mhurhangee/ep-ind-claims huggingface dataset:
Awning for roof window screening, the awning being arranged to be fixed to the external surface of the window or the window cover, particularly of rectangular form, the awning consisting of an assembly rail and a body, where said body comprises a housing, roller consoles, side covers, and a coiling mechanism for coiling up a flexible translucent material on a roller, by a spring causing a turning moment, the material ending along its movable edge with a manually shifting beam, the roller comprising an axle the assembly rail is arranged to be fixed to the external surface of the window and the body is arranged to be turned aside when mounting the assembly rail characterized in that the assembly rail and the body are connected in hinged mode through the housing by an elastic hinge joint which comprises an axis of rotation parallel to the axle of the roller.
Formulation comprising dronedarone or one of its pharmaceutically acceptable salts for topical administration, wherein said formulation is a hydro-alcoholic gel, for use in the treatment of leishmaniasis.
Use of a printed article in an absorbent article, the printed article having: (a) a substrate comprising a first surface and a second surface opposing the first surface; and, (b) a composite image having a composite surface area, the composite image comprising a first artwork portion having a first surface area printed on the first surface and a second artwork portion having a second surface area printed on the second surface; wherein the first artwork portion and the second artwork portion are visible when viewed from above the first surface, characterized in that the substrate has a thickness of 60 μm to 400 μm. (a) a substrate comprising a first surface and a second surface opposing the first surface; and, (b) a composite image having a composite surface area, the composite image comprising a first artwork portion having a first surface area printed on the first surface and a second artwork portion having a second surface area printed on the second surface; wherein the first artwork portion and the second artwork portion are visible when viewed from above the first surface,
A tool for forming a dental restoration, the tool comprising: a first mold body (102, 502) configured to provide a customized fit with at least one tooth of a patient, and a second mold body (106, 506) configured to provide a customized fit with the at least one tooth of the patient, wherein the first mold body and second mold body are configured to combine with the at least one tooth of the patient to define a mold cavity encompassing at least a portion of a desired tooth structure of the tooth to be restored, the first mold body including a first clamp part and the second mold body including a second clamp part, wherein the first clamp part and second clamp part are configured to form a clamp (108, 518) at least proximate an incisal edge of the at least one tooth, wherein the first clamp part is configured to rotate about an axis of rotation and close seams, adjacent the at least one tooth, between the first and second mold bodies, wherein, when the first and second mold bodies combine with the at least one tooth of the patient to form the mold cavity, at least a portion of the first mold body is configured to abut a portion of the second mold body, wherein the portion of the first mold body includes an overbuilt portion, wherein at least one of the portion of the first mold body or the portion of the second mold body cooperate to define a gasket between the portion of the first mold body and the portion of the second mold body, wherein the gasket is configured to reduce or prevent the seepage of restorative material. a first mold body (102, 502) configured to provide a customized fit with at least one tooth of a patient, and a second mold body (106, 506) configured to provide a customized fit with the at least one tooth of the patient, wherein the first mold body and second mold body are configured to combine with the at least one tooth of the patient to define a mold cavity encompassing at least a portion of a desired tooth structure of the tooth to be restored, the first mold body including a first clamp part and the second mold body including a second clamp part, wherein the first clamp part and second clamp part are configured to form a clamp (108, 518) at least proximate an incisal edge of the at least one tooth, wherein the first clamp part is configured to rotate about an axis of rotation and close seams, adjacent the at least one tooth, between the first and second mold bodies, wherein, when the first and second mold bodies combine with the at least one tooth of the patient to form the mold cavity, at least a portion of the first mold body is configured to abut a portion of the second mold body, wherein the portion of the first mold body includes an overbuilt portion, wherein at least one of the portion of the first mold body or the portion of the second mold body cooperate to define a gasket between the portion of the first mold body and the portion of the second mold body, wherein the gasket is configured to reduce or prevent the seepage of restorative material.
A light guide made of transparent or translucent material, extending in a main direction and comprising: - an entrance face for the light emitted by a light source, said entrance face being profiled to form a collimator; - a guide face for guiding the light through the transparent or translucent material by total internal reflection; - a light exit face; and - a decoupling face for decoupling the light toward the exit face by means of reflection facets, said decoupling face being transversely opposite to the exit face; and wherein at least one portion of the entrance face is a three-dimensional surface formed by translating a two-dimensional planar profile in a transverse direction, referred to as a portion of constant profile, so as not to collimate the light in a longitudinal plane comprising the transverse direction and to collimate in a longitudinal plane perpendicular to said transverse direction the light guide being characterized in that the transverse direction corresponds to a direction of opposition between the decoupling face and the exit face. - an entrance face for the light emitted by a light source, said entrance face being profiled to form a collimator; - a guide face for guiding the light through the transparent or translucent material by total internal reflection; - a light exit face; and - a decoupling face for decoupling the light toward the exit face by means of reflection facets, said decoupling face being transversely opposite to the exit face; and wherein at least one portion of the entrance face is a three-dimensional surface formed by translating a two-dimensional planar profile in a transverse direction, referred to as a portion of constant profile, so as not to collimate the light in a longitudinal plane comprising the transverse direction and to collimate in a longitudinal plane perpendicular to said transverse direction the light guide being characterized in that the transverse direction corresponds to a direction of opposition between the decoupling face and the exit face.
A laser scanning sensor comprising: a light-emitting element configured to emit a pulse laser beam; a light-receiving element configured to receive a reflected beam of the pulse laser beam reflected by at least one or more objects; a rotary polygon mirror having a plurality of reflecting surfaces configured to change a travelling direction of the pulse laser beam; a driving part configured to rotate the rotary polygon mirror; a rotation detecting part configured to detect a rotation status of the rotary polygon mirror and to generate, per rotation, at least one reference signal, and at least one trigger signal for each of the reflecting surfaces; and a control/calculation part configured to control the driving part, to produce a projection pulse train for driving the light-emitting element in a predetermined specific pulse cycle after passage of a delay time counted from the generation of the trigger signal for each of the reflecting surfaces that follows the generation of the reference signal, and to acquire information on a distance to the object, per each pulse of the pulse laser beam, based on a time from when the pulse laser beam is emitted from the light-emitting element to when the reflected beam reaches the light-receiving element, characterized in that the delay time is set independently for each of the reflecting surfaces. a light-emitting element configured to emit a pulse laser beam; a light-receiving element configured to receive a reflected beam of the pulse laser beam reflected by at least one or more objects; a rotary polygon mirror having a plurality of reflecting surfaces configured to change a travelling direction of the pulse laser beam; a driving part configured to rotate the rotary polygon mirror; a rotation detecting part configured to detect a rotation status of the rotary polygon mirror and to generate, per rotation, at least one reference signal, and at least one trigger signal for each of the reflecting surfaces; and a control/calculation part configured to control the driving part, to produce a projection pulse train for driving the light-emitting element in a predetermined specific pulse cycle after passage of a delay time counted from the generation of the trigger signal for each of the reflecting surfaces that follows the generation of the reference signal, and to acquire information on a distance to the object, per each pulse of the pulse laser beam, based on a time from when the pulse laser beam is emitted from the light-emitting element to when the reflected beam reaches the light-receiving element, characterized in that the delay time is set independently for each of the reflecting surfaces.
Method for the computer-aided provision of control instructions (f, τ, v, P) for pulsed irradiation in the additive manufacturing of an intricate or thin-walled component structure with a spatial resolution down to 100 μm, comprising: - i) establishing process parameters, comprising a pulse frequency (f), a pulse width (τ), a scan speed (v) and an irradiation power, - ii) defining pulse frequency (f), scan speed (v) and a melt pool overlap as process constants, wherein a pathwise melt pool overlap (o) is determined from parameter values of pulse frequency, pulse width (τ) and scan speed (v), and a layerwise melt pool overlap is determined from a value of the irradiation power, and - iii) determining parameter values of the pulse width (τ) and of the irradiation power from the defined process constants, and wherein a value of the pulse frequency (f) between 1 kHz and 25 kHz and a value of the irradiation power between 50 W and 300 W are selected and determined, respectively, and wherein for the pulsed irradiation a duty cycle of between 25% and 75%, in particular 50%, and a value of the scan speed (v) from the values 200 mm/s, 300 mm/s, 500 mm/s, 1000 mm/s, 1500 mm/s, 2000 mm/s, 2500 mm/s are selected. - i) establishing process parameters, comprising a pulse frequency (f), a pulse width (τ), a scan speed (v) and an irradiation power, - ii) defining pulse frequency (f), scan speed (v) and a melt pool overlap as process constants, wherein a pathwise melt pool overlap (o) is determined from parameter values of pulse frequency, pulse width (τ) and scan speed (v), and a layerwise melt pool overlap is determined from a value of the irradiation power, and - iii) determining parameter values of the pulse width (τ) and of the irradiation power from the defined process constants, and wherein a value of the pulse frequency (f) between 1 kHz and 25 kHz and a value of the irradiation power between 50 W and 300 W are selected and determined, respectively, and wherein for the pulsed irradiation a duty cycle of between 25% and 75%, in particular 50%, and a value of the scan speed (v) from the values 200 mm/s, 300 mm/s, 500 mm/s, 1000 mm/s, 1500 mm/s, 2000 mm/s, 2500 mm/s are selected.
A quick release garment including: a plurality of garment panels co-operable when interconnected to form a garment in a condition wrapped about at least an upper torso of a person; a set of releasable mechanical latches, each having a first and a second portion (43, 44) releasably engageable to interconnect said garment panels to form said garment in the said condition; and release means carried on the garment and operable in a single operation by one hand to mechanically and substantially simultaneously release said latches; wherein said set of releasable mechanical latches is arranged so that said single operation allows the garment to fall from said upper torso, characterised in that each of said releasable mechanical latches further includes at least one latch element biased towards an engaged condition, in that the latches are released by disengaging the latch elements, in that the respective latch elements are disengaged by withdrawing them against the bias, and in that said garment is rapidly restorable to said condition wrapped about at least the upper torso from which it fell, by re-engaging each of said releasable mechanical latches by pushing the first and second portions together, the respective latch element being pushed back against said bias until the latch element snaps into place and is re-engaged. a plurality of garment panels co-operable when interconnected to form a garment in a condition wrapped about at least an upper torso of a person; a set of releasable mechanical latches, each having a first and a second portion (43, 44) releasably engageable to interconnect said garment panels to form said garment in the said condition; and release means carried on the garment and operable in a single operation by one hand to mechanically and substantially simultaneously release said latches; wherein said set of releasable mechanical latches is arranged so that said single operation allows the garment to fall from said upper torso, characterised in that each of said releasable mechanical latches further includes at least one latch element biased towards an engaged condition, in that the latches are released by disengaging the latch elements, in that the respective latch elements are disengaged by withdrawing them against the bias, and in that said garment is rapidly restorable to said condition wrapped about at least the upper torso from which it fell, by re-engaging each of said releasable mechanical latches by pushing the first and second portions together, the respective latch element being pushed back against said bias until the latch element snaps into place and is re-engaged.
Use of a compressible joint sealing strip, in which the joint sealing strip is installed into a joint, wherein the joint has a first joint flank and a second joint flank opposite to the first joint flank, wherein the first joint flank has a cutout running in a longitudinal direction of the first joint flank, wherein the cutout arises in particular from a window frame which has been removed previously, wherein the joint sealing strip has two longitudinal sides (16, 18), and also a top side which in the installed state of the joint sealing strip adjoins the first joint flank and a bottom side which in the installed state of the joint sealing strip adjoins the opposite second joint flank, wherein the joint sealing strip comprises foam elements, wherein one or preferably a plurality of membrane layers run in each case in the longitudinal direction between the top side and the bottom side and parallel or virtually parallel to the longitudinal sides (16, 18) between two foam elements, wherein the joint sealing strip has only one cut or only cuts which run only in the longitudinal direction parallel or virtually parallel to the longitudinal sides (16, 18) and which are introduced from the top side into a foam element of the joint sealing strip, wherein the cut or the cuts are formed in such a way that at least one portion of the joint sealing strip expands from a compressed state into the cutout of the first joint flank, while at least one other portion of the joint sealing strip, said at least one other portion lying outside the at least one portion which is expanded into the cutout, adjoins that region of the first joint flank which does not comprise the cutout.
An overvoltage protection device comprising: first and second electrically conductive electrode members; and a varistor member formed of a varistor material and electrically connected with each of the first and second electrode members; characterized in that the overvoltage protection device includes both: an integral first fail-safe mechanism configured to electrically short circuit the first and second electrode members about the varistor member when triggered by a first set of operating conditions; and an integral second fail-safe mechanism configured to electrically short circuit the first and second electrode members about the varistor member when triggered by a second set of operating conditions different from the first set of operating conditions, wherein: the second fail-safe mechanism includes an electrically conductive meltable member; and the meltable member is responsive to heat in the overvoltage protection device to melt and form a current flow path between the first and second electrode members through the meltable member. first and second electrically conductive electrode members; and a varistor member formed of a varistor material and electrically connected with each of the first and second electrode members; characterized in that the overvoltage protection device includes both: an integral first fail-safe mechanism configured to electrically short circuit the first and second electrode members about the varistor member when triggered by a first set of operating conditions; and an integral first fail-safe mechanism configured to electrically short circuit the first and second electrode members about the varistor member when triggered by a first set of operating conditions; and an integral second fail-safe mechanism configured to electrically short circuit the first and second electrode members about the varistor member when triggered by a second set of operating conditions different from the first set of operating conditions, wherein: the second fail-safe mechanism includes an electrically conductive meltable member; and the meltable member is responsive to heat in the overvoltage protection device to melt and form a current flow path between the first and second electrode members through the meltable member. the second fail-safe mechanism includes an electrically conductive meltable member; and the meltable member is responsive to heat in the overvoltage protection device to melt and form a current flow path between the first and second electrode members through the meltable member.
A method for a user equipment, UE, operating in a wireless communication system, the method comprising: receiving a contention based channel configuration; configuring a contention based channel resource of a contention based channel according to the contention based channel configuration; and when uplink, UL, data is suitable for transmitting the contention based channel based on (i) traffic type that can be transmitted by the contention based channel, (ii) a maximum packet size that can be transmitted by the contention based channel resource, (iii) a maximum delay that can be transmitted by the contention based channel resource, (iv) a maximum error ratio that can be transmitted by the contention based channel resource, and (v) QoS Class Indicator, QCI, of traffic that can be transmitted by the contention based channel, transmitting the UL data using the contention based channel resource on the contention based channel, wherein when the UL data is not suitable for transmitting the contention based channel, if the UE is in an Radio Resource Control, RRC, connected state and the UE has a dedicated scheduling request, SR, resource, the UE transmits the UL data using an UL grant received due to SR and buffer status report, BSR. receiving a contention based channel configuration; configuring a contention based channel resource of a contention based channel according to the contention based channel configuration; and when uplink, UL, data is suitable for transmitting the contention based channel based on (i) traffic type that can be transmitted by the contention based channel, (ii) a maximum packet size that can be transmitted by the contention based channel resource, (iii) a maximum delay that can be transmitted by the contention based channel resource, (iv) a maximum error ratio that can be transmitted by the contention based channel resource, and (v) QoS Class Indicator, QCI, of traffic that can be transmitted by the contention based channel, (i) traffic type that can be transmitted by the contention based channel, (ii) a maximum packet size that can be transmitted by the contention based channel resource, (iii) a maximum delay that can be transmitted by the contention based channel resource, (iv) a maximum error ratio that can be transmitted by the contention based channel resource, and (v) QoS Class Indicator, QCI, of traffic that can be transmitted by the contention based channel, transmitting the UL data using the contention based channel resource on the contention based channel, wherein when the UL data is not suitable for transmitting the contention based channel, if the UE is in an Radio Resource Control, RRC, connected state and the UE has a dedicated scheduling request, SR, resource, the UE transmits the UL data using an UL grant received due to SR and buffer status report, BSR.
A pharmaceutical composition comprising: a. an effective amount of a compound of Formula B: or a pharmaceutically acceptable salt thereof, wherein: each of R 1 and R 2 is independently selected from -CH 3 and -CD 3; R 5 is hydrogen or deuterium; and either (a) Y 1 is -OH, and Y 2 is hydrogen or deuterium, or (b) Y 1 and Y 2 are taken together with the carbon to which they are attached to form C=O; b. a second therapeutic agent selected from insulin or insulin analogues, glucagon-like-peptide-1 (GLP-1) receptor agonists, sulfonylurea agents, biguanide agents, alpha-glucosidase inhibitors, PPAR agonists, meglitinide agents, dipeptidyl-peptidase IV inhibitors, phosphodiesterase inhibitors, amylin agonists, CoEnzyme A inhibitors, and antiobesity agents; and c. a pharmaceutically acceptable carrier. a. an effective amount of a compound of Formula B: or a pharmaceutically acceptable salt thereof, wherein: each of R 1 and R 2 is independently selected from -CH 3 and -CD 3; R 5 is hydrogen or deuterium; and either (a) Y 1 is -OH, and Y 2 is hydrogen or deuterium, or (b) Y 1 and Y 2 are taken together with the carbon to which they are attached to form C=O; each of R 1 and R 2 is independently selected from -CH 3 and -CD 3; R 5 is hydrogen or deuterium; and either (a) Y 1 is -OH, and Y 2 is hydrogen or deuterium, or (b) Y 1 and Y 2 are taken together with the carbon to which they are attached to form C=O; (a) Y 1 is -OH, and Y 2 is hydrogen or deuterium, or (b) Y 1 and Y 2 are taken together with the carbon to which they are attached to form C=O; b. a second therapeutic agent selected from insulin or insulin analogues, glucagon-like-peptide-1 (GLP-1) receptor agonists, sulfonylurea agents, biguanide agents, alpha-glucosidase inhibitors, PPAR agonists, meglitinide agents, dipeptidyl-peptidase IV inhibitors, phosphodiesterase inhibitors, amylin agonists, CoEnzyme A inhibitors, and antiobesity agents; and c. a pharmaceutically acceptable carrier.