at the rear, a torsion damper configured to be rotationally connected to the input shaft of the gearbox, the rotor of the electric machine being fastened to the torsion damper.
A braking pad, comprising a back plate, a pad of friction material, and at least a thermoelectric module comprising P and N type semiconductor elements, said thermoelectric module having a first main surface and a second main surface opposite to said first main surface, a first heat exchanger being provided in contact to said first main surface of said thermoelectric module, characterized in that said back plate is provided with at least a through hole wherein at least said N and P doped semiconductor elements of said thermoelectric module are integrated, and in that a second heat exchanger housed in said through hole is provided in contact to said second main surface of said thermoelectric module.
An aqueous formulation for topical application to the skin comprising water, propylene glycol, benzoyl peroxide, and an antibiotic, wherein the antibiotic is a member of the lincomycin family, wherein the concentration of the propylene glycol is sufficient to provide a stable suspension of benzoyl peroxide in the aqueous formulation without the inclusion of a surfactant in the formulation, wherein the combined concentration of water and propylene glycol is sufficient to provide a suspension of a benzoyl peroxide in a saturated solution of benzoyl peroxide, wherein the concentration of benzoyl peroxide in the formulation is less than 5.0% and at least 1.0% w/w, wherein the ratio of water to propylene glycol in the formulation is at least 12:1 (w/w) or at least 20:1 (w/w), and wherein the concentration (% w/w) of propylene glycol is 1 to 4 times the concentration (% w/w) of the benzoyl peroxide in the formulation.
An eSIM Device Enablement Service Discovery Service, eDES DS, configured to carry out a computer implemented method for initiating a download of a profile from a subscription management server (SM-DP+; SM-SR) comprised in a MNO network operator infrastructure to a security enclave comprised in an enterprise mobile radio device, the method comprising the steps performed at the eSIM Device Enablement Service Discovery Service, eDES DS: a) receiving, from the mobile network operator MNO server infrastructure, a first user ID of a user associated with a first enterprise mobile radio device, b) receiving a second user ID from a second enterprise mobile radio device, c) verifying if the first user ID and the second user ID are the same user ID, so as to verify that the first enterprise mobile radio device is identical to the second enterprise mobile radio device, further referenced to as the identified enterprise mobile radio device, e) requesting download of a profile from a subscription management server (SM-DP+) to the security enclave of the identified enterprise mobile radio device, f) receiving, from the subscription management server (SM-DP+), profile activation data of said profile for which download was requested, which activation data, when sent to the subscription management server (SM-DP+), enable to trigger download of said profile for which download was requested from the subscription management server (SM-DP+) to a device, g) forwarding the received profile activation data to a device client of the identified enterprise mobile radio device, so as to initiate the identified enterprise mobile radio device to request download of a profile from the subscription management server (SM-DP+). a) receiving, from the mobile network operator MNO server infrastructure, a first user ID of a user associated with a first enterprise mobile radio device, b) receiving a second user ID from a second enterprise mobile radio device, c) verifying if the first user ID and the second user ID are the same user ID, so as to verify that the first enterprise mobile radio device is identical to the second enterprise mobile radio device, further referenced to as the identified enterprise mobile radio device, e) requesting download of a profile from a subscription management server (SM-DP+) to the security enclave of the identified enterprise mobile radio device, f) receiving, from the subscription management server (SM-DP+), profile activation data of said profile for which download was requested, which activation data, when sent to the subscription management server (SM-DP+), enable to trigger download of said profile for which download was requested from the subscription management server (SM-DP+) to a device, g) forwarding the received profile activation data to a device client of the identified enterprise mobile radio device, so as to initiate the identified enterprise mobile radio device to request download of a profile from the subscription management server (SM-DP+).
A printer for printing information on recording media, the printer comprising: a guide configured to guide a recording medium being fed, the guide including multiple holes (141, 142) arranged in a width direction of the recording medium, and the recording medium having a predetermined width; a single sensor; and a board that includes multiple terminals (161, 162) each of which includes multiple electrodes on which the sensor is mountable, wherein the sensor is mounted on one of the terminals so that the sensor is exposed through one of the holes and is able to detect a black mark printed on the recording medium through the one of the holes; and the printer is adaptable to support another recording medium having a width different from the predetermined width of the recording medium by mounting the sensor on another one of the terminals (161, 162) so that the sensor is exposed through another one of the holes and is able to detect a black mark printed on the another recording medium through the another one of the holes (141, 142). a guide configured to guide a recording medium being fed, the guide including multiple holes (141, 142) arranged in a width direction of the recording medium, and the recording medium having a predetermined width; a single sensor; and a board that includes multiple terminals (161, 162) each of which includes multiple electrodes on which the sensor is mountable, wherein the sensor is mounted on one of the terminals so that the sensor is exposed through one of the holes and is able to detect a black mark printed on the recording medium through the one of the holes; and the printer is adaptable to support another recording medium having a width different from the predetermined width of the recording medium by mounting the sensor on another one of the terminals (161, 162) so that the sensor is exposed through another one of the holes and is able to detect a black mark printed on the another recording medium through the another one of the holes (141, 142).
A method for controlling a luminance of an image, the method comprising: determining a light source area based on a light signal strength of pixels comprised in the image; determining a surrounding area of the light source area in a predetermined manner; and adjusting a luminance characteristic of the light source area and the surrounding area based on at least one of a characteristic of the image indicated in image-related metadata, a characteristic of a display device indicated in display-related metadata, and a characteristic of a surrounding environment; wherein the luminance characteristic of the light source area and the surrounding area is adjusted by a calibration value for at least one factor related to the luminance characteristic of the light source area and the surrounding area, and the at least one factor and the calibration value are determined to increase a size of the light source area and reduce a luminance of the surrounding area. determining a light source area based on a light signal strength of pixels comprised in the image; determining a surrounding area of the light source area in a predetermined manner; and adjusting a luminance characteristic of the light source area and the surrounding area based on at least one of a characteristic of the image indicated in image-related metadata, a characteristic of a display device indicated in display-related metadata, and a characteristic of a surrounding environment; wherein the luminance characteristic of the light source area and the surrounding area is adjusted by a calibration value for at least one factor related to the luminance characteristic of the light source area and the surrounding area, and the at least one factor and the calibration value are determined to increase a size of the light source area and reduce a luminance of the surrounding area.
Chair, comprising a chair base, upon which a seat and a backrest connected with the seat via a synchronous mechanism are movably mounted, wherein a spring that presses the seat into a base position of the chair and a thrust bearing rotatably mounted on the chain base are provided, wherein the thrust bearing is designed to interact with the seat and has a bearing surface (5.1) upon which one end of the spring can be positioned to set an effective spring force in various positions, wherein a setting element that transmits exclusively tensile forces is provided to determine the position of the one end of the spring on the bearing surface (5.1), characterized in that the setting element is guided around the thrust bearing and is closed in itself in design.
A LED lighting device, comprising a lighting body extending substantially along an axis and internally provided with a chamber housing a LED light source comprising a plurality of LEDs; the chamber being delimited by at least one lateral wall defined by a diffuser having an outer surface defining an emission surface of the device; the diffuser having a transmission coefficient greater than or equal to 50%; wherein the lighting body is a substantially tubular hollow body, rectilinear or curved, which extends along and about the axis; wherein the diffuser has a tubular shape about the axis and laterally delimits the chamber; the light source extending parallel to the axis and comprising a plurality of LEDs longitudinally spaced apart from one another parallel to the axis; the device being characterized in that the diffuser has a reflection coefficient greater than or equal to 45%; the diffuser defining a lateral wall closed at respective opposite axial ends by two discs joined to respective end edges of the lateral wall; and wherein the discs are made, at least in part, of a transparent material, for example a polymeric material, and therefore constitute further, at least partly transparent walls of the chamber, which are provided with respective inner reflecting coatings facing the chamber and having a reflection coefficient greater than or equal to 80% and a transmission coefficient greater than or equal to 15%.
Midsole for a running shoe comprising a rear foot area with a bottom heel portion and an upper heel portion, whereby the upper heel portion is moulded in one piece with the bottom heel portion and extended vertically to cover the tuberosity of the calcaneus, whereby the upper heel portion is asymmetric about a vertical axis (B-B) dividing the midsole into two halves, characterized in that the area of midsole material supporting the heel on the medial side of the upper heel portion is larger than the supporting area of the midsole material on the lateral side of the upper heel portion.