mhurhangee/ep-ind-claims huggingface dataset:
A penis apparel contoured to fit the anatomy of a user's male sexual organs, said penis apparel being a fabric device that is adjustable to the anatomy of the user and comprising: a hood for protecting a glans penis; and an adjustable covering to be worn on a penis shaft; wherein the covering is a pleated construction that encircles and depends from the hood like a skirt to accommodate any penis size or shape; wherein the covering is expandable when the penis evolves from a flaccid to erect condition; characterised in that said penis apparel further comprises a testicle ring for securing the covering; wherein the testicle ring is a loop design attached near the bottom of the covering at the opposite end to the hood, is just big enough to allow one testicle at a time to pass through it, and is made of very stretchy material that is non-irritating to the sensitive skin of the testicles, such that when both testicles have been pushed through testicle ring, the penis apparel is secured in place. a hood for protecting a glans penis; and an adjustable covering to be worn on a penis shaft;
A drinking container comprising a drinking vessel having an interior and vessel neck with a vessel opening, a drinking lid which has a bottom wall, at least one through-channel with an opening to the interior and an opening to the surroundings, a valve seat and holding devices for releasably holding the drinking lid on the drinking vessel, a valve element that is held on the valve seat and consists of soft elastic material and has a plate-shaped main body, which blocks the through-channel, and in which is formed a passage, characterized in that the passage is open when the main body is in an undeformed state, and in that the container comprises a clamping device with at least one clamping surface that is perpendicular to the plate-shaped main body and exerts a clamping force on the outer edge of the plate-shaped main body which closes the passage.
Rail vehicle for passenger transport with a car body which has at least one horizontal side-sill plate and at least one vertical door and/or window pillar which are substance-bonded to one another, wherein the side-sill plate comprises an integrated connecting plate with a horizontal and a vertical region, wherein the connecting plate is curved to reduce notch stresses between the vertical region and the horizontal region, wherein an end face of the vertical region of the connecting plate is substance-bonded to an end face of the door and/or window pillar, wherein the end face of the door and/or window pillar has a complementary contour to the end face of the connecting plate, wherein the width of the end face of the door and/or window pillar is less than the width of the end face of the connecting plate.
A method of wireless communication, comprising: receiving, by a user equipment, UE, a repetition configuration signal from a serving base station, wherein the repetition configuration signal identifies a number of transmission repetitions for autonomous uplink, AUL, transmissions of the UE; transmitting, by the UE, AUL transmission data in a plurality of uplink transmission slots across one or more transmission opportunities of a shared communication spectrum, wherein the plurality of uplink transmission slots correspond to the number of transmission repetitions; receiving, by the UE, acknowledgement information associated with the AUL transmission data transmitted in the plurality of uplink transmission slots across the one or more transmission opportunities of the shared communication spectrum; and updating, by the UE, a contention window size for a subsequent transmission opportunity based on the acknowledgement information. receiving, by a user equipment, UE, a repetition configuration signal from a serving base station, wherein the repetition configuration signal identifies a number of transmission repetitions for autonomous uplink, AUL, transmissions of the UE; transmitting, by the UE, AUL transmission data in a plurality of uplink transmission slots across one or more transmission opportunities of a shared communication spectrum, wherein the plurality of uplink transmission slots correspond to the number of transmission repetitions; receiving, by the UE, acknowledgement information associated with the AUL transmission data transmitted in the plurality of uplink transmission slots across the one or more transmission opportunities of the shared communication spectrum; and updating, by the UE, a contention window size for a subsequent transmission opportunity based on the acknowledgement information.
A battery swap transporter, comprising: a bearing portion, comprising: a bearing plate used for bearing a battery to be transported, with a battery conveying mechanism being provided on the bearing plate; and an elevation mechanism, which is supported at the bottom of the bearing plate and is controlled to ascend or descend to change a vertical distance between the bearing plate and a bottom plate; a moving portion, which is connected to the bottom of the bearing portion and is used for driving the bearing portion to move; and a vehicle body positioning mechanism arranged on the bearing plate, wherein the vehicle body positioning mechanism is used for limiting the bearing plate to a first desired position fitted to a bottom positioning hole of a vehicle with a battery to be swapped; characterized in that the battery swap transporter further comprises a floating mechanism arranged between the bearing plate and the elevation mechanism in an elevation direction, wherein the bottom of the floating mechanism is connected to the elevation mechanism; and the floating mechanism is used to enable the bearing plate to shift relative to the elevation mechanism in a horizontal direction and/or in a vertical direction, wherein the floating mechanism is a chain-suspended floating element, and wherein the chain-suspended floating element comprises a chain that enables the bearing plate to shift relative to the elevation mechanism in a horizontal direction, and a spring that enables the bearing plate to shift relative to the elevation mechanism in a vertical direction. a bearing portion, comprising: a bearing plate used for bearing a battery to be transported, with a battery conveying mechanism being provided on the bearing plate; and an elevation mechanism, which is supported at the bottom of the bearing plate and is controlled to ascend or descend to change a vertical distance between the bearing plate and a bottom plate; a moving portion, which is connected to the bottom of the bearing portion and is used for driving the bearing portion to move; and a vehicle body positioning mechanism arranged on the bearing plate, wherein the vehicle body positioning mechanism is used for limiting the bearing plate to a first desired position fitted to a bottom positioning hole of a vehicle with a battery to be swapped; characterized in that the battery swap transporter further comprises a floating mechanism arranged between the bearing plate and the elevation mechanism in an elevation direction, wherein the bottom of the floating mechanism is connected to the elevation mechanism; and the floating mechanism is used to enable the bearing plate to shift relative to the elevation mechanism in a horizontal direction and/or in a vertical direction, wherein the floating mechanism is a chain-suspended floating element, and wherein the chain-suspended floating element comprises a chain that enables the bearing plate to shift relative to the elevation mechanism in a horizontal direction, and a spring that enables the bearing plate to shift relative to the elevation mechanism in a vertical direction.
A system, comprising: a leak detection system, comprising a first window configured to mount at a first opening in a first wall portion in a gas turbine enclosure; a leak sensor configured to transmit a light beam or an infra-red beam through the first window and an interior of the gas turbine enclosure to obtain sensor feedback; and a configured to evaluate the sensor feedback to monitor for a leak of a hazardous fluid in the gas turbine enclosure. a leak detection system, comprising a first window configured to mount at a first opening in a first wall portion in a gas turbine enclosure; a leak sensor configured to transmit a light beam or an infra-red beam through the first window and an interior of the gas turbine enclosure to obtain sensor feedback; and a configured to evaluate the sensor feedback to monitor for a leak of a hazardous fluid in the gas turbine enclosure.
Embryonated bird's egg model comprising human or animal circulating tumour cells isolated from a sample of a patient or an animal suffering from cancer, said CTC being grafted at the level of the chorioallantoic membrane of an embryonated egg being at a development stage which corresponds to the formation of the CAM and equivalent to at least 8 days of development in chickens at the moment of the graft.
A sealer composition comprising: a first component including: water; and a hydroxyl functionalized acrylic resin; and a second component comprising: an epoxy silane cross-linker comprising: wherein the first component and second component are mixed at most 40 hours prior to application of the sealer composition to a substrate. water; and a hydroxyl functionalized acrylic resin; and a second component comprising: an epoxy silane cross-linker comprising: wherein the first component and second component are mixed at most 40 hours prior to application of the sealer composition to a substrate. an epoxy silane cross-linker comprising: wherein the first component and second component are mixed at most 40 hours prior to application of the sealer composition to a substrate.
An optical component, consisting of: a metaphosphate Ba(PO 3) 2, 5 to 60 mol %; a metaphosphate Al(PO 3) 3, 5 to 60 mol %; both fluorides BaF 2 and RF 3 in a total 10 to 90 mol %; where R is selected from one of Y and La; with dopant select from one of Yb 2 O 3 and YbF 3 0.2 to 20 wt% over 100. a metaphosphate Ba(PO 3) 2, 5 to 60 mol %; a metaphosphate Al(PO 3) 3, 5 to 60 mol %; both fluorides BaF 2 and RF 3 in a total 10 to 90 mol %; where R is selected from one of Y and La; with dopant select from one of Yb 2 O 3 and YbF 3 0.2 to 20 wt% over 100.
A method for adsorbing nitrates in water using active modified silica from rice straw ash, which comprises the following steps: a) burning rice straw to produce rice straw ash and extracting silica from the resulting rice straw ash, b) adding said silica extracted from rice straw ash to a mixture of alcohol and water obtaining a suspension, c) adding a catalyst selected from ammonia, ammonium acetate, ammonium carbonate, magnesium oxide, calcium hydroxide, triethanolamine and dicyclohexylamine, to the suspension of step a) and keeping under stirring at room temperature, d) oer adding an aminoalkoxysilane compound to the mixture of step b) and keeping under stirring, at room temperature, obtaining modified silica, e) treatment by continuous recirculation of the modified silica obtained in step c) with an acid, obtaining active modified silica, f) contacting the active modified silica obtained in step d) with the water from which the nitrates are to be removed. a) burning rice straw to produce rice straw ash and extracting silica from the resulting rice straw ash, b) adding said silica extracted from rice straw ash to a mixture of alcohol and water obtaining a suspension, c) adding a catalyst selected from ammonia, ammonium acetate, ammonium carbonate, magnesium oxide, calcium hydroxide, triethanolamine and dicyclohexylamine, to the suspension of step a) and keeping under stirring at room temperature, d) oer adding an aminoalkoxysilane compound to the mixture of step b) and keeping under stirring, at room temperature, obtaining modified silica, e) treatment by continuous recirculation of the modified silica obtained in step c) with an acid, obtaining active modified silica, f) contacting the active modified silica obtained in step d) with the water from which the nitrates are to be removed.
A medical implant porous scaffold structure having low modulus, wherein said structure is formed by multiple basic units superposed sequentially along the three-dimensional directions in three-dimensional space, each of the basic units is composed of a quadrangular prism or hexagonal prism having central interconnected pores encircled by four or six side walls, and the central interconnected pores of the adjacent basic units arranged along the axis direction of the quadrangular prism or the hexagonal prism are interconnected to each other, characterised in that each of the side walls is composed by a X-type frame structure formed by two crossed ribs, and the ratio of the equivalent circle diameter of the cross section of the rib to the length of the rib is 0.1 to 0.5; the ratio of the height of the quadrangular prism or the hexagonal prism to the base length of the side wall of the quadrangular prism or the hexagonal prism is 1.0 to 2.5.
A method performed at an access point for avoiding membership verification for a user equipment, UE, in a core network or in a femto node gateway comprising: broadcasting a closed subscriber group, CSG. identifier indicating that the access point is operating in hybrid access mode or restricted access mode while the access point is maintaining an open access mode with a core network or with a femto node gateway; receiving a registration message from a UE; and communicating a registration request for the UE to a core network component of the core network or the femto node gateway indicating open access mode operation. broadcasting a closed subscriber group, CSG. identifier indicating that the access point is operating in hybrid access mode or restricted access mode while the access point is maintaining an open access mode with a core network or with a femto node gateway; receiving a registration message from a UE; and communicating a registration request for the UE to a core network component of the core network or the femto node gateway indicating open access mode operation.
A clutch apparatus including a wear adjustment mechanism; the wear adjustment mechanism comprising: a first adjustment member that is adapted to receive an operative force of a lever member pivotally supported by a clutch cover; a second adjustment member, disposed more radially outwardly than the first adjustment member, that is adapted to receive the operative force of the lever member; and a third adjustment member, that is adapted to receive the operative force of the lever member via the first adjustment member or the second adjustment member; wherein, the first adjustment member or the second adjustment member are adapted to perform a relative movement in one of the circumferential directions relative to the third adjustment member in such a manner as to adjust a length from the third adjustment member to an abutting portion between the lever member and the first adjustment member, or a length from the third adjustment member to an abutment portion between the lever member and the second adjustment member; the second adjustment member has a recessed part (19b; 19d); the first adjustment member includes a stopper portion (18b; 18d) protruded radially outwards so as to be intruded into the recessed part (19b; 19d); the stopper portion (18b; 18d) when abutted onto the recessed part (19b; 19d) restricts rotation of the second adjustment member relative to the first adjustment member; and the stopper portion (18b; 18d) protrudes radially outwards from an outer circumferential surface, characterised in that the recessed part and the stopper portion include a sloped surface section (18c, 19c), respectively, on an abutting surface abutting against each other at the time of the restricting; each sloped surface section (18c, 19c) having a slope such that displacement along the slope in one of the circumferential directions produces a displacement in one of the axial directions at the same time. a first adjustment member that is adapted to receive an operative force of a lever member pivotally supported by a clutch cover; a second adjustment member, disposed more radially outwardly than the first adjustment member, that is adapted to receive the operative force of the lever member; and a third adjustment member, that is adapted to receive the operative force of the lever member via the first adjustment member or the second adjustment member; wherein,
A laser alignment system, comprising: a machine having a laser source; and a receiver having a plurality of photodiodes (26;70,74,78,82) oriented in different directions each of the plurality of photodiodes being able to communicate with the laser source, wherein a signal is generated upon communication between at least one of the plurality of photodiodes (26;70,74,78,82) and the laser source, and wherein the machine and the laser source are adapted to communicate with a first one of the plurality of photodiodes and then the machine and the laser source can be repositioned to allow communication with another one of the plurality of photodiodes until all of the plurality of photodiodes communicate with the laser source. a machine having a laser source; and a receiver having a plurality of photodiodes (26;70,74,78,82) oriented in different directions each of the plurality of photodiodes being able to communicate with the laser source, wherein a signal is generated upon communication between at least one of the plurality of photodiodes (26;70,74,78,82) and the laser source, and wherein the machine and the laser source are adapted to communicate with a first one of the plurality of photodiodes and then the machine and the laser source can be repositioned to allow communication with another one of the plurality of photodiodes until all of the plurality of photodiodes communicate with the laser source.
Method for operating a laser device comprising the steps of: a) providing a laser pulse in a resonator so that said laser pulse circulates in said resonator, said laser pulse having a carrier wave, b) determining an offset frequency f 0 of the frequency comb corresponding to said laser pulse, said frequency comb having a plurality of laser modes f m at a distance f rep from one another, the frequencies of which can be described by the formula f m =m * f rep + f 0, m being a natural number, characterized in that the method comprises the following step: c) varying said offset frequency f 0 by varying a geometrical phase (Δφ) which imparts a phase circulation delay to said carrier wave of said laser pulse per resonator circulation. a) providing a laser pulse in a resonator so that said laser pulse circulates in said resonator, said laser pulse having a carrier wave, b) determining an offset frequency f 0 of the frequency comb corresponding to said laser pulse, said frequency comb having a plurality of laser modes f m at a distance f rep from one another, the frequencies of which can be described by the formula f m =m * f rep + f 0, m being a natural number, characterized in that the method comprises the following step: c) varying said offset frequency f 0 by varying a geometrical phase (Δφ) which imparts a phase circulation delay to said carrier wave of said laser pulse per resonator circulation. c) varying said offset frequency f 0 by varying a geometrical phase (Δφ) which imparts a phase circulation delay to said carrier wave of said laser pulse per resonator circulation.
Harrow tine for a soil cultivating device with a base body and a penetrating part arranged at the base body, wherein the penetrating part comprises a plate-shaped base part with a tip which is reinforced at least at its front area, i.e. the pointed area of the tip, via an elevation, wherein the elevation is formed web-shaped and the tip comprises a wedge shape, characterized in that the elevation in the most front area of the tip has a larger cross section than the plate-shaped base part, and the height h of the web-shaped elevation is larger than the thickness of the base part. the elevation in the most front area of the tip has a larger cross section than the plate-shaped base part, and the height h of the web-shaped elevation is larger than the thickness of the base part.
A method of transmitting Hybrid ARQ-Acknowledgement, HARQ-ACK, information based on Code Block Group, CBG, by a wireless communication apparatus, the method comprising: performing, during a HARQ process, a reception of a first signal including CBGs of a Transport Block, TB; transmitting, in response to the first signal, a first HARQ-ACK response including ACK for each first CBG that is successfully decoded and negative-ACK, NACK, for each second CBG that is not successfully decoded, among the CBGs of the TB; performing, during the same HARQ process, a reception of a second signal including the each second CBG that is scheduled as a CBG-based retransmission for the TB; and transmitting, in response to the second signal, a second HARQ-ACK response including ACK or NACK for the each second CBG included in the second signal based on a result of the reception of the second signal, the method being characterized in that: the second HARQ-ACK response further includes ACK for the each first CBG which was successfully decoded in the reception of the first signal, and after successfully decoding the each first CBG in the reception of the first signal, ACK is reported for the each first CBG through each HARQ-ACK response for the first HARQ process until an end of the first HARQ process, irrespectively of scheduling of the each first CBG. performing, during a HARQ process, a reception of a first signal including CBGs of a Transport Block, TB; transmitting, in response to the first signal, a first HARQ-ACK response including ACK for each first CBG that is successfully decoded and negative-ACK, NACK, for each second CBG that is not successfully decoded, among the CBGs of the TB; performing, during the same HARQ process, a reception of a second signal including the each second CBG that is scheduled as a CBG-based retransmission for the TB; and transmitting, in response to the second signal, a second HARQ-ACK response including ACK or NACK for the each second CBG included in the second signal based on a result of the reception of the second signal, the method being characterized in that: the second HARQ-ACK response further includes ACK for the each first CBG which was successfully decoded in the reception of the first signal, and after successfully decoding the each first CBG in the reception of the first signal, ACK is reported for the each first CBG through each HARQ-ACK response for the first HARQ process until an end of the first HARQ process, irrespectively of scheduling of the each first CBG. the second HARQ-ACK response further includes ACK for the each first CBG which was successfully decoded in the reception of the first signal, and after successfully decoding the each first CBG in the reception of the first signal, ACK is reported for the each first CBG through each HARQ-ACK response for the first HARQ process until an end of the first HARQ process, irrespectively of scheduling of the each first CBG.