mhurhangee/ep-ind-claims huggingface dataset:
Manual valve, particularly for cleaning in the food industry, with a longitudinal extension direction, an inlet for a fluid and an outlet for the fluid, wherein the inlet and the outlet are arranged on opposite ends of the manual valve along the longitudinal extension direction, wherein the manual valve comprises a sealing piston, wherein the sealing piston is movable along the longitudinal extension direction for the opening and/or closing of the manual valve and/or wherein the fluid can flow through the sealing piston in the open position of the manual valve, preferably along the longitudinal extension direction, and wherein an actuating element is provided for actuating the manual valve, characterised in that the actuating element engages the sealing piston with rollers as sliding elements, such that a low-friction gliding of the actuating element on a sliding surface of the sealing piston is enabled.
A layering simulation apparatus comprising simulation means for simulating a wearing state of a plurality of garments put on a human body model, having input means for inputting a layering order of an inner garment (42, 52) and an outer garment(40, 50) to be layered, detection means (34, 36) for detecting a section in an image of the outer garment (40, 50) and an image of the inner garment (42, 52) inconsistent with the layering order, the image being a 3D model of a garment comprising a plurality of polygons or loops and having elastic modulus and friction coefficient moving means for moving the outer garment (40, 50) to the outside of the inner garment (42, 52) in the section in the images, and a rendering unit performing rendering on the 3D image, the layering simulation apparatus being characterized by: storage means for storing the image of the outer garment (40, 50) and the image of the inner garment (42, 52), worn by the human body model, resultant by the simulation without the other garment to be layered, wherein the detection means (34, 36) detects a section inconsistent with the layering order in a superposed image of the outer garment(40, 50) and the image of the inner garment (42, 52) stored in the storage means; smoothing means for smoothing the image of the outer garment(40, 50) moved by the moving means; and the simulation means simulating the wearing state of the plurality of garments from the superposed image, wherein the image of the outer garment (40, 50) is smoothened by the smoothing means in the superposed image. storage means for storing the image of the outer garment (40, 50) and the image of the inner garment (42, 52), worn by the human body model, resultant by the simulation without the other garment to be layered, wherein the detection means (34, 36) detects a section inconsistent with the layering order in a superposed image of the outer garment(40, 50) and the image of the inner garment (42, 52) stored in the storage means; smoothing means for smoothing the image of the outer garment(40, 50) moved by the moving means; and the simulation means simulating the wearing state of the plurality of garments from the superposed image, wherein the image of the outer garment (40, 50) is smoothened by the smoothing means in the superposed image.
A device for opening a cabinet door of a cabinet body, with an ejection device, which is set back when opening the cabinet door, characterized in that a unit composed of ejection piston having a compression spring and a locking unit, and a tension rod having an extension spring can be arranged in the cabinet body, in that the ejection piston and the tension rod are coupled to one another via a control device which acts only upon retraction of the ejection piston into the cabinet body and displaces the tension rod out of the cabinet body against the tensile force of the extension spring, in that, in the mounted state, in the closed position of the cabinet door, the ejection piston and the tension rod are stored in the cabinet body, wherein the locking unit arrests the stored position of the ejection piston (stored position Fig. 6), in that, in the mounted state, when the cabinet door is slightly pushed (a), the distance (x) between the cabinet door and the cabinet body is eliminated and the locking unit can be disengaged, in that when the cabinet door is slightly pushed (a), the distance (x) between the cabinet door and the cabinet body is eliminated and the locking unit can be disengaged, in that after slightly having pushed (a) the cabinet door, the compression spring of the ejection piston is displaced out of the cabinet body, wherein the tension rod is also displaceable out of the cabinet body against the tensile force of the extension spring by a retaining element on the inner side of the cabinet door (intermediate position Fig. 7), in that after a manual elimination of the intermediate position (Fig. 8, 9), the tension rod is extensible farther outward, since the retaining element maintains the connection with the cabinet door and wherein the ejection piston can be returned into the cabinet body and locked via the control unit, and in that after further manual opening of the cabinet body, the tension rod is released and is returned via the extension spring into the retracted initial position (FIG. 9).
A method of securing communications in a playback device using a key base and at least one key contribution from a rights management server, the method comprising: generating the key base using a decryption key and at least one key contribution using the rights management server, where the decryption key can be recovered using the key base and the at least one key contribution, the decryption key is necessary to access a piece of content; sending the key base and the at least one key contribution to a playback device using the rights management server; receiving the key base at a client application in the playback device; receiving the at least one key contribution at the client application in the playback device; sending the key base to a decryption module in the playback device; sending the key contribution to a control module in the playback device; performing a control feature on aspects of playback of the piece of content to enforce control, authentication and/or tracking mechanisms on the content using the control module in the playback device; providing the key contribution from the control module to the decryption module when the control feature is performed by the control module; generating the decryption key using the key base and the at least one key contribution using the decryption module in the playback device; and accessing at least a portion of the piece of content using at least the generated decryption key using the playback device. generating the key base using a decryption key and at least one key contribution using the rights management server, where the decryption key can be recovered using the key base and the at least one key contribution, the decryption key is necessary to access a piece of content; sending the key base and the at least one key contribution to a playback device using the rights management server; receiving the key base at a client application in the playback device; receiving the at least one key contribution at the client application in the playback device; sending the key base to a decryption module in the playback device; sending the key contribution to a control module in the playback device; performing a control feature on aspects of playback of the piece of content to enforce control, authentication and/or tracking mechanisms on the content using the control module in the playback device; providing the key contribution from the control module to the decryption module when the control feature is performed by the control module; generating the decryption key using the key base and the at least one key contribution using the decryption module in the playback device; and accessing at least a portion of the piece of content using at least the generated decryption key using the playback device.
Security document configured as a passportbook, comprising a two-dimensionally extending composite body, with an upper side and an opposite lower side, which is composed of at least two substrate layers (35, 37), and a textile, which is formed from threads, and of which at least one two-dimensional section is arranged between the at least two substrate layers (35, 37), wherein at least one optically detectable representation is located in the security document, which is covered or can be covered at least by a portion of the section of the textile arranged between the at least two substrate layers (35, 37), wherein the textile and the at least one optically detectable representation are designed in such a way that an image of the overlap of the at least one part of the section of the textile above the at least one optically detectable representation, when optically detected through the upper side of the composite body, is dependent on a detecting direction relative to the upper side of the composite body, characterised in that the textile projects with a flap section over edges (135, 137) of the at least two substrate layers (35, 37) of the composite body, between which the textile with the one section is arranged, and the flap section is integrated with further passportbook pages (5 to 9) to form the passportbook.
A method of wireless communication for a user equipment, UE, the method comprising: receiving, by the UE, a downlink communication from a base station, the downlink communication including an update to at least one semi-persistent scheduling, SPS, or configured grant, CG, parameter, wherein the downlink communication indicates whether to use a default action time or a non-default action time as an action time for the update to take effect based on the downlink communication, wherein the downlink communication comprises an activation/reactivation downlink control information, DCI, that indicates an action time value; determining, by the UE, to use the default action time as the action time in response to the action time value being equal to a reserved value and to use the non-default action time as the action time in response to the action time value not being equal to the reserved value; and applying, by the UE, the update to the at least one SPS or CG parameter for communications of the UE beginning at and following the action time. receiving, by the UE, a downlink communication from a base station, the downlink communication including an update to at least one semi-persistent scheduling, SPS, or configured grant, CG, parameter, wherein the downlink communication indicates whether to use a default action time or a non-default action time as an action time for the update to take effect based on the downlink communication, wherein the downlink communication comprises an activation/reactivation downlink control information, DCI, that indicates an action time value; determining, by the UE, to use the default action time as the action time in response to the action time value being equal to a reserved value and to use the non-default action time as the action time in response to the action time value not being equal to the reserved value; and applying, by the UE, the update to the at least one SPS or CG parameter for communications of the UE beginning at and following the action time.
A process for the preparation of a compound of general formula I or its salts with enantiomeric purity ee>90% wherein the isoindolinone aromatic ring can be mono- or polysubstituted with X that may represent H, halogen, an alkyl C 1 -C 10 group or an alkoxy C 1 -C 10 group, nitro, phenyl; said process comprising a decarboxylation process of formula A or of the diacid B, both with enantiomeric purity ee>90% performed under acidic conditions, temperature >95°C and reaction time of less than 30 minutes wherein R is an alkyl C 1 -C 10 group according to the following Scheme S1: the isoindolinone aromatic ring can be mono- or polysubstituted with X that may represent H, halogen, an alkyl C 1 -C 10 group or an alkoxy C 1 -C 10 group, nitro, phenyl; said process comprising a decarboxylation process of formula A or of the diacid B, both with enantiomeric purity ee>90% performed under acidic conditions, temperature >95°C and reaction time of less than 30 minutes wherein R is an alkyl C 1 -C 10 group according to the following Scheme S1:
A meniscus regeneration substrate capable of promoting meniscus regeneration when used to fill a defect of a meniscus of a knee joint in meniscus regeneration, the meniscus regeneration substrate having a structure in which a sponge layer containing a bioabsorbable material having a lower decomposition rate than polyglycolide, a non-woven fabric layer containing polyglycolide, and a sponge layer containing a bioabsorbable material having a lower decomposition rate than polyglycolide are integrated in the stated order, the non-woven fabric layer having a 50% compression stress of 0.5 MPa or higher and a thickness of 2 mm or more, wherein the non-woven fabric layer has a density of 400 mg/cm 3 or higher, wherein the non-woven fabric layer contains a non-woven fabric having an average fiber size from 25 denier to 40 denier, wherein the non-woven fabric layer is sewn with a sewing machine using yarn containing a bioabsorbable material, and the pitch in the sewing with a sewing machine is 5 mm or less. the meniscus regeneration substrate having a structure in which a sponge layer containing a bioabsorbable material having a lower decomposition rate than polyglycolide, a non-woven fabric layer containing polyglycolide, and a sponge layer containing a bioabsorbable material having a lower decomposition rate than polyglycolide are integrated in the stated order, the non-woven fabric layer having a 50% compression stress of 0.5 MPa or higher and a thickness of 2 mm or more, wherein the non-woven fabric layer has a density of 400 mg/cm 3 or higher, wherein the non-woven fabric layer contains a non-woven fabric having an average fiber size from 25 denier to 40 denier, wherein the non-woven fabric layer is sewn with a sewing machine using yarn containing a bioabsorbable material, and the pitch in the sewing with a sewing machine is 5 mm or less.
A device for guiding a drilling tool to form an opening in a bone, comprising: a body extending from a distal end to a proximal end, the body including a lumen extending therethrough, the lumen being sized and shaped to slidably accommodate a guidewire therein; and a plurality of arms extending therefrom about the lumen with a gripping surface of each arm being spaced radially from an axis of the guide wire lumen by a distance adapted to correspond to a thickness of a guidewire to be received therein, the gripping surfaces adapted to grip the guidewire to maintain a portion thereof extending from the lumen along the axis of the lumen; characterized in that the gripping surface of a first one of the arms is formed at a proximal end thereof, the gripping surface extending further radially inward toward the axis of the lumen than portions of the arm extending distally from the gripping surface. a body extending from a distal end to a proximal end, the body including a lumen extending therethrough, the lumen being sized and shaped to slidably accommodate a guidewire therein; and a plurality of arms extending therefrom about the lumen with a gripping surface of each arm being spaced radially from an axis of the guide wire lumen by a distance adapted to correspond to a thickness of a guidewire to be received therein, the gripping surfaces adapted to grip the guidewire to maintain a portion thereof extending from the lumen along the axis of the lumen;
Medicament dispenser for delivering a medicament (9, 53) to a user, the medical dispenser comprising: - one One or more internal storages (3, 52) for storing one or more medicaments (9, 53); - a dispensing unit (10, 101) configured to access said one or more internal storages (3, 52) and dispense the medicament (9; 53) based on a predefined dispensing protocol; - a control unit comprising a user recognition unit (12, 19, 54), adapted to collect user authentication data, and a communication module configured to send/receive said user authentication data and a delivery control data associated to said predefined dispensing protocol to/from a remote server, wherein said control unit is configured to enable/disable said dispensing unit (10, 101) based on said user authentication data and said delivery control data; - a destruction system of the one or more medicaments (9, 53), characterized in that said destruction system comprises a reservoir disposed within the internal storage (3, 52), said reservoir having frangible walls and containing a medicament-neutralizing agent. - one One or more internal storages (3, 52) for storing one or more medicaments (9, 53); - a dispensing unit (10, 101) configured to access said one or more internal storages (3, 52) and dispense the medicament (9; 53) based on a predefined dispensing protocol; - a control unit comprising a user recognition unit (12, 19, 54), adapted to collect user authentication data, and a communication module configured to send/receive said user authentication data and a delivery control data associated to said predefined dispensing protocol to/from a remote server, wherein said control unit is configured to enable/disable said dispensing unit (10, 101) based on said user authentication data and said delivery control data; - a destruction system of the one or more medicaments (9, 53),
A method of diagnosing a glow plug, the method comprising: measuring a current resistance value (Rcurrent) of the glow plug, which is in an operating state, when energization current and an applied voltage of the glow plug are acquired on the basis of the energization current and the applied voltage; determining whether or not the rate of the change of the current resistance value (Rcurrent) with respect to an initial resistance value (Rinitial) of the glow plug exceeds a first predetermined value, wherein the initial resistance value (Rinitial) of the glow plug is a resistance value that is obtained when the glow plug is mounted on a vehicle; when the rate of the change of the current resistance value (Rcurrent) with respect to the initial resistance value (Rinitial) of the glow plug exceeds the first predetermined value, determining whether or not the rate of the change of the current resistance value (Rcurrent) with respect to a last resistance value (Rlast) exceeds a second predetermined value, wherein the last resistance value (Rlast) is a resistance value of the glow plug, which has been recently measured before the acquisition of the current resistance value (Rcurrent); and determining that the glow plug is in an abnormal degradation state when the rate of the change of the current resistance value (Rcurrent) with respect to the last resistance value (Rlast) exceeds the second predetermined value. measuring a current resistance value (Rcurrent) of the glow plug, which is in an operating state, when energization current and an applied voltage of the glow plug are acquired on the basis of the energization current and the applied voltage; determining whether or not the rate of the change of the current resistance value (Rcurrent) with respect to an initial resistance value (Rinitial) of the glow plug exceeds a first predetermined value, wherein the initial resistance value (Rinitial) of the glow plug is a resistance value that is obtained when the glow plug is mounted on a vehicle;
A disposable bag for containing and disposing of filth, formed such that a water-soluble filth collecting member and a water-soluble filth containing member are joined together in a separable manner, wherein U-shape formation means for bringing the filth collecting member into an approximate U-shape is formed in the filth collecting member the filth collecting member and the filth containing member are composed of water-soluble paper of which dispersion time is 60 seconds or more.
Total knee prosthesis with a movable plate, which comprises a femoral component made up of a trochlea extended on either side of a notch by two condylar pads - and - (If). These pads, which can bend and rotate, work in conjunction with the movable plate, which is capable of limited anteroposterior displacement with respect to a base, which is part of a tibial component. The femoral component has a cam profile element that is placed crosswise between the two condylar pads and, at the free end of the inter-condylar notch, and that is capable of working in conjunction with a supporting area that is profiled accordingly. This supporting area is part of a post that is securely attached to the aforementioned base. This prosthesis is characterised by the fact that the plate has, roughly in its middle, an opening that is generally oblong in shape, which delimits two symmetric cavities that are the same size as the condylar pads. The aforementioned opening works in conjunction with a pivot axis on the tibial base; the aforementioned plate is designed so that it can rotate about the aforementioned pivot axis, and move from front to back as well as laterally; the breadth of the opening is greater than the diameter of the pivot axis; the aforementioned cam profile element works in conjunction with the profiled supporting area, in a flexed position at an angle greater than around 75°, so as to concomitantly result in the anteroposterior displacement of the plate with respect to the base, followed by the limited recoil of the aforementioned plate in the femoral component's maximally flexed position with respect to the tibial component; the post is inserted in the pivot axis and comes out of the base after passing through the opening of the plate.