mhurhangee/ep-ind-claims huggingface dataset:
Tachograph having a printing device and a paperbox unit, which has a paperbox for accommodating a roll of printing material and which can be introduced into an accommodating shaft of a housing in the push-in direction, and arrested, and, in order for a roll of printing material to be refilled, can be moved out of a rectangular or square mouth opening of the accommodating shaft, and having a paperbox cover panel, which belongs to the paperbox unit and by means of which, with the paperbox unit in the operating position, in which it is introduced into the accommodating shaft, the mouth opening of the accommodating shaft can be closed to form a plane with the front of the housing, wherein the paperbox cover panel is mounted on the paperbox unit such that it can be pivoted, about a pivot axis extending transversely to the push-in direction, out of the operating position of the paperbox unit into an open position, in which it is inclined in relation to the plane of the front of the housing, wherein, on its outer side, the paperbox cover panel has a pushing-open surface at a radial distance from the pivot axis and a pushing-closed surface at a radial distance from the pivot axis, wherein the pushing-open surface and pushing-closed surface are located on opposite sides in relation to the pivot axis, and wherein the paperbox cover panel has arranged on it one or more locking hooks which extend in the push-in direction and, in the operating position of the paperbox unit, engage behind locking stops, arranged on the housing, to prevent the paperbox unit from moving out of the operating position and, by virtue of the paperbox cover panel pivoting into the open position, can be pivoted out of their locking position, in which they engage behind the locking stop, into an unlocking position, in which they do not engage behind the locking stop, and wherein, on one or both of its side regions, the paperbox cover panel has pressure-exerting noses which are arranged on the side of the pushing-open surface, at a radial distance from the pivot axis, and, over the course of the pivoting path of the paperbox cover panel into the open position, pivot in the push-in direction and, between the operating position and the open position of the paperbox cover panel, come into abutment against push-away surfaces of the housing on the lateral peripheral regions of the mouth opening of the accommodating shaft.
A power module substrate with a heat sink (40, 140), comprising: a power module substrate (10, 110) having a circuit layer (12, 112) disposed on one surface of an insulating layer (11, 111) and a metal layer (13, 113) disposed on the other surface of the insulating layer (11, 111), wherein the metal layer (13, 113) is formed by bonding an aluminum sheet composed of aluminum or an aluminum alloy to other surface of the insulating layer (11, 111), and a heat sink (41, 141) bonded to another surface of the power module substrate(10, 110), wherein a bonding surface of the heat sink (41, 141) and a bonding surface of the metal layer (13, 113) of the power module substrate (10, 110) are each composed of aluminum or an aluminum alloy, a bonding layer (50, 150) having a Mg-containing compound (excluding MgO) (52, 152) which contains Mg dispersed in an Al-Si eutectic composition is formed at a bonding interface between the heat sink (41, 141) and the metal layer (13, 113) of the power module substrate(10, 110), and a thickness of the bonding layer (50, 150) is within a range from not less than 5 μm to not more than 80 μm, characterized in that, in the power module substrate (10, 110), a MgO content in the bonding layer (50, 150) is not more than 20% by area. a power module substrate (10, 110) having a circuit layer (12, 112) disposed on one surface of an insulating layer (11, 111) and a metal layer (13, 113) disposed on the other surface of the insulating layer (11, 111), wherein the metal layer (13, 113) is formed by bonding an aluminum sheet composed of aluminum or an aluminum alloy to other surface of the insulating layer (11, 111), and a heat sink (41, 141) bonded to another surface of the power module substrate(10, 110), wherein
A collecting bag for human body waste comprising a barrier film (20a, 20b) covered by a comfort layer, wherein the comfort layer is a textile material having a number of threads each comprising a plurality of fibre filaments (17, 18) and the textile material is attached to the barrier film material in one or more zones of attachment, characterized in that the threads of the textile material has a higher melting point than that of the barrier film material, and wherein, in the one or more zones of attachment, some, but not all of the fibre filaments of the threads are embedded in the barrier film material.
A halogen-free flame-retardant resin composition, based on the weight parts of organic solids, comprising from 1 to 10 parts by weight of bismaleimide resin, from 30 to 60 parts by weight of benzoxazine resin, from 10 to 40 parts by weight of polyepoxy compound, from 5 to 25 parts by weight of phosphorous-containing flame retardant, and from 1 to 25 parts by weight of curing agent, which is amine curing agent and/or phenolic resin curing agent; wherein the bismaleimide resin is obtained by polymerizing any one or at least two of the following bismaleimide monomers, wherein R and X are independently selected from the group consisting of -CH 2 -, wherein R 2 and X 2 are independently selected from the group consisting of H and CH 3.
A catheter comprising a jacket providing a catheter wall and defining a lumen and comprising a jacket material and a helical support in said jacket material along at least some of the length of the jacket, the catheter comprising at least a proximal portion and a distal portion, said distal portion having for at least some of its length a corrugated outer surface of grooves between loops of said helical structure, characterized in that, the catheter comprises a transition portion (53, 54, 204,782, 1152, 1154) between said proximal portion (203, 784, 1151) and said distal portion (205, 1153), said transition portion having a flexural stiffness which is more than that of the distal portion and less than that of the proximal portion, and the transition portion has a corrugated outer surface of grooves between loops of said helical structure in which at least some corrugations (54, 204) of the corrugated outer surface have a smaller depth than depth of corrugations of the surface of the distal portion.
A method comprising: detecting, by a short range communication means of a proxy device having direct access to a communication network via a network communication means, a plurality of electronic devices within a communication range of the proxy device, each of the plurality of electronic devices lacking direct access to the communication network; establishing (504, 506), via the short range communication means of the proxy device and a respective short range communication means of each electronic device, a trusted relationship with the respective electronic devices by authenticating each of the electronic devices during an enrollment process; in response to establishing the trusted relationship, associating, by the proxy device, each of the electronic devices with an access credential; receiving, via the short range communication means of the proxy device, from one of the electronic devices in the electronic devices, a request to conduct a transaction; and initiating, by the network communication means of the proxy device via the communication network, the transaction on behalf of the electronic device using the access credential. detecting, by a short range communication means of a proxy device having direct access to a communication network via a network communication means, a plurality of electronic devices within a communication range of the proxy device, each of the plurality of electronic devices lacking direct access to the communication network; establishing (504, 506), via the short range communication means of the proxy device and a respective short range communication means of each electronic device, a trusted relationship with the respective electronic devices by authenticating each of the electronic devices during an enrollment process; in response to establishing the trusted relationship, associating, by the proxy device, each of the electronic devices with an access credential; receiving, via the short range communication means of the proxy device, from one of the electronic devices in the electronic devices, a request to conduct a transaction; and initiating, by the network communication means of the proxy device via the communication network, the transaction on behalf of the electronic device using the access credential.
A method for improving the antibacterial characteristics of a biomedical implant, the method comprising the steps of: providing a biomedical implant comprising a polymeric or metallic substrate material; and loading the biomedical implant with about 10 wt.% to about 20 wt.% of a powder comprising a β-silicon nitride material, wherein the loaded biomedical implant has increased bacterial resistance as compared to the substrate material alone. providing a biomedical implant comprising a polymeric or metallic substrate material; and loading the biomedical implant with about 10 wt.% to about 20 wt.% of a powder comprising a β-silicon nitride material, wherein the loaded biomedical implant has increased bacterial resistance as compared to the substrate material alone.
A variable focal length telecentric lens apparatus comprising: an objective lens and an imaging lens that are both aligned along a same optical axis; a front side lens system and a rear side lens system that are disposed along the optical axis in a section between the objective lens and the imaging lens, and that change a refractive index in accordance with an input drive signal; and a diaphragm disposed in the section between the front side lens system and the rear side lens system along the optical axis, the diaphragm being formed as a disk-shaped plate with a light transmitting hole at its center. an objective lens and an imaging lens that are both aligned along a same optical axis; a front side lens system and a rear side lens system that are disposed along the optical axis in a section between the objective lens and the imaging lens, and that change a refractive index in accordance with an input drive signal; and a diaphragm disposed in the section between the front side lens system and the rear side lens system along the optical axis, the diaphragm being formed as a disk-shaped plate with a light transmitting hole at its center.
Hand tool having a handle and a tool part, wherein the handle has a receptacle for receiving a motor and wherein the tool part is rotatable about a longitudinal axis of the hand tool by means of a drive device having the motor, characterized in that the motor is arranged in the receptacle with play, wherein a clearance, defined by the play, between the motor and the receptacle and control electronics of the drive device have been cast with a casting compound.
System for dynamic longitudinal positioning of a ski binding or parts thereof, on or in a ski during use, the system being comprised of an electric motor, an energy source for driving the motor, a control system arranged to control the motor and a track that transmits a force from the motor to the ski binding and the heel, characterized in that the track is longitudinally movable in a groove or channel of a plate, and the ski binding and the heel are slidably arranged on the plate.
A method for locating an event, in particular a pulse, in a sensor signal, wherein, in an initialization phase, a scanning window comprising the event is defined, the duration of the window being only a fraction of that of the sensor signal, wherein the sensor signal is scanned in an operating phase within the scanning window at an operating frequency (f A) and the discrete sensor signal (26, 30) thus obtained is evaluated in order to locate the event, wherein the sensor signal is sampled in the initialization phase at an initialization frequency (f I) smaller than the operating frequency (f A), wherein in the initialization phase the duration of the sensor signal is divided into a plurality of test sampling windows, the sensor signal is sampled in the test sampling windows at the initialization frequency (fi) and then the sampling window is set as that test sampling window in which the event is detected, characterized in that the sensor signal is amplified to saturation and evaluated on the basis of in which test sampling windows the amplitude of the sensor signal exceeds a first threshold (A min), wherein the remaining test sampling windows are discarded.
An intradermal injection device characterized by: a unitary body, wherein said unitary body is formed wholly from glass, said unitary body having an open distal end and a proximal end having a skin engaging surface defined thereon and a protrusion extending therefrom, wherein at least a portion of the cross-section of the protrusion is arcuate, a reservoir defined between said distal and proximal ends (40, 30) for accommodating a drug substance, and a channel defined at said proximal end of said unitary body and extending through, and distally from, said skin engaging surface to said reservoir; and, a needle cannula having a sharpened proximal end and a distal end, said needle cannula being secured in said channel with said distal end of said needle cannula being in communication with said reservoir and said proximal end of said needle cannula extending from said protrusion a distance in the range of about 0.5 mm to 3.0 mm, and wherein said protrusion circumscribes said needle cannula such that said skin engaging surface and said protrusion limits penetration of said proximal end of said needle cannula to the dermis layer of the skin of a patient. a unitary body, wherein said unitary body is formed wholly from glass, said unitary body having an open distal end and a proximal end having a skin engaging surface defined thereon and a protrusion extending therefrom, wherein at least a portion of the cross-section of the protrusion is arcuate, a reservoir defined between said distal and proximal ends (40, 30) for accommodating a drug substance, and a channel defined at said proximal end of said unitary body and extending through, and distally from, said skin engaging surface to said reservoir; and, a needle cannula having a sharpened proximal end and a distal end, said needle cannula being secured in said channel with said distal end of said needle cannula being in communication with said reservoir and said proximal end of said needle cannula extending from said protrusion a distance in the range of about 0.5 mm to 3.0 mm, and wherein said protrusion circumscribes said needle cannula such that said skin engaging surface and said protrusion limits penetration of said proximal end of said needle cannula to the dermis layer of the skin of a patient.
A method for monitoring a control channel for a synchronous capsule in a telecommunication system including an access network (102, 104) and an access terminal, comprising: transmitting on said control channel as part of said synchronous capsule, at said access network, a packet directed to said access terminal, said packet being transmitted during a first time period; transmitting on said control channel as part of said synchronous capsule, at said access network, a quick configuration message, said quick configuration message being transmitted during said first time period; transmitting on said control channel as part of said synchronous capsule, at said access network, a set of overhead parameters, said set of overhead parameters being transmitted during a second time period separately from the quick configuration message and said packet; and monitoring at said access terminal said control channel during said second period of said synchronous capsule based on whether an overhead signature determined from said quick configuration message and a stored overhead signature determined from a previous quick configuration message is the same. transmitting on said control channel as part of said synchronous capsule, at said access network, a packet directed to said access terminal, said packet being transmitted during a first time period; transmitting on said control channel as part of said synchronous capsule, at said access network, a quick configuration message, said quick configuration message being transmitted during said first time period; transmitting on said control channel as part of said synchronous capsule, at said access network, a set of overhead parameters, said set of overhead parameters being transmitted during a second time period separately from the quick configuration message and said packet; and monitoring at said access terminal said control channel during said second period of said synchronous capsule based on whether an overhead signature determined from said quick configuration message and a stored overhead signature determined from a previous quick configuration message is the same.
A composite material, comprising-a porous structure, wherein a poly(propylenimine) sorbent is present in a plurality of pores of the porous structure, where the PPI is physically impregnated in the internal volume of the porous structure and not covalently bonded to the internal surface of the porous structure, wherein the PPI is a linear PPI, the linear PPI including only secondary amines, or both primary amines and secondary amines, wherein the PPI has a loading of 10 % to 75 % by weight of the composite material. wherein a poly(propylenimine) sorbent is present in a plurality of pores of the porous structure, where the PPI is physically impregnated in the internal volume of the porous structure and not covalently bonded to the internal surface of the porous structure, wherein the PPI is a linear PPI, the linear PPI including only secondary amines, or both primary amines and secondary amines, wherein the PPI has a loading of 10 % to 75 % by weight of the composite material.
A light-emitting device comprising: a light-emitting element supported on a base substrate; a scattering element having a first surface facing the light-emitting element, the scattering element being spaced apart from the light-emitting element and positioned to receive at least some light from the light-emitting element, and configured to emit scattered light, wherein the base substrate and the scattering element together enclose the light-emitting element and form an enclosure, wherein the enclosure is filled with a medium; and an extractor having a side surface being arranged to receive a portion of the scattered light through an optical interface including or defined by a region of contact with the scattering element, the extractor configured to emit light through an exit surface, the exit surface arranged distal the region of adjacency with the scattering element, wherein the medium has a refractive index n 0 and the scattering element has a refractive index n 1, where n 0 < n 1, and the extractor has a refractive index n 2, where n 0 < n 2, and the side surface being positioned and shaped such that an angle of incidence on the side surface of scattered light received through the region of adjacency that directly impinges on the side surface is equal to or larger than a critical angle for total internal reflection. a light-emitting element supported on a base substrate; a scattering element having a first surface facing the light-emitting element, the scattering element being spaced apart from the light-emitting element and positioned to receive at least some light from the light-emitting element, and configured to emit scattered light, wherein the base substrate and the scattering element together enclose the light-emitting element and form an enclosure, wherein the enclosure is filled with a medium; and an extractor having a side surface being arranged to receive a portion of the scattered light through an optical interface including or defined by a region of contact with the scattering element, the extractor configured to emit light through an exit surface, the exit surface arranged distal the region of adjacency with the scattering element, wherein the medium has a refractive index n 0 and the scattering element has a refractive index n 1, where n 0 < n 1, and the extractor has a refractive index n 2, where n 0 < n 2, and the side surface being positioned and shaped such that an angle of incidence on the side surface of scattered light received through the region of adjacency that directly impinges on the side surface is equal to or larger than a critical angle for total internal reflection.
A method of making bottom-gusseted packages, comprising the steps of: providing a flexible web of material having a longitudinal axis, providing a flexible, sleeve-forming web; cutting said flexible, sleeve-forming web into a plurality of individual sleeves; forming a pair of inwardly extending side gussets (21, 21) at respective opposite edges of said folded flexible web; joining said individual sleeves to said flexible web in spaced apart relationship longitudinally of said flexible web; folding said flexible web of material and joining the lateral margins thereof to form a folded flexible web, and to thereby form a package body for each of said bottom-gusseted packages, each package body including a front package panel and a rear package panel joined at opposite side margins thereof, said individual sleeves being positioned generally within said folded flexible web; and cutting said folded flexible web at intervals each corresponding in length to said length of each of said gusseted packages, characterized in that the spacing between said individual sleeves corresponds to the length of each of said bottom-gusseted packages being formed; and in that the step of joining said individual sleeves to said flexible web comprises providing each of said gusseted packages with a pair of said individual sleeves to form each of said packages with a double bottom gusset comprising a pair of bottom gussets, and positioning each of said inwardly extending side gussets (21, 21) to extend between the respective pair of bottom gussets. providing a flexible web of material having a longitudinal axis, providing a flexible, sleeve-forming web; cutting said flexible, sleeve-forming web into a plurality of individual sleeves; forming a pair of inwardly extending side gussets (21, 21) at respective opposite edges of said folded flexible web; joining said individual sleeves to said flexible web in spaced apart relationship longitudinally of said flexible web; folding said flexible web of material and joining the lateral margins thereof to form a folded flexible web, and to thereby form a package body for each of said bottom-gusseted packages, each package body including a front package panel and a rear package panel joined at opposite side margins thereof, said individual sleeves being positioned generally within said folded flexible web; and cutting said folded flexible web at intervals each corresponding in length to said length of each of said gusseted packages, characterized in that the spacing between said individual sleeves corresponds to the length of each of said bottom-gusseted packages being formed; and in that the step of joining said individual sleeves to said flexible web comprises providing each of said gusseted packages with a pair of said individual sleeves to form each of said packages with a double bottom gusset comprising a pair of bottom gussets, and positioning each of said inwardly extending side gussets (21, 21) to extend between the respective pair of bottom gussets.