mhurhangee/patent-ind-claim-en huggingface dataset:
A medical decoupling instrument for decoupling a medical insertion instrument from a pedicle screw, comprising: a shaft and a sleeve which is arranged around a portion of the shaft , said sleeve being configured for defined coupling to the medical insertion instrument , wherein the shaft is rotatable with respect to the sleeve , and wherein the medical decoupling instrument is configured to move the shaft and the sleeve self-actingly and automatically into a defined initial position; wherein the medical decoupling instrument further comprises a spring which is arranged between a support surface , which is provided on the shaft , and the sleeve and is configured to move the shaft and the sleeve into the defined initial position via its spring force; wherein the shaft has a peg-shaped projection at the portion around which the sleeve is arranged, the sleeve has a motion link , and the peg-shaped projection of the shaft is received in the motion link of the sleeve such that the motion link defines a range of rotation of the shaft with respect to the sleeve ; characterized in that the motion link runs obliquely, i.e. extends both in the circumferential direction and the axial direction of the sleeve , such that a first end of the motion link is arranged closer to a distal end of the sleeve than a second end of the motion link .
A polycarbonate copolymer containing a unit (A) represented by the following formula (1-1) or (1-2) and a unit (B) represented by the following formula : wherein, R 1 and R 2 respectively and independently represent a hydrogen atom, hydrocarbon group having 1 to 10 carbon atoms that may contain an aromatic group, or halogen atom, and Y represents a divalent organic residue comprised of the following formula : wherein, C m represents a cycloalkylene group, m represents an integer of 3 to 20, R 3 represents a hydrogen atom, halogen atom, alkyl group having 1 to 20 carbon atoms or cycloalkyl group having 3 to 20 carbon atoms, and n represents an integer of 1 to 10; wherein, R 1 ' and R 2 ' respectively and independently represent a hydrogen atom, hydrocarbon group having 1 to 10 carbon atoms that may contain an aromatic group or a halogen atom, and W represents a single bond, carbon atom, oxygen atom or sulfur atom; wherein, R 4 , R 5 , R 6 and R 7 respectively and independently represent a halogen atom, alkyl group having 1 to 20 carbon atoms or cycloalkyl group having 3 to 20 carbon atoms, wherein the number average molecular weight as polystyrene as determined by gel permeation chromatography is within the range of 10,000 to 100,000, and the molecular weight distribution (Mw/Mn) is within the range of 1.5 to 3.5, wherein the weight average molecular weight is determined by gel permeation chromatography (GPC) as polystyrene.
A xerographic toner system comprising: a build toner material; and a support toner material; wherein the support toner material comprises a blend comprising: a polyvinyl alcohol (PVA) polymer; a chitosan; and a polyvinylpyrrolidone (PVP), wherein the T g of the blend is within 1 °C to 20 °C of the build material toner T g . a build toner material; and a support toner material; wherein the support toner material comprises a blend comprising: a polyvinyl alcohol (PVA) polymer; a chitosan; and a polyvinylpyrrolidone (PVP), a polyvinyl alcohol (PVA) polymer; a chitosan; and a polyvinylpyrrolidone (PVP), wherein the T g of the blend is within 1 °C to 20 °C of the build material toner T g .
A pharmaceutical composition that is formulated for topical application comprising a therapeutically effective amount of lopinavir and ritonavir in a pharmaceutically acceptable vehicle for use as a medicament in the treatment of cancer or benign proliferative disorders caused by human papilloma virus (HPV) and wherein a subject is treated by topically applying the composition to a site on or in the subject requiring treatment.
A method of operating a portable particle sampling device for sampling an environment at a sampling location in a facility, the method comprising the steps of: - associating a sampling location with a unique identifier, wherein the unique identifier comprises an area and the sampling location; - selecting the area; - loading a sampling plan routine , wherein the sampling plan routine includes: the spatial data of the facility; and text and/or graphics which provide user instructions to a user as to how to operate the device; - displaying the sampling location associated with the selected area on a graphical user interface (GUI) connected to the device , wherein said displaying includes causing spatial data to be displayed as a graphical map to the user; and - sampling the environment at the sampling location with the device. - associating a sampling location with a unique identifier, wherein the unique identifier comprises an area and the sampling location; - selecting the area; - loading a sampling plan routine , wherein the sampling plan routine includes: the spatial data of the facility; and text and/or graphics which provide user instructions to a user as to how to operate the device; the spatial data of the facility; and text and/or graphics which provide user instructions to a user as to how to operate the device; - displaying the sampling location associated with the selected area on a graphical user interface (GUI) connected to the device , wherein said displaying includes causing spatial data to be displayed as a graphical map to the user; and - sampling the environment at the sampling location with the device.
A conveyor system for the transport of packaged food products, comprising a curved, preferably closed-loop pathway defined by a profiled track and a plurality of wheel cars movably contained within and guided by said profiled track , said wheel cars having an attachment side facing towards an open side of said profiled track , and said track being arranged such that said open side faces into a substantially horizontal direction such that said attachment side of said cars is oriented substantially vertically on their way along the pathway; said conveyor system further comprising at least one carrier with a carrier rack adapted to support a food product to be transported, said carrier being pivotably mounted to the attachment side of one of the wheel cars to maintain the carrier rack in a horizontal position as the carrier travels along the pathway, and wherein said track comprises at least one substantially horizontal section, said conveyor system comprising a flat rail is arranged below said track along said substantially horizontal section and a slider or roller associated with said carrier and corresponding wheel car , which supports said carrier against said flat rail .
Intermittent display mechanism for a timepiece including at least one mobile component in motion during the operation of said timepiece , said mechanism including energy supply means for supplying at least one light emission source included in said mechanism and which is coupled with at least one light guide , and light emission control means , said light emission control means including at least one flexible body , said flexible body bearing at least one said light guide or consisting of at least one said light guide , and being attached to a fixed structure included in said mechanism and including at least one distal zone overhanging with respect to said structure and which is arranged to interfere mechanically, at periodic or random times, with at least one said mobile component during the travel of said mobile component and move away from the rest position thereof before starting the vibration of said flexible body , said energy supply means comprising or consisting of, either a microgenerator activated by a mobile control organ or by a barrel of the timepiece and arranged to simultaneously activate a movement of said flexible body via an impulse or percussion means of said mobile component , or a flexible piezoelectric film or coating borne by said flexible body and which is coated in an electrically insulating shell and which is arranged to convert the mechanical energy supplied by said mobile component into electrical energy and to supply it to at least one said light emission source .
A method comprising: determining whether a data access attempt, if permitted, will cause data specified in the data access attempt to cross a data boundary, the data boundary associated with at least one condition to be met before the data will be permitted to cross the data boundary, wherein a boundary label (1030; 1120; 1230) is included with the data, the boundary label being used to determine whether the data access will cause the data of the data access attempt to cross the data boundary; determining an operation to be applied to the data for which access is being attempted, in response to determining the data access attempt will cause the data to cross the data boundary; and applying the operation to the data, the application of the operation to the data to cause the at least one condition to be met, and the application of the operation to permit the data access to be permitted under the at least one condition. determining whether a data access attempt, if permitted, will cause data specified in the data access attempt to cross a data boundary, the data boundary associated with at least one condition to be met before the data will be permitted to cross the data boundary, wherein a boundary label (1030; 1120; 1230) is included with the data, the boundary label being used to determine whether the data access will cause the data of the data access attempt to cross the data boundary; determining an operation to be applied to the data for which access is being attempted, in response to determining the data access attempt will cause the data to cross the data boundary; and applying the operation to the data, the application of the operation to the data to cause the at least one condition to be met, and the application of the operation to permit the data access to be permitted under the at least one condition.
A computer-implemented method performed by a data processing apparatus, the method comprising: receiving , at an emulation system from a system in a virtual private cloud, an Application Programming Interface (API) request comprising an indication of an endpoint associated with a target region of a cloud computing service; extracting one or more attributes from the API request; generating a manipulated API request from the extracted one or more attributes of the API request, wherein the manipulated API request comprises an indication of an endpoint located in a standard region of the cloud computing service; transmitting the manipulated API request to the endpoint located in the standard region of the cloud computing service; and characterized by : receiving , at the emulation system, an API request response comprising an indication of an endpoint located in the standard region of the cloud computing service; extracting one or more attributes from the API request response; generating a manipulated API request response from the extracted one or more attributes of the API request response, wherein the manipulated API request response comprises an indication of an endpoint located in the target region of a cloud computing service; and transmitting the manipulated API request response to the system in the virtual private cloud. receiving , at an emulation system from a system in a virtual private cloud, an Application Programming Interface (API) request comprising an indication of an endpoint associated with a target region of a cloud computing service; extracting one or more attributes from the API request; generating a manipulated API request from the extracted one or more attributes of the API request, wherein the manipulated API request comprises an indication of an endpoint located in a standard region of the cloud computing service; transmitting the manipulated API request to the endpoint located in the standard region of the cloud computing service; and characterized by : receiving , at the emulation system, an API request response comprising an indication of an endpoint located in the standard region of the cloud computing service; extracting one or more attributes from the API request response; generating a manipulated API request response from the extracted one or more attributes of the API request response, wherein the manipulated API request response comprises an indication of an endpoint located in the target region of a cloud computing service; and transmitting the manipulated API request response to the system in the virtual private cloud. receiving , at the emulation system, an API request response comprising an indication of an endpoint located in the standard region of the cloud computing service; extracting one or more attributes from the API request response; generating a manipulated API request response from the extracted one or more attributes of the API request response, wherein the manipulated API request response comprises an indication of an endpoint located in the target region of a cloud computing service; and transmitting the manipulated API request response to the system in the virtual private cloud.
A system for near-field communication between a basic function module and at least one extended function module, comprising: the basic function module , the at least one extended function module (220-1, 220-2, 220-3), a first near-field communication transceiver unit and a first near-field communication antenna unit located on the basic function module , and at least one second near-field communication transceiver unit (240-1, 240-2, 240-3) and at least one second near-field communication antenna unit (260-1, 260'-1, 260-2, 260'-2, 260-3, 260'-3) located on each extended function module of the at least one extended function module (220-1, 220-2, 220-3), characterized in that the first near-field communication antenna unit and the at least one second near-field communication antenna unit (260-1, 260'-1, 260-2, 260'-2, 260-3, 260'-3) respectively comprise a first loop antenna and a second loop antenna printed on a printed circuit board, and the basic function module is a main control module of a programmable logic controller, PLC, and the at least one extended function module (220-1, 220-2, 220-3)is an extended input/output (I/O) module of the PLC that is configured to extend I/O points of the basic function module to transmit I/O data of the PCL through near-field communication. the basic function module , the at least one extended function module (220-1, 220-2, 220-3), a first near-field communication transceiver unit and a first near-field communication antenna unit located on the basic function module , and at least one second near-field communication transceiver unit (240-1, 240-2, 240-3) and at least one second near-field communication antenna unit (260-1, 260'-1, 260-2, 260'-2, 260-3, 260'-3) located on each extended function module of the at least one extended function module (220-1, 220-2, 220-3), characterized in that the first near-field communication antenna unit and the at least one second near-field communication antenna unit (260-1, 260'-1, 260-2, 260'-2, 260-3, 260'-3) respectively comprise a first loop antenna and a second loop antenna printed on a printed circuit board, and the basic function module is a main control module of a programmable logic controller, PLC, and the at least one extended function module (220-1, 220-2, 220-3)is an extended input/output (I/O) module of the PLC that is configured to extend I/O points of the basic function module to transmit I/O data of the PCL through near-field communication.
A method for reducing the amount of contaminating nucleoside diphosphates and/or nucleoside triphosphates, comprising the steps of a. providing a sample containing contaminating nucleoside diphosphates and/or nucleoside triphosphates, such as ATP and/or ATP analogues including deoxyribonucleoside triphosphates; b. reducing the amount of the contaminating nucleoside diphosphates and/or nucleoside triphosphates in the sample with an apyrase enzyme, wherein said apyrase enzyme is a Shigella flexneri apyrase; and c. performing an analysis of the sample, wherein said analysis comprises an assay that would have been affected by the contaminating nucleoside diphosphates and/or nucleoside triphosphates had they not been reduced in step b. a. providing a sample containing contaminating nucleoside diphosphates and/or nucleoside triphosphates, such as ATP and/or ATP analogues including deoxyribonucleoside triphosphates; b. reducing the amount of the contaminating nucleoside diphosphates and/or nucleoside triphosphates in the sample with an apyrase enzyme, wherein said apyrase enzyme is a Shigella flexneri apyrase; and c. performing an analysis of the sample, wherein said analysis comprises an assay that would have been affected by the contaminating nucleoside diphosphates and/or nucleoside triphosphates had they not been reduced in step b.
Thermally insulating component for use in a separating j oint between a first load-absorbing structural part and a second load-absorbing structural part , in particular between an intermediate floor and a projecting panel or a projecting support, comprising an insulating body , which has a longitudinal direction and two mutually opposite insulating-body longitudinal sides which extend in the longitudinal direction and are intended for arrangement in the longitudinal direction of the separating joint , wherein the thermally insulating component has force-transmitting elements for transmitting forces between the first structural part and the second structural part , wherein the first insulating-body longitudinal side is intended for arrangement on the first load-absorbing structural part , wherein the thermally insulating component has a console , which at least partially consists of pourable, non-metallic material and extends on the second insulating-body longitudinal side , wherein the at least one force-transmitting element extends through the insulating body at least from the first insulating-body longitudinal side to the console , wherein the at least one force-transmitting element has at least one connecting means for connection to the second load-absorbing structural part by way of a mechanically producible connection.
An automatic ladder whose length is adjustable, comprising: a first support part having first outer supports and first inner supports inserted into the first outer supports ; horizontal footholds for connecting the first outer supports and for connecting the first inner supports ; a first gear disposed inside one horizontal foothold and having a groove portion formed at the inside thereof; a second gear engaging with the first gear to change a rotational direction of the first gear ; a rotary bar coupled to the second gear ; third gears located on both ends of the rotary bar ; screw bolts having fourth gears engaging with the third gears , located inside the first inner supports , taking shapes of bars, and having screw lines formed on the outer peripheral surfaces thereof; and screw nuts fitted to the screw bolts in such a manner as to allow the outer surfaces thereof to be fixedly coupled to the first inner supports . a first support part having first outer supports and first inner supports inserted into the first outer supports ; horizontal footholds for connecting the first outer supports and for connecting the first inner supports ; a first gear disposed inside one horizontal foothold and having a groove portion formed at the inside thereof; a second gear engaging with the first gear to change a rotational direction of the first gear ; a rotary bar coupled to the second gear ; third gears located on both ends of the rotary bar ; screw bolts having fourth gears engaging with the third gears , located inside the first inner supports , taking shapes of bars, and having screw lines formed on the outer peripheral surfaces thereof; and screw nuts fitted to the screw bolts in such a manner as to allow the outer surfaces thereof to be fixedly coupled to the first inner supports .
A mask plate , comprising a tray with at least one mask locating slot , and a mask arranged in each mask locating slot; wherein the at least one mask locating slot comprises at least one array of rectangular slots , characterized in that the at least one mask locating slot further comprises at least one bar-shaped slot arranged at a periphery of the rectangular slots. wherein the at least one mask locating slot comprises at least one array of rectangular slots , characterized in that the at least one mask locating slot further comprises at least one bar-shaped slot arranged at a periphery of the rectangular slots.
A pool apparatus for a user to perform activities therein, comprising: a pool main body to carry liquid for a user to do activities in the pool main body; at least one reaction device disposed within the pool main body; a control circuit connected to the at least one reaction device for performing a function of the pool apparatus according to a setting for operating the at least one reaction device; at least one wireless network operatively connecting the control circuit to an external device without pairing the external device with the control circuit in advance; at least one sensor operatively connected to the control circuit; characterized in that the pool apparatus further comprises a position sensor for detecting a position of the user in the pool main body ; wherein the control circuit interacts with the external device via a protocol to allow the external device to access and adjust the setting according to user input; wherein the at least one reaction device comprises a massage water flow generator for providing massage water flows to the user in the pool main body according to the setting; and wherein the control circuit controls the massage water flow generator to provide the massage water flow at one or more positions corresponding to the detected position of the user. a pool main body to carry liquid for a user to do activities in the pool main body; at least one reaction device disposed within the pool main body; a control circuit connected to the at least one reaction device for performing a function of the pool apparatus according to a setting for operating the at least one reaction device; at least one wireless network operatively connecting the control circuit to an external device without pairing the external device with the control circuit in advance; at least one sensor operatively connected to the control circuit; characterized in that the pool apparatus further comprises a position sensor for detecting a position of the user in the pool main body ; wherein the control circuit interacts with the external device via a protocol to allow the external device to access and adjust the setting according to user input; wherein the at least one reaction device comprises a massage water flow generator for providing massage water flows to the user in the pool main body according to the setting; and wherein the control circuit controls the massage water flow generator to provide the massage water flow at one or more positions corresponding to the detected position of the user.