mhurhangee/patent-ind-claim-en huggingface dataset:
Expansion anchor with - a bolt as first element and - at least one expansion part arranged on the bolt as second element, - in which an expansion area for offsetting the expansion part radially in relation to the bolt as well as a load bearing device for introducing tensile forces into the bolt are arranged on the bolt , - in which one of the two elements has a first stud running along the bolt and the other of the two elements has a first groove running along the bolt , in which the first stud engages, and - in which one of the two elements has a second stud (62") running along the bolt and the other of the two elements has a second groove (61") running along the bolt , in which the second stud (62") engages, characterised in that - the expansion part is fastened to the bolt by means of a snap connection, - in which a first catch of the snap connection is formed between the first stud and the first groove , - in which a second catch of the snap connection is formed between the second stud (62") and the second groove (61") and - in which the first catch and the second catch hold the expansion part radially on the bolt . - a bolt as first element and - at least one expansion part arranged on the bolt as second element, - in which an expansion area for offsetting the expansion part radially in relation to the bolt as well as a load bearing device for introducing tensile forces into the bolt are arranged on the bolt , - in which one of the two elements has a first stud running along the bolt and the other of the two elements has a first groove running along the bolt , in which the first stud engages, and - in which one of the two elements has a second stud (62") running along the bolt and the other of the two elements has a second groove (61") running along the bolt , in which the second stud (62") engages, - the expansion part is fastened to the bolt by means of a snap connection, - in which a first catch of the snap connection is formed between the first stud and the first groove , - in which a second catch of the snap connection is formed between the second stud (62") and the second groove (61") and - in which the first catch and the second catch hold the expansion part radially on the bolt .
A tamper evident blister package comprising: a blister assembly defining at least one cavity , the opening of the at least one cavity being at least partially closed by a membrane ; a sleeve housing the blister assembly , the sleeve having a top side and a bottom side , the bottom side having a contact window that is aligned with the cavity ; a package integrity feature applied to the bottom side and covering the contact window ; and wherein the package integrity feature is further applied to the membrane covering the cavity through the contact window . a blister assembly defining at least one cavity , the opening of the at least one cavity being at least partially closed by a membrane ; a sleeve housing the blister assembly , the sleeve having a top side and a bottom side , the bottom side having a contact window that is aligned with the cavity ; a package integrity feature applied to the bottom side and covering the contact window ; and wherein the package integrity feature is further applied to the membrane covering the cavity through the contact window .
Method for manufacturing an abrasive body , in particular a grinding brush or a grinding stone, comprising the following steps: - providing a pulverulent sinter material , - providing abrasive particles , - producing a mixture of the sinter material and the abrasive particles , - producing a solidified sintered body comprising a carrier section and one or more abrasive sections by means of the repeated melting or sintering of the sinter material layer by layer, wherein the abrasive sections comprise, parallel to the carrier section , a honeycomb structure which comprises an elastic and/or plastic deformability, by means of which the hardness of the abrasive body can be regulated vertically to the plane of the carrier section , or wherein the abrasive sections comprise a web-form or a sponge-form, wherein - the abrasive particles are encapsulated or embedded in or on the solidified sintered body and - the layer by layer melting or sintering is continued until the sintered body assumes the desired shape of the abrasive body . - providing a pulverulent sinter material , - providing abrasive particles , - producing a mixture of the sinter material and the abrasive particles , - producing a solidified sintered body comprising a carrier section and one or more abrasive sections by means of the repeated melting or sintering of the sinter material layer by layer, wherein the abrasive sections comprise, parallel to the carrier section , a honeycomb structure which comprises an elastic and/or plastic deformability, by means of which the hardness of the abrasive body can be regulated vertically to the plane of the carrier section , or - the abrasive particles are encapsulated or embedded in or on the solidified sintered body and - the layer by layer melting or sintering is continued until the sintered body assumes the desired shape of the abrasive body .
A purger device (1; 100) for hollow fiber oxygenators, including: a gas inlet (2; 102); a gas outlet (3; 103); and a fluid communication feature between said gas inlet (2; 102) and said gas outlet (3; 103); the purger device further including: an accumulation chamber (5; 105) having a variable volume plenum (PL) ported to said fluid communication feature; and a flow control unit (4; 104) configured to vary fluid communication patterns in said fluid communication feature and having a first operating condition and a second operating condition, wherein in the first operating condition the flow control unit (4; 104) enables a fluid communication between said gas inlet (2; 102) and gas outlet (3; 103), and wherein in the second operating condition the flow control unit enables a fluid communication between said gas inlet (2; 102) and the variable volume plenum (PL) of said accumulation chamber (5; 105). a gas inlet (2; 102); a gas outlet (3; 103); and a fluid communication feature between said gas inlet (2; 102) and said gas outlet (3; 103); the purger device further including: an accumulation chamber (5; 105) having a variable volume plenum (PL) ported to said fluid communication feature; and a flow control unit (4; 104) configured to vary fluid communication patterns in said fluid communication feature and having a first operating condition and a second operating condition, wherein in the first operating condition the flow control unit (4; 104) enables a fluid communication between said gas inlet (2; 102) and gas outlet (3; 103), and wherein in the second operating condition the flow control unit enables a fluid communication between said gas inlet (2; 102) and the variable volume plenum (PL) of said accumulation chamber (5; 105). an accumulation chamber (5; 105) having a variable volume plenum (PL) ported to said fluid communication feature; and a flow control unit (4; 104) configured to vary fluid communication patterns in said fluid communication feature and having a first operating condition and a second operating condition, wherein in the first operating condition the flow control unit (4; 104) enables a fluid communication between said gas inlet (2; 102) and gas outlet (3; 103), and wherein in the second operating condition the flow control unit enables a fluid communication between said gas inlet (2; 102) and the variable volume plenum (PL) of said accumulation chamber (5; 105).
A method in a user equipment, the method comprising: acquiring an indication that indicates a set of frequency domain resource blocks for possible physical uplink shared channel transmission in an uplink subframe; selecting a subset of resource blocks from the set of frequency domain resource blocks for possible physical uplink shared channel transmission based on a selection criterion, wherein the selection criterion uses at least a resource set size acquired from the indication, a modulo function, and an identifier associated with the user equipment; and transmitting a physical uplink shared channel in the selected subset of resource blocks in the uplink subframe. acquiring an indication that indicates a set of frequency domain resource blocks for possible physical uplink shared channel transmission in an uplink subframe; selecting a subset of resource blocks from the set of frequency domain resource blocks for possible physical uplink shared channel transmission based on a selection criterion, wherein the selection criterion uses at least a resource set size acquired from the indication, a modulo function, and an identifier associated with the user equipment; and transmitting a physical uplink shared channel in the selected subset of resource blocks in the uplink subframe.
A robot control method, comprising: setting operating configuration parameters of a robot according to working characteristic information of the robot, wherein the working characteristic information is used for representing an operating environment and an operating purpose of the robot, and the operating configuration parameters comprise: an operating speed of the robot, an operating track of the robot and a switching condition of the robot, the switching condition is a condition needing to be satisfied when the robot switches to another operating status from one operating status during the operation (S102); and characterized in that the method further comprising: transmitting a predetermined signal to the robot in response to triggering the switching condition contained in the operating configuration parameters during the operation of the robot (S104), to control the robot to execute a control instruction corresponding to the predetermined signal (S106); wherein the predetermined signal is used for generating the control instruction to control the robot to close a glue spraying device. transmitting a predetermined signal to the robot in response to triggering the switching condition contained in the operating configuration parameters during the operation of the robot (S104), to control the robot to execute a control instruction corresponding to the predetermined signal (S106); wherein the predetermined signal is used for generating the control instruction to control the robot to close a glue spraying device.
Medical gauze comprising: a warp knitted fabric having a warp direction and a weft direction and composed of loops continued in the warp direction; and x-ray contrast yarn interlaced in the warp knitted fabric, wherein the warp knitted fabric is made of 100% long fiber containing 70% by weight or more of regenerated cellulose-based long fiber; characterized in that : at least one chemical fiber (21 to 24, 31 to 38) is intertwined with the x-ray contrast yarn in the warp direction; and similar chemical fiber is arranged in the warp direction in the vicinity of the at least one chemical fiber. a warp knitted fabric having a warp direction and a weft direction and composed of loops continued in the warp direction; and x-ray contrast yarn interlaced in the warp knitted fabric, wherein the warp knitted fabric is made of 100% long fiber containing 70% by weight or more of regenerated cellulose-based long fiber; characterized in that : at least one chemical fiber (21 to 24, 31 to 38) is intertwined with the x-ray contrast yarn in the warp direction; and similar chemical fiber is arranged in the warp direction in the vicinity of the at least one chemical fiber. at least one chemical fiber (21 to 24, 31 to 38) is intertwined with the x-ray contrast yarn in the warp direction; and similar chemical fiber is arranged in the warp direction in the vicinity of the at least one chemical fiber.
An implantable composition comprising two or more putties, the first and second putties each comprising one or more reactive components and one or more additive components, the one or more reactive components in the first putty comprising one or more isocyanates, or mixtures thereof, and the one or more reactive components in the second putty comprising one or more polyols or polyamines, or mixtures thereof, wherein the putties are mixable or kneadable together to form a self-setting polyurethane or polyureaurethane composition which is capable of hardening into its fully cured solid form at room temperature or body temperature.
A method for producing a chitosan-arginine compound of formula (I): where m is 0.02-0.50; q is 0.50-0.01; s is 1; and p+q+m=1; and the percentage degree of functionalisation is m/(1-q)•100%; wherein X is selected from the group consisting of: wherein the method comprises the steps of: a) reacting a compound of formula (V) with a coupling agent and an activating agent, to provide a compound of formula (IV) b) reacting the compound of formula (IV) with a compound of formula (III) to provide a compound of formula (II) and dialysing the compound of formula (II) with a 5000 Da molecular weight cut off; and c) reacting the compound of formula (II) with a strong acid, to provide the compound of formula (I). a) reacting a compound of formula (V) with a coupling agent and an activating agent, to provide a compound of formula (IV) b) reacting the compound of formula (IV) with a compound of formula (III) to provide a compound of formula (II) and dialysing the compound of formula (II) with a 5000 Da molecular weight cut off; and c) reacting the compound of formula (II) with a strong acid, to provide the compound of formula (I).
A system for locating a concealed current carrying conductor, comprising: at least one signal generator configured to be coupled to the conductor and to generate, in the conductor, an alternating current having at least a first frequency and a second frequency; and a locator comprising: two magnetic field sensors operable to convert electromagnetic radiation from the conductor into a field strength signal; an analogue to digital converter (ADC) configured to generate a digitised signal dependent upon the field strength signals from the magnetic field sensor ; a digital signal processor configured to: isolate components of the digitised signal resulting from the first frequency and the second frequency; and process the isolated components to calculate an estimate of the depth of the concealed conductor and to generate one or more signals indicative of the depth of the conductor; and an output configured to generate an audio and/or visual indication of the depth of the conductor, wherein the isolated signal components resulting from the first frequency signal and the second frequency signal are contemporaneously processed. at least one signal generator configured to be coupled to the conductor and to generate, in the conductor, an alternating current having at least a first frequency and a second frequency; and a locator comprising: two magnetic field sensors operable to convert electromagnetic radiation from the conductor into a field strength signal; an analogue to digital converter (ADC) configured to generate a digitised signal dependent upon the field strength signals from the magnetic field sensor ; a digital signal processor configured to: isolate components of the digitised signal resulting from the first frequency and the second frequency; and process the isolated components to calculate an estimate of the depth of the concealed conductor and to generate one or more signals indicative of the depth of the conductor; and an output configured to generate an audio and/or visual indication of the depth of the conductor, wherein the isolated signal components resulting from the first frequency signal and the second frequency signal are contemporaneously processed. a digital signal processor configured to: isolate components of the digitised signal resulting from the first frequency and the second frequency; and process the isolated components to calculate an estimate of the depth of the concealed conductor and to generate one or more signals indicative of the depth of the conductor; and isolate components of the digitised signal resulting from the first frequency and the second frequency; and process the isolated components to calculate an estimate of the depth of the concealed conductor and to generate one or more signals indicative of the depth of the conductor; and an output configured to generate an audio and/or visual indication of the depth of the conductor, wherein the isolated signal components resulting from the first frequency signal and the second frequency signal are contemporaneously processed.
A method of die casting a component , comprising the steps of: transferring a charge of material (M) from a melting unit into a shot tube of a die casting system ; injecting the charge of material (M) into a die cavity of a die having one or a plurality of die elements that define the die cavity configured to receive the charge of material (M), by actuating a shot plunger of the shot tube ; and solidifying the charge of material within the die cavity; characterized in that : the charge of material (M) is a refractory metal intermetallic composite material, said refractory metal intermetallic composite material comprising an intermetallic compound selected from a nickel aluminide consisting essentially of NiAl or Ni 3 Al, a titanium aluminide consisting essentially of TiAl, TiAl 2 , or TiAl 3 , and/or a platinum aluminide consisting essentially of PtAl. transferring a charge of material (M) from a melting unit into a shot tube of a die casting system ; injecting the charge of material (M) into a die cavity of a die having one or a plurality of die elements that define the die cavity configured to receive the charge of material (M), by actuating a shot plunger of the shot tube ; and solidifying the charge of material within the die cavity; characterized in that : the charge of material (M) is a refractory metal intermetallic composite material, said refractory metal intermetallic composite material comprising an intermetallic compound selected from a nickel aluminide consisting essentially of NiAl or Ni 3 Al, a titanium aluminide consisting essentially of TiAl, TiAl 2 , or TiAl 3 , and/or a platinum aluminide consisting essentially of PtAl.
An image sensor device, comprising: a first digital pixel including a first photo detector and first memory cells configured to store a first digital signal corresponding to a first output from the first photo detector; and a second digital pixel including a second photo detector and second memory cells configured to store a second digital signal corresponding to a second output from the second photo detector, wherein the second digital pixel is adjacent to one side of the first digital pixel along a first direction, wherein the first memory cells and the second memory cells are connected with a plurality of bit lines, wherein the first memory cells are connected with a first word line and a third word line, wherein the second memory cells are connected with a second word line and a fourth word line, wherein the second word line is between the first and third word lines, and wherein the third word line is between the second and fourth word lines. a first digital pixel including a first photo detector and first memory cells configured to store a first digital signal corresponding to a first output from the first photo detector; and a second digital pixel including a second photo detector and second memory cells configured to store a second digital signal corresponding to a second output from the second photo detector, wherein the second digital pixel is adjacent to one side of the first digital pixel along a first direction, wherein the first memory cells and the second memory cells are connected with a plurality of bit lines, wherein the first memory cells are connected with a first word line and a third word line, wherein the second memory cells are connected with a second word line and a fourth word line, wherein the second word line is between the first and third word lines, and wherein the third word line is between the second and fourth word lines.
A catalyst manufacturing method comprising: preparing UZM-35 zeolite; manufacturing ion-containing UZM-35 zeolite by substituting ions in a structure of the UZM-35 zeolite; and manufacturing metal-containing UZM-35 zeolite by exchanging copper (Cu) ions or iron (Fe) ions in the structure of the ion-containing UZM-35 zeolite, wherein the Si/Al molar ratio of the UZM-35 zeolite is in a range of 5 to 30, and wherein a copper content of the catalyst is in a range of 1 wt.% to 5 wt.% or an iron content of the catalyst is in a range of 1 wt.% to 5 wt.%. preparing UZM-35 zeolite; manufacturing ion-containing UZM-35 zeolite by substituting ions in a structure of the UZM-35 zeolite; and manufacturing metal-containing UZM-35 zeolite by exchanging copper (Cu) ions or iron (Fe) ions in the structure of the ion-containing UZM-35 zeolite, wherein the Si/Al molar ratio of the UZM-35 zeolite is in a range of 5 to 30, and wherein a copper content of the catalyst is in a range of 1 wt.% to 5 wt.% or an iron content of the catalyst is in a range of 1 wt.% to 5 wt.%.
A method performed by a centralized unit-control plane, CU-CP, of a base station in a wireless communication system, the method comprising: receiving (S301, S401), by the CU-CP from a distributed unit, DU, of the base station, an F1 setup request message including information regarding at least one centralized unit-user plane, CU-UP, of the base station connected to the DU, wherein the information regarding the at least one CU-UP connected to the DU comprises information on whether an interface between the DU and the at least one CU-UP is available, and at least one of an identity of the at least one CU-UP, an internet protocol, IP, address of the at least one CU-UP, or a name of the at least one CU-UP; and selecting (S302), by the CU-CP, a CU-UP suitable for an access of a user equipment, UE, among the at least one CU-UP, according to the information regarding the at least one CU-UP connected to the DU. receiving (S301, S401), by the CU-CP from a distributed unit, DU, of the base station, an F1 setup request message including information regarding at least one centralized unit-user plane, CU-UP, of the base station connected to the DU, wherein the information regarding the at least one CU-UP connected to the DU comprises information on whether an interface between the DU and the at least one CU-UP is available, and at least one of an identity of the at least one CU-UP, an internet protocol, IP, address of the at least one CU-UP, or a name of the at least one CU-UP; and selecting (S302), by the CU-CP, a CU-UP suitable for an access of a user equipment, UE, among the at least one CU-UP, according to the information regarding the at least one CU-UP connected to the DU.