mhurhangee/patent-ind-claim-en huggingface dataset:
An absorbent article , comprising: at least an absorber , wherein the absorber includes a nonwoven fabric disposed on a non-skin side and having a fluid diffusivity, the nonwoven fabric being formed by stacking a spunbonded layer, a meltblown layer, and a spunbonded layer in this order and including a hydrophilic agent; the absorber is a polymer sheet that includes an upper layer sheet disposed on a skin side, a lower layer sheet disposed on the non-skin side, and a superabsorbent polymer disposed between the upper layer sheet and the lower layer sheet ; the lower layer sheet is the nonwoven fabric ; the upper layer sheet is formed of a hydrophobic nonwoven fabric including chemical fibers; and the nonwoven fabric is configured such that a diffusion area of the nonwoven fabric is greater than or equal to 1500 mm 2 , the diffusion area being measured by an absorption test method including: preparing a specimen with a size of 100 mm x 100 mm, placing a tip of a buret at a height of 10 mm above a surface of the specimen, and dropping one droplet of ion-exchanged water from the buret, and after 3 minutes from a time when the droplet reaches the surface of the specimen, measuring, as the diffusion area, an area of a region of the surface of the specimen where a reflection from water is clearly visible. at least an absorber , wherein the absorber includes a nonwoven fabric disposed on a non-skin side and having a fluid diffusivity, the nonwoven fabric being formed by stacking a spunbonded layer, a meltblown layer, and a spunbonded layer in this order and including a hydrophilic agent; the absorber is a polymer sheet that includes an upper layer sheet disposed on a skin side, a lower layer sheet disposed on the non-skin side, and a superabsorbent polymer disposed between the upper layer sheet and the lower layer sheet ; the lower layer sheet is the nonwoven fabric ; the upper layer sheet is formed of a hydrophobic nonwoven fabric including chemical fibers; and the nonwoven fabric is configured such that a diffusion area of the nonwoven fabric is greater than or equal to 1500 mm 2 , the diffusion area being measured by an absorption test method including: preparing a specimen with a size of 100 mm x 100 mm, placing a tip of a buret at a height of 10 mm above a surface of the specimen, and dropping one droplet of ion-exchanged water from the buret, and after 3 minutes from a time when the droplet reaches the surface of the specimen, measuring, as the diffusion area, an area of a region of the surface of the specimen where a reflection from water is clearly visible.
An ice crushing device , comprising a conveying mechanism , a guide mechanism and an ice crushing mechanism , wherein an upper end of the conveying mechanism is open and configured for receiving ice blocks , and a lower end of the conveying mechanism is communicated with an upper end of the guide mechanism ; a lower end of the guide mechanism is communicated with an upper end of the ice crushing mechanism ; the conveying mechanism is configured for guiding the ice blocks into the guide mechanism , and the ice blocks in the guide mechanism fall into the ice crushing mechanism through the upper end of the ice crushing mechanism ; and the ice crushing mechanism is configured for crushing ice; wherein the conveying mechanism comprises a conveying shell , a spiral conveying piece and a driving piece for conveying ; the driving piece for conveying is installed on an outer side wall of the conveying shell ; the spiral conveying piece is located in the conveying shell ; an output shaft of the driving piece for conveying extends into the conveying shell and is connected with an end of the spiral conveying piece ; an other end of the spiral conveying piece extends to an opening in the upper end of the guide mechanism ; and the driving piece for conveying is configured for driving the spiral conveying piece to rotate, and then the spiral conveying piece drives the ice blocks to move to the opening in the upper end of the guide mechanism ; characterized in that the guide mechanism is a slide way, a height of the slide way is gradually reduced in a direction from close to the conveying mechanism to away from the conveying mechanism , and baffle plates are fixed to two long edges of the slide way respectively.
A fastening device to releasably interconnect ground protection mats comprising: a first part of a connection mechanism having a male part; a second part of the connection mechanism having a female part with a bore to receive the male part and configured to connect at least two neighbouring ground protection mats side-by-side by rotation of the male part relative to the female part; the male part comprises a first helical rib projecting radially outward from a shaft and the female part comprises a second helical rib projecting radially inward at the bore configured to receive the shaft , the ribs configured to abut one another, an axial length of the first helical rib being in the range 70% to 150% of a pitch of the first helical rib ; an axial and radial lock having a first element at the rib of the male part and a second element at the rib of the female part, the first and second elements configured to engage one another by the rotation of male part relative to the female part; and a bias lock actuator to impose an axial force to the first element to force the first element in engaged contact against the second element and to provide frictional resistance to further rotation of the male part relative to the female part. a first part of a connection mechanism having a male part; a second part of the connection mechanism having a female part with a bore to receive the male part and configured to connect at least two neighbouring ground protection mats side-by-side by rotation of the male part relative to the female part; the male part comprises a first helical rib projecting radially outward from a shaft and the female part comprises a second helical rib projecting radially inward at the bore configured to receive the shaft , the ribs configured to abut one another, an axial length of the first helical rib being in the range 70% to 150% of a pitch of the first helical rib ; an axial and radial lock having a first element at the rib of the male part and a second element at the rib of the female part, the first and second elements configured to engage one another by the rotation of male part relative to the female part; and a bias lock actuator to impose an axial force to the first element to force the first element in engaged contact against the second element and to provide frictional resistance to further rotation of the male part relative to the female part.
Pelletising plant, comprising - a mounting rail ; a pelletiser , which is suspended from the mounting rail ; a suspension base ; a suspension arm , which is mounted to the suspension base via a first swivel joint on the one end and flexibly attached by a second swivel joint to the mounting rail on the other end; characterised in that the pelletising plant furthermore comprises: an articulated arm with a first fork which is connected to a second fork via a third swivel joint , wherein the first fork is also mounted to the suspension base via a fourth swivel joint , and the second fork is flexibly attached to the mounting rail via a fifth swivel joint , wherein the first through fifth swivel joints each have a substantially vertical swivel axis. - a mounting rail ; an articulated arm with a first fork which is connected to a second fork via a third swivel joint , wherein the first fork is also mounted to the suspension base via a fourth swivel joint , and the second fork is flexibly attached to the mounting rail via a fifth swivel joint , wherein the first through fifth swivel joints each have a substantially vertical swivel axis.
A membrane-spanning nanopore, comprising: i. at least one scaffold polynucleotide strand; ii. a plurality of staple polynucleotide strands; and iii. at least one hydrophobically-modified polynucleotide strand, wherein the at least one hydrophobically-modified polynucleotide strand comprises a polynucleotide strand and a hydrophobic moiety; wherein each of the plurality of staple polynucleotide strands hybridises to the at least one scaffold polynucleotide strand to form the three-dimensional structure of the membrane-spanning nanopore, and wherein the at least one hydrophobically-modified polynucleotide strand hybridises to a portion of the at least one scaffold polynucleotide strand, the membrane-spanning nanopore defining a central channel with a minimum internal width of at least about 5 nm. i. at least one scaffold polynucleotide strand; ii. a plurality of staple polynucleotide strands; and iii. at least one hydrophobically-modified polynucleotide strand, wherein the at least one hydrophobically-modified polynucleotide strand comprises a polynucleotide strand and a hydrophobic moiety;
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 .
A crossflow tray for a mass transfer column in which a gas is conducted in countercurrent to a liquid, the crossflow tray having passage orifices for the gas and at least two downcomers , the downcomers projecting beyond the top surface of the crossflow tray and a collecting cup being disposed beneath each downcomer , wherein the downcomer projects into the collecting cup , the minimum horizontal cross-sectional area of the collecting cup being 1.2 to 4 times greater than the horizontal cross-sectional area of the downcomer at the outlet, and where the collecting cup has a circumferential wall having an overflow , and where the overflow is formed by provision of orifices in the wall of the collecting cup or the circumferential wall of the collecting cup forms the overflow by having a lower height in the region of the overflow .
A method of wireless communication performed by a base station , comprising: transmitting a message, to a user equipment, UE , instructing the UE to activate or update a reference signal, RS corresponding to an uplink communication transmitted by the UE; determining a time period for the base station to wait before communicating with the UE, wherein the time period is either a first time period based on a determination that the UE identified a beam configuration of the base station or a second time period, longer than the first time period, based on a determination that the UE did not identify the beam configuration of the base station; communicating with the UE , after the time period, using a beam configuration of the base station that corresponds to a beam configuration of the UE for transmitting the RS, and wherein the time period includes a time for the UE to determine a received power of the RS in order to find an uplink transmit power for the uplink communication. transmitting a message, to a user equipment, UE , instructing the UE to activate or update a reference signal, RS corresponding to an uplink communication transmitted by the UE; determining a time period for the base station to wait before communicating with the UE, wherein the time period is either a first time period based on a determination that the UE identified a beam configuration of the base station or a second time period, longer than the first time period, based on a determination that the UE did not identify the beam configuration of the base station; communicating with the UE , after the time period, using a beam configuration of the base station that corresponds to a beam configuration of the UE for transmitting the RS, and wherein the time period includes a time for the UE to determine a received power of the RS in order to find an uplink transmit power for the uplink communication.
Hose connecting system , comprising at least two hoses , adapted to be connected to each other, a fitting , adapted to fixedly hold each of the hoses , and realize the fluid connection of the hoses, a holder , adapted to hold the fitting , wherein the holder holds at least two fittings , and, when the holder holds the fitting in a connected state, the fitting is able to move along an axis orthogonal (B) to the longitudinal axis (A) of the hoses , characterized in that the fitting is able to rotate around a longitudinal axis (A) of the hoses and/or move along a longitudinal axis (A) of the hoses . at least two hoses , adapted to be connected to each other, a fitting , adapted to fixedly hold each of the hoses , and realize the fluid connection of the hoses, a holder , adapted to hold the fitting , wherein the holder holds at least two fittings , and, when the holder holds the fitting in a connected state, the fitting is able to move along an axis orthogonal (B) to the longitudinal axis (A) of the hoses , characterized in that the fitting is able to rotate around a longitudinal axis (A) of the hoses and/or move along a longitudinal axis (A) of the hoses .
A shooting training system using a laser beam, comprising: a beam projector projecting various shooting training images comprising clay shooting, real-distance shooting and target shooting onto a shooting screen, a shooting device firing a specific laser beam at an aim point of a shooting screen in response to an aim and firing of a user, a camera module photographing the laser beam fired on the shooting screen, a computer device distinguishing between a hit and a miss by comparing a target area of a shooting training image projected onto the shooting screen with a point at which the laser beam is detected and outputting a corresponding image and sound, characterized in that it further comprises a control unit detecting whether the shooting device has been fired and a firing time, wherein when the firing of the shooting device is checked through the control unit, the computer device detects the fired laser beam by driving the camera module. a beam projector projecting various shooting training images comprising clay shooting, real-distance shooting and target shooting onto a shooting screen, a shooting device firing a specific laser beam at an aim point of a shooting screen in response to an aim and firing of a user, a camera module photographing the laser beam fired on the shooting screen, a computer device distinguishing between a hit and a miss by comparing a target area of a shooting training image projected onto the shooting screen with a point at which the laser beam is detected and outputting a corresponding image and sound, characterized in that it further comprises a control unit detecting whether the shooting device has been fired and a firing time, wherein when the firing of the shooting device is checked through the control unit, the computer device detects the fired laser beam by driving the camera module.
An exhaust system for a gas turbine engine , comprising: an eductor system adapted to receive a primary exhaust fluid, the eductor system including a body that extends along a first axis, with a plurality of ducts spaced apart about a circumference of the body , and each of the plurality of ducts extend from the body along a second axis transverse to the first axis to define a plurality of eductor primary flow paths that terminate in a mixing chamber , and the mixing chamber is adapted to receive a secondary cooling fluid and to mix the primary exhaust fluid with the secondary cooling fluid to create a mixed fluid flow; and characterized in that it further comprises a muffler system downstream from the mixing chamber adapted to receive the mixed fluid flow from the eductor system , the muffler system including a plurality of baffles that cooperate to define a tortuous path for the mixed fluid flow and attenuate sound generated by the gas turbine engine, the plurality of baffles comprise a first baffle and a second baffle , with the tortuous path defined through an opening of the first baffle and about a perimeter of the second baffle . an eductor system adapted to receive a primary exhaust fluid, the eductor system including a body that extends along a first axis, with a plurality of ducts spaced apart about a circumference of the body , and each of the plurality of ducts extend from the body along a second axis transverse to the first axis to define a plurality of eductor primary flow paths that terminate in a mixing chamber , and the mixing chamber is adapted to receive a secondary cooling fluid and to mix the primary exhaust fluid with the secondary cooling fluid to create a mixed fluid flow; and characterized in that it further comprises a muffler system downstream from the mixing chamber adapted to receive the mixed fluid flow from the eductor system , the muffler system including a plurality of baffles that cooperate to define a tortuous path for the mixed fluid flow and attenuate sound generated by the gas turbine engine, the plurality of baffles comprise a first baffle and a second baffle , with the tortuous path defined through an opening of the first baffle and about a perimeter of the second baffle .
An apparatus , comprising: a power source ; a buffer capacitor ; a first switch connected between the buffer capacitor and a control terminal of a driven switch ; the buffer capacitor connected to and charged by the power source when the first switch is turned off; and a comparator to: monitor the charging of the buffer capacitor ; and in response to the buffer capacitor reaching a threshold amount of charge, turning on the first switch to initiate a charge redistribution of charge from the buffer capacitor to the driven switch ; characterized by comprising a second switch to operably connect and disconnect the buffer capacitor from the power source , wherein the comparator turns off the second switch after a delay from a point in time when the first switch is turned on to initiate the charge redistribution. a power source ; a buffer capacitor ; a first switch connected between the buffer capacitor and a control terminal of a driven switch ; the buffer capacitor connected to and charged by the power source when the first switch is turned off; and a comparator to: monitor the charging of the buffer capacitor ; and in response to the buffer capacitor reaching a threshold amount of charge, turning on the first switch to initiate a charge redistribution of charge from the buffer capacitor to the driven switch ; monitor the charging of the buffer capacitor ; and in response to the buffer capacitor reaching a threshold amount of charge, turning on the first switch to initiate a charge redistribution of charge from the buffer capacitor to the driven switch ;
Motor vehicle headlight comprising a first projection light module which has a first semiconductor light source , a first projection lens , and a first additional light source as well as a first light guide plate , wherein the first projection lens has a first optical axis and a first light entry surface which can be illuminated by the first additional light source through the first light guide plate , wherein the first additional light source is arranged on a narrow side of the first light guide plate such that light emanating from the first additional light source enters the first light guide plate transversely to the first optical axis and the first light guide plate has a front emission side , facing the first projection lens , and a first rear deflection side , opposite the first front emission side , as well as a first part located closer to the first optical axis and a second part located further away from the first optical axis , wherein the first light guide plate is arranged in a tilted position in which the first part of the first light guide plate is located further away from the first projection lens along the first optical axis than the second part of the first light guide plate , characterized in that, at deflection structures arranged in the first rear deflection side of the first light guide plate , the additional light is deflected so steeply to the first front emission side of the first light guide plate that it emerges there in a uniformly distributed manner, and in that the emitted additional light is scattered at least in the vertical direction by scattering structures arranged in the first front emission side such that it illuminates the first light entry surface of the first projection lens in a uniformly distributed manner.
A medical device, comprising: a urological device; and a retrieval string attached to the urological device, the retrieval string comprising a body having a proximal end connected the urological device and an opposed distal end, wherein the retrieval string comprises a ferromagnetic material at least along a length of the body to permit magnetically manipulating the retrieval string through the urethra to enable extraction of the medical device. a urological device; and a retrieval string attached to the urological device, the retrieval string comprising a body having a proximal end connected the urological device and an opposed distal end, wherein the retrieval string comprises a ferromagnetic material at least along a length of the body to permit magnetically manipulating the retrieval string through the urethra to enable extraction of the medical device.
A synthetic compound comprising formula (I) wherein Ri, R 2 and R 3 are methoxy, R 4 is selected from the group consisting of alkyl carbonyloxy, substituted alkyl carbonyloxy, alkyl carbonyl, substituted alkyl carbonyl, aryl carbonyloxy and substituted aryl carbonyloxy and R 5 is selected from the group consisting of hydrogen, hydroxyl, alkoxy, substituted alkoxy, alkyl carbonyloxy, substituted alkyl carbonyloxy, alkyl carbonyl, substituted alkyl carbonyl, aryl carbonyloxy, substituted aryl carbonyloxy, halogen, amino, nitro, hydrocarbyl and substituted hydrocarbyl; and X, Y, and Z are independently selected from the group consisting of carbon, nitrogen, and oxygen.
A curable composition comprising: an epoxy compound (A); an amine compound (B); and an acrylic resin (C), wherein the acrylic resin (C) is a diblock-type acrylic resin; wherein the amine compound (B) contains an N-(aminoalkyl) piperazine compound (B1) as an essential component. an epoxy compound (A); an amine compound (B); and an acrylic resin (C), wherein the acrylic resin (C) is a diblock-type acrylic resin; wherein the amine compound (B) contains an N-(aminoalkyl) piperazine compound (B1) as an essential component.