mhurhangee/ep-ind-claims huggingface dataset:
An implant for retracting or/and supporting periurethral tissue enclosing a prostatic urethra along a length of prostate lobes, the implant comprising: a distal retractor incorporating a first and a second craniolateral corners (304a, 304b); a proximal retractor incorporating a first and a second caudolateral corners (308a, 308b);; and two elongated edge members (314, 316) each said edge member including a respective one of said first and second craniolateral corners (304a, 304b) and a respective one of said first and second caudolateral corners (308a, 308b), and wherein said distal retractor and proximal retractor are independently actuatable, and characterized by an elongated spine member extending along a spinal longitudinal axis having a length that is less than a longitudinal length of said two elongated edge members (314, 316) and wherein said distal retractor is connected to, or integrally formed as a single structure with, said proximal retractor, via at least one of said elongated spine member and said two elongated edge members (31 4, 316) and wherein said distal retractor and said proximal retractor are in a form of a pair of curved wing-like structures connected to said spine member via interconnecting members, and symmetrically opposing each other relative to said spinal longitudinal axis. a distal retractor incorporating a first and a second craniolateral corners (304a, 304b); a proximal retractor incorporating a first and a second caudolateral corners (308a, 308b);; and two elongated edge members (314, 316) each said edge member including a respective one of said first and second craniolateral corners (304a, 304b) and a respective one of said first and second caudolateral corners (308a, 308b), and wherein said distal retractor and proximal retractor are independently actuatable, and characterized by an elongated spine member extending along a spinal longitudinal axis having a length that is less than a longitudinal length of said two elongated edge members (314, 316) and wherein said distal retractor is connected to, or integrally formed as a single structure with, said proximal retractor, via at least one of said elongated spine member and said two elongated edge members (31 4, 316) and wherein said distal retractor and said proximal retractor are in a form of a pair of curved wing-like structures connected to said spine member via interconnecting members, and symmetrically opposing each other relative to said spinal longitudinal axis.
A press brake, comprising a first tool (2a..2j) and a second tool, which can be displaced relative to one another out of an inoperative position into a pressing position, so as in the pressing position to apply a pressing force onto a workpiece arranged between the first tool (2a..2j) and the second tool, wherein at least the first tool (2a..2j) consists of at least one first part (2a 1..2j 1, 2a 3, 2b 3) and one second part (2a 2..2j 2, 2c 3), characterised in that the second part (2a 2..2j 2, 2c 3) can be moved relative to the first part (2a 1..2j 1, 2a 3, 2b 3) such that the second part (2a 2..2j 2, 2c 3) remains in the pressing position, there in order to exert a holding force, reduced relative to the pressing force, on the workpiece, if the first part (2a 1..2j 1, 2a 3, 2b 3) is located a) in the inoperative position, or b) in an intermediate position provided between the inoperative position and the pressing position.
An ESD protection semiconductor device comprising: - a semiconductor substrate with a surface, - a source region and a drain region of a first type of electrical conductivity arranged in the substrate at or near the surface at a distance from one another, - a channel region of a second type of electrical conductivity, which is opposite to the first type of electrical conductivity, arranged between the source region and the drain region, - a gate electrode arranged above the channel region, and - a substrate well of the first type of electrical conductivity being arranged in the substrate at a distance from the source region, the substrate well being contiguous with the drain region, wherein - the substrate well is arranged under the drain region, - a further substrate well of the first type of electrical conductivity is arranged under the substrate well, - the distance between the source region and the substrate well is larger than the distance between the source region and the drain region, - the distance between the source region and the further substrate well is larger than the distance between the source region and the substrate well, characterised in that - the substrate well has a lower doping concentration than the drain region, - the further substrate well has a lower doping concentration than the substrate well, and - the electrical conductivity of the further substrate well is lower than the electrical conductivity of the substrate well. - a semiconductor substrate with a surface, - a source region and a drain region of a first type of electrical conductivity arranged in the substrate at or near the surface at a distance from one another, - a channel region of a second type of electrical conductivity, which is opposite to the first type of electrical conductivity, arranged between the source region and the drain region, - a gate electrode arranged above the channel region, and - a substrate well of the first type of electrical conductivity being arranged in the substrate at a distance from the source region, the substrate well being contiguous with the drain region, wherein - the substrate well is arranged under the drain region, - a further substrate well of the first type of electrical conductivity is arranged under the substrate well, - the distance between the source region and the substrate well is larger than the distance between the source region and the drain region, - the distance between the source region and the further substrate well is larger than the distance between the source region and the substrate well, characterised in that - the substrate well has a lower doping concentration than the drain region, - the further substrate well has a lower doping concentration than the substrate well, and - the electrical conductivity of the further substrate well is lower than the electrical conductivity of the substrate well.
An aircraft with a fuselage for accommodating at least one pilot and/or a payload, in particular air freight and/or at least one passenger, and having at least one ducted propeller drive comprising: - a propeller having a hub body and a plurality of rotor blades uniformly distributed about the outer circumference of the hub body which are invariably connected to the hub body, wherein the propeller is rotatable about a drive axis and its drive power is supplied via a driveshaft arranged substantially radially to the hub body of the propeller; - a shell housing extending coaxially about the drive axis of the propeller which accommodates the propeller and which, particularly in concert with the hub body, defines an outlet cross section of the ducted propeller drive at a propulsion outlet side; and - at least one drive mechanism providing drive power to the ducted propeller drive which is at least partly arranged in the fuselage and/or at least partly external of the fuselage and/or at least partly in at least one bearing surface (11, 12) of the aircraft, particularly in sound-suppressed manner; characterized in that the hub body on the propulsion outlet side of the ducted propeller drive has an axially displaceable central body of varying tapering cross-section, particularly on the propulsion outlet side, wherein the outlet cross section of the ducted propeller drive can be regulated by axial displacement of the central body and the drive mechanism of the ducted propeller drive comprises a control device and is configured to keep the rotational speed of the propeller of the ducted propeller drive substantially constant during flight, in particular in support of lower noise emissions, by adjusting the delivered drive power and in concert with the axially displaceable central body. - a propeller having a hub body and a plurality of rotor blades uniformly distributed about the outer circumference of the hub body which are invariably connected to the hub body, wherein the propeller is rotatable about a drive axis and its drive power is supplied via a driveshaft arranged substantially radially to the hub body of the propeller; - a shell housing extending coaxially about the drive axis of the propeller which accommodates the propeller and which, particularly in concert with the hub body, defines an outlet cross section of the ducted propeller drive at a propulsion outlet side; and - at least one drive mechanism providing drive power to the ducted propeller drive which is at least partly arranged in the fuselage and/or at least partly external of the fuselage and/or at least partly in at least one bearing surface (11, 12) of the aircraft, particularly in sound-suppressed manner;
Cable for use in the fuel sector, with - at least one electrical and / or at least one optical conductor; - An insulation layer which surrounds the conductor; - An outer jacket, which encloses the aforementioned components and which is made from a polymer mixture that is based on a thermoplastic polymer and that comprises an antistatic additive, characterized in that the outer jacket comprises at least one lower layer and an upper layer, the upper layer being mud-resistant according to norm NEK 606:2009 and comprising the antistatic additive and that the thermoplastic polymer is a thermoplastic polyurethane. - at least one electrical and / or at least one optical conductor; - An insulation layer which surrounds the conductor; - An outer jacket, which encloses the aforementioned components and which is made from a polymer mixture that is based on a thermoplastic polymer and that comprises an antistatic additive, characterized in that the outer jacket comprises at least one lower layer and an upper layer, the upper layer being mud-resistant according to norm NEK 606:2009 and comprising the antistatic additive and that the thermoplastic polymer is a thermoplastic polyurethane.
Applicator for the application and the embossing microprofiling of a fluid medium on an underlying surface in the non-aerospace sector, wherein the applicator has a die, moved in revolution, with an embossing profile, has a contact-pressure means for the die, and has a stabilizing device, in particular a curing device, for the applied medium, wherein the applicator has a hollow supporting body that the die surrounds in a spaced-apart manner, forming an intermediate space, wherein the contact-pressure means is arranged in the intermediate space and wherein the applicator has a port for a handling device, in particular for an industrial robot, and wherein the applicator has a dedicated drive for the revolving movement of the die.
A display system configured to display, on a display unit, recommended frequencies recommended for use in a wireless device (14, 16) configured to carry out transmission and reception of data by switching between hopping frequencies in a predetermined frequency band, the display system comprising: a measurement unit configured to periodically measure, within a set time period set in advance, frequencies and power levels of radio waves propagating around the wireless device; and a control unit configured to determine, from among frequencies of the radio waves for which the power levels measured by the measurement unit are greater than or equal to a power threshold value set in advance, frequencies with a number of times of being used greater than or equal to a predetermined number of times, or frequencies with a percentage calculated by dividing the number of times of being used by a number of measurement by the measurement unit greater than or equal to a predetermined threshold, as being the non-recommended frequencies, to determine frequencies that are included within the frequency band and that are other than the non-recommended frequencies as being the recommended frequencies, and to cause the display unit to display the recommended frequencies. a measurement unit configured to periodically measure, within a set time period set in advance, frequencies and power levels of radio waves propagating around the wireless device; and a control unit configured to determine, from among frequencies of the radio waves for which the power levels measured by the measurement unit are greater than or equal to a power threshold value set in advance, frequencies with a number of times of being used greater than or equal to a predetermined number of times, or frequencies with a percentage calculated by dividing the number of times of being used by a number of measurement by the measurement unit greater than or equal to a predetermined threshold, as being the non-recommended frequencies, to determine frequencies that are included within the frequency band and that are other than the non-recommended frequencies as being the recommended frequencies, and to cause the display unit to display the recommended frequencies.
Radiation-curable inkjet ink composition comprising a gellant, wherein the gellant comprises: • a fatty acid ester; the fatty acid ester being an ester obtainable by a condensation reaction between a fatty acid ester and a component selected from the group consisting of pentaerythritol, cyclodextrine, dipentaerythritol, 2-(hydroxymethyl)-2-methylpropane-1,3-diol, 2-ethyl-2-(hydroxymethyl)propane-1,3-diol, 2-(hydroxymethyl)propane-1,3-diol, trimethylolethane, trimethylolpropane, trimethylolbutane and trimethylolpentane; and • a fatty acid and/or a fatty alcohol. • a fatty acid ester; the fatty acid ester being an ester obtainable by a condensation reaction between a fatty acid ester and a component selected from the group consisting of pentaerythritol, cyclodextrine, dipentaerythritol, 2-(hydroxymethyl)-2-methylpropane-1,3-diol, 2-ethyl-2-(hydroxymethyl)propane-1,3-diol, 2-(hydroxymethyl)propane-1,3-diol, trimethylolethane, trimethylolpropane, trimethylolbutane and trimethylolpentane; and • a fatty acid and/or a fatty alcohol.
A packet of smoking articles, comprising: a group of smoking articles; a container that contains the group of smoking articles; a wrapping that wraps the container; a tear tape that is fixed to the wrapping to facilitate the removal of the wrapping from the container; a stamp that is arranged on the container inside the wrapping and is fixed to the container with the exception of a free portion; and a tearing element, which is arranged between the container and the stamp at the free portion and that protrudes from the free portion with respective first and second ends, at least one of which is connected to the wrapping; the packet is characterized in that: the tearing element has an eyelet which is crossed by the stamp; and only the first end of the tearing element is fixed to the wrapping or to the tear tape. a group of smoking articles; a container that contains the group of smoking articles; a wrapping that wraps the container; a tear tape that is fixed to the wrapping to facilitate the removal of the wrapping from the container; a stamp that is arranged on the container inside the wrapping and is fixed to the container with the exception of a free portion; and a tearing element, which is arranged between the container and the stamp at the free portion and that protrudes from the free portion with respective first and second ends, at least one of which is connected to the wrapping; the packet is characterized in that: the tearing element has an eyelet which is crossed by the stamp; and only the first end of the tearing element is fixed to the wrapping or to the tear tape. the tearing element has an eyelet which is crossed by the stamp; and only the first end of the tearing element is fixed to the wrapping or to the tear tape.
A detection system comprising: a substrate, wherein the substrate is fabricated of at least one material selected from the group consisting of glass, a cellulosic material or polymeric material; a first and second metalized layer each comprising a multiplicity of metallic island structures wherein the first metalized layer is positioned on the substrate, wherein the first and second metalized layers are separated by a continuous metal oxide layer positioned therebetween, wherein the metal oxide layer is selected from the group consisting of SiO 2, TiO 2, Fe 2 O 3, CuO, ZnO, Y 2 O 3, ZrO 2, Nb 2 O 5, MoO 3, In 2 O 3, SnO 2, Sb 2 O 5, Ta 2 O 5, WO 3, PbO, Al 2 O 3, and Bi 2 O 3 and is an isolation layer that separates the metalized layers and has a thickness from 5 nm to 10 nm and wherein the metallic island structures of both the first and second metalized layers have a geometric shape selected from a triangle, square, sphere, oblong, elliptical, or rectangle; at least one excitable molecule that is positioned near at least one of the metalized layers of the metallic island structures in a range from 5 nm to 30 nm; a source of electromagnetic energy for providing excitation energy to excite the at least one excitable molecule; and a detector for detecting emissions directly from the excited at least one excitable molecule and/or from the at least one excitable molecule via the metallic island structures. a substrate, wherein the substrate is fabricated of at least one material selected from the group consisting of glass, a cellulosic material or polymeric material; a first and second metalized layer each comprising a multiplicity of metallic island structures wherein the first metalized layer is positioned on the substrate, wherein the first and second metalized layers are separated by a continuous metal oxide layer positioned therebetween, wherein the metal oxide layer is selected from the group consisting of SiO 2, TiO 2, Fe 2 O 3, CuO, ZnO, Y 2 O 3, ZrO 2, Nb 2 O 5, MoO 3, In 2 O 3, SnO 2, Sb 2 O 5, Ta 2 O 5, WO 3, PbO, Al 2 O 3, and Bi 2 O 3 and is an isolation layer that separates the metalized layers and has a thickness from 5 nm to 10 nm and wherein the metallic island structures of both the first and second metalized layers have a geometric shape selected from a triangle, square, sphere, oblong, elliptical, or rectangle; at least one excitable molecule that is positioned near at least one of the metalized layers of the metallic island structures in a range from 5 nm to 30 nm; a source of electromagnetic energy for providing excitation energy to excite the at least one excitable molecule; and a detector for detecting emissions directly from the excited at least one excitable molecule and/or from the at least one excitable molecule via the metallic island structures.
An image decoding method performed by a decoding apparatus, the method comprising: obtaining multiple transform selection, MTS, index and residual information from a bitstream; deriving transform coefficients for a current block based on the residual information; and generating residual samples of the current block based on the MTS index and the transform coefficients, wherein the MTS index represents a transform kernel set to be applied to the current block among transform kernel set candidates, wherein bins of a bin string of the MTS index are derived based on context coding, the context coding being performed using a context model represented by a context index for each of the bins for the MTS index, wherein the context index for each of the bins for the MTS index is derived as a sum of a value of context index increment for each of the bins for the MTS index and a value of context index offset for each of the bins for the MTS index, wherein the bins for the MTS index include first, second, third, and fourth bins, characterized in that the value of the context index increment for the first bin is fixed to 0, the value of the context index increment for the second bin is fixed to 1, the value of the context index increment for the third bin is fixed to 2, and the value of the context index increment for the fourth bin is fixed to 3. obtaining multiple transform selection, MTS, index and residual information from a bitstream; deriving transform coefficients for a current block based on the residual information; and generating residual samples of the current block based on the MTS index and the transform coefficients, wherein the MTS index represents a transform kernel set to be applied to the current block among transform kernel set candidates, wherein bins of a bin string of the MTS index are derived based on context coding, the context coding being performed using a context model represented by a context index for each of the bins for the MTS index, wherein the context index for each of the bins for the MTS index is derived as a sum of a value of context index increment for each of the bins for the MTS index and a value of context index offset for each of the bins for the MTS index, wherein the bins for the MTS index include first, second, third, and fourth bins, characterized in that the value of the context index increment for the first bin is fixed to 0, the value of the context index increment for the second bin is fixed to 1, the value of the context index increment for the third bin is fixed to 2, and the value of the context index increment for the fourth bin is fixed to 3.
An agricultural vehicle comprising a chassis and a rechargeable high voltage DC electric battery and a battery pack housing, wherein the chassis incorporates an intermediate frame section and an encapsulated power electronics unit separated from the electric battery and located within the intermediate frame section; wherein the chassis is provided with a three point mounting for the electric battery pack housing, provided by: two transversely fixed battery mounting supports (16, 17) at the rear of the intermediate frame section; two rubber dampers (18a, 18b) connecting the battery pack to the fixed mounting supports (16, 17); a support structure at the rear end of a front frame section, connected to a first front end of the intermediate frame section; and a front support beam extending transversely across the chassis for the electric battery pack housing, resiliently mounted at the support structure by a central rubber damper for enabling the front support beam to pivot about a longitudinal axis of the vehicle; and together with dampers (18a, 18b) of the two rear mounting supports (16, 17) provides the three point mounting for the electric battery pack housing. two transversely fixed battery mounting supports (16, 17) at the rear of the intermediate frame section; two rubber dampers (18a, 18b) connecting the battery pack to the fixed mounting supports (16, 17); a support structure at the rear end of a front frame section, connected to a first front end of the intermediate frame section; and a front support beam extending transversely across the chassis for the electric battery pack housing, resiliently mounted at the support structure by a central rubber damper for enabling the front support beam to pivot about a longitudinal axis of the vehicle; and together with dampers (18a, 18b) of the two rear mounting supports (16, 17) provides the three point mounting for the electric battery pack housing.