mhurhangee/patent-ind-claim-en huggingface dataset:
A parking lock mechanism , comprising: a motor , an actuation shaft , an engagement cam , a release cam , a cam biasing member , a pawl member and a lock gear ; said engagement cam comprises a first side, a second side and a perforation formed there through, an outer edge of said engagement cam comprises a contact portion and an engagement portion , said engagement portion extends radially outward from said engagement cam ; said engagement portion engages a first end of said cam biasing member ; said release cam comprises a first side, a second side and a perforation formed there through, an outer edge of said release cam comprises a release member and an engagement portion , said release member is tapered and extends radially outward from said release cam , said release cam engagement portion engages a second end of said cam biasing member ; said cam biasing member comprises the first end , a coil portion and the second end ; said pawl member comprises a pivot perforation , an engagement end , a locking protuberance , and sensor protuberance , said pawl member is disposed adjacent said engagement cam and said release cam ; said lock gear comprises a plurality of inner splines and plurality of outer teeth . a motor , an actuation shaft , an engagement cam , a release cam , a cam biasing member , a pawl member and a lock gear ; said engagement cam comprises a first side, a second side and a perforation formed there through, an outer edge of said engagement cam comprises a contact portion and an engagement portion , said engagement portion extends radially outward from said engagement cam ; said engagement portion engages a first end of said cam biasing member ; said release cam comprises a first side, a second side and a perforation formed there through, an outer edge of said release cam comprises a release member and an engagement portion , said release member is tapered and extends radially outward from said release cam , said release cam engagement portion engages a second end of said cam biasing member ; said cam biasing member comprises the first end , a coil portion and the second end ; said pawl member comprises a pivot perforation , an engagement end , a locking protuberance , and sensor protuberance , said pawl member is disposed adjacent said engagement cam and said release cam ; said lock gear comprises a plurality of inner splines and plurality of outer teeth .
A mounting apparatus configured to be attached to a patient table , the mounting apparatus comprising a first arm extending between a first end that includes a first hook and a second end that includes a second hook , a second arm extending between a third end that includes a third hook and a fourth end that includes a fourth hook , wherein the first and second arms are each transitionable between an extended position and a contracted position, wherein each of the first and second arms comprises a first and second tensioning means , respectively, configured to allow the first and second arm to be extended to open the mounting apparatus such that upon attaching to the patient table , the tensioning means retract to secure the mounting apparatus to the patient table, and wherein the first, second, third, and fourth hooks are configured to engage the patient table as the first and second arms transition from the extended position to the contracted position, and at least one coupling rod coupled between the first arm and the second arm . a first arm extending between a first end that includes a first hook and a second end that includes a second hook , a second arm extending between a third end that includes a third hook and a fourth end that includes a fourth hook , wherein the first and second arms are each transitionable between an extended position and a contracted position, wherein each of the first and second arms comprises a first and second tensioning means , respectively, configured to allow the first and second arm to be extended to open the mounting apparatus such that upon attaching to the patient table , the tensioning means retract to secure the mounting apparatus to the patient table, and wherein the first, second, third, and fourth hooks are configured to engage the patient table as the first and second arms transition from the extended position to the contracted position, and at least one coupling rod coupled between the first arm and the second arm .
A method of operating a base station in a wireless telecommunications system in which downlink communications are made by the base station using a radio interface that spans a system frequency bandwidth and supports at least some communications with at least some terminal devices within a plurality of restricted frequency bands which are narrower than and within the system frequency bandwidth, the method comprising: conveying configuration information relating to the plurality of restricted frequency bands supported by the base station to a terminal device before or during an initial connection procedure for the terminal device on the radio interface; selecting a restricted frequency band to be used for downlink communications for the terminal device from among the plurality of restricted frequency bands supported by the base station based on an identifier for the terminal device; and transmitting downlink communications to the terminal device within the selected restricted frequency band. conveying configuration information relating to the plurality of restricted frequency bands supported by the base station to a terminal device before or during an initial connection procedure for the terminal device on the radio interface; selecting a restricted frequency band to be used for downlink communications for the terminal device from among the plurality of restricted frequency bands supported by the base station based on an identifier for the terminal device; and transmitting downlink communications to the terminal device within the selected restricted frequency band.
A method for treating a surface of an object, characterized in that said method comprises the steps consisting of bringing the surface to be treated into contact with a diffusion intermediate and then of maintaining said surface to be treated in contact with said diffusion intermediate without any movement relative to each other, said diffusion intermediate being impregnated with a corrosive solution prior to contacting or during said contacting, and said diffusion intermediate being a solid, porous support chemically inert towards said corrosive solution. said diffusion intermediate being impregnated with a corrosive solution prior to contacting or during said contacting, and said diffusion intermediate being a solid, porous support chemically inert towards said corrosive solution.
Method, comprising: a) Providing a container with a lid opening; b) Inserting a filling nozzle provided with an outlet opening through the lid opening into the container; c) Introducing a particle- and surfactant-containing liquid through the outlet opening of the filling nozzle into the container up to a filling level of the particle- and surfactant-containing liquid in the container at which the outlet opening of the filling nozzle is at least partially immersed in the particle-containing liquid; d) Introducing of further particle- and surfactant-containing liquid through the outlet opening of the filling nozzle into the container and simultaneous discharge of the filling nozzle through the lid opening out of the container, wherein the outlet opening of the filling nozzle is at least partially immersed in the particle- and surfactant-containing liquid during the introduction of further particle- and surfactant-containing liquid; e) Stopping the filling of the container at a level below the lid opening of the container; f) complete removal of the filling spout from the container; where - the particle-free liquid has a yield point of 0.1 to 10 Pa, and - the container has a horizontal cross-sectional area that varies over its height, - wherein the horizontal cross-sectional area of the container varies over its height by 10 to 40%, - and the discharge speed of the filling nozzle in step d) is varied as a function of the cross-sectional area of the container at the level of the liquid level. a) Providing a container with a lid opening; b) Inserting a filling nozzle provided with an outlet opening through the lid opening into the container; c) Introducing a particle- and surfactant-containing liquid through the outlet opening of the filling nozzle into the container up to a filling level of the particle- and surfactant-containing liquid in the container at which the outlet opening of the filling nozzle is at least partially immersed in the particle-containing liquid; d) Introducing of further particle- and surfactant-containing liquid through the outlet opening of the filling nozzle into the container and simultaneous discharge of the filling nozzle through the lid opening out of the container, wherein the outlet opening of the filling nozzle is at least partially immersed in the particle- and surfactant-containing liquid during the introduction of further particle- and surfactant-containing liquid; e) Stopping the filling of the container at a level below the lid opening of the container; f) complete removal of the filling spout from the container; - the particle-free liquid has a yield point of 0.1 to 10 Pa, and - the container has a horizontal cross-sectional area that varies over its height, - wherein the horizontal cross-sectional area of the container varies over its height by 10 to 40%, - and the discharge speed of the filling nozzle in step d) is varied as a function of the cross-sectional area of the container at the level of the liquid level.
Windscreen wiper having at least one wiper arm , which has at least one fluid connection unit , and having a wiper blade , which has at least one wiper blade adapter for coupling to the wiper arm and which is designed to be removable, and having at least one connecting unit , which has at least one fluid channel for passage of a fluid, wherein the connecting unit has at least one connecting block , which is provided for a fluidic connection of the fluid connection unit and the wiper blade adapter , and at least one tubular conduit element , which at least partially has the fluid channel and which is provided for a fluidic connection to the fluid connection unit , wherein the fluid channel has a direction deviation within the connecting block , and wherein the connecting block and the tubular conduit element are formed from an elastic material, wherein the connecting block is provided for a fixed and/or fluid-tight plug-in connection to a plug-in valve of the wiper blade adapter , characterized in that the connecting block has at least one recess , which is provided for the plug-in connection to the plug-in valve of the wiper blade adapter , and has a further recess , which is provided for a plug-in connection to a further plug-in valve of the wiper blade adapter, and the recess and the further recess are offset within the connecting block .
Process for producing a semifinished fibre matrix product, comprising a) providing at least one fibre material comprising endless fibres, b) providing a polymer composition in the form of a micropelletized material having a mean grain size, to be determined by means of dry sieve analysis according to DIN 53477, in the range from 0.01 to 3 mm, c) applying the micropelletized material to the fibre material, d) impregnating and consolidating the fibre material with the polymer composition to give a composite by action of temperatures not less than the melting temperature of the at least one polymer and pressure on the fibre material that has been contacted with micropelletized material, e) cooling to obtain the composite structure, wherein the micropelletized material has a bulk density of 200 to 1800 g/L, which is determined according to EN ISO 60, and a residual moisture content of not more than 0.3% by weight, based on the total weight and the residual water content, determined by means of a thermal balance, using samples having a weight in the range from about 1 to 5 g, by determining the starting weight, drying the samples at 160°C for a duration of 20 minutes and determining the loss of weight, and obtaining the micropelletized material by mixing the individual components of the polymer composition in at least one mixing tool, discharging the mixture in strand form, cooling the strand down until it is pelletizable and pelletizing it, and the fibre material is a weave and the polymer composition used is one composed of at least nylon-6 or nylon-6,6. a) providing at least one fibre material comprising endless fibres, b) providing a polymer composition in the form of a micropelletized material having a mean grain size, to be determined by means of dry sieve analysis according to DIN 53477, in the range from 0.01 to 3 mm, c) applying the micropelletized material to the fibre material, d) impregnating and consolidating the fibre material with the polymer composition to give a composite by action of temperatures not less than the melting temperature of the at least one polymer and pressure on the fibre material that has been contacted with micropelletized material, e) cooling to obtain the composite structure, wherein the micropelletized material has a bulk density of 200 to 1800 g/L, which is determined according to EN ISO 60, and a residual moisture content of not more than 0.3% by weight, based on the total weight and the residual water content, determined by means of a thermal balance, using samples having a weight in the range from about 1 to 5 g, by determining the starting weight, drying the samples at 160°C for a duration of 20 minutes and determining the loss of weight, and obtaining the micropelletized material by mixing the individual components of the polymer composition in at least one mixing tool, discharging the mixture in strand form, cooling the strand down until it is pelletizable and pelletizing it, and the fibre material is a weave and the polymer composition used is one composed of at least nylon-6 or nylon-6,6.
A positioning method of positioning a non-fixed node in a blind area which is performed by the non-fixed node, comprising: obtaining location information by using at least one other non-fixed node, wherein the location information is information for positioning; determining positioning information according to the location information; and broadcasting the positioning information; wherein the method further comprises: obtaining a positioning error of the at least one other non-fixed node, wherein the positioning error of the at least one other non-fixed node is a greatest positioning error of the at least one other non-fixed node; wherein, a positioning period and a frequency of broadcasting the positioning information are determined according to the location information and the positioning error that are broadcast by the at least one other non-fixed node. obtaining location information by using at least one other non-fixed node, wherein the location information is information for positioning; determining positioning information according to the location information; and broadcasting the positioning information; wherein the method further comprises: obtaining a positioning error of the at least one other non-fixed node, wherein the positioning error of the at least one other non-fixed node is a greatest positioning error of the at least one other non-fixed node; wherein, a positioning period and a frequency of broadcasting the positioning information are determined according to the location information and the positioning error that are broadcast by the at least one other non-fixed node. obtaining a positioning error of the at least one other non-fixed node, wherein the positioning error of the at least one other non-fixed node is a greatest positioning error of the at least one other non-fixed node; wherein, a positioning period and a frequency of broadcasting the positioning information are determined according to the location information and the positioning error that are broadcast by the at least one other non-fixed node.
Filling machine for filling capsules or similar elements with at least one product, each capsule having a body and a cap , comprising: - a plurality of operative stations (20-26) for carrying out operations on said capsules ; - a movement device provided with a plurality of supports with respective seats for housing and moving said capsules in sequence through said operative stations (20-26); and - at least one weighing station to weigh at least bodies of said capsules , comprising a weighing unit and transfer means to transfer at least said bodies from said movement device to said weighing unit and vice versa; characterized in that said weighing unit comprises at least one gripping element connected to a respective weighing cell of said weighing unit and provided with a housing suitable for receiving and holding by force coupling at least one body to be weighed, said transfer means being moveable along a direction of extraction (A) and including a first transfer element arranged to remove said at least one body from a respective first seat of said movement device and insert the body into said housing to allow said weighing cell to measure the weight of said body , and a second transfer element to remove said at least one body from said housing and insert said at least one body into the respective first seat of said movement device , after the weight of said body is measured. - a plurality of operative stations (20-26) for carrying out operations on said capsules ; - a movement device provided with a plurality of supports with respective seats for housing and moving said capsules in sequence through said operative stations (20-26); and - at least one weighing station to weigh at least bodies of said capsules , comprising a weighing unit and transfer means to transfer at least said bodies from said movement device to said weighing unit and vice versa;
A nonvolatile memory device, comprising: a memory cell array , the memory cell array including a plurality of cell strings (CS11, CS12, CS21, CS22), at least one of the cell strings including a plurality of memory cells (MC1 to MC128) stacked in a direction perpendicular to a surface of a substrate, at least one of the memory cells is a multi-level cell storing at least three bits; and a control logic circuit configured to control a page buffer to read at least two normal read pages of the memory cells with the same number of read voltages, wherein a normal read page refers to a page in which data are determined by a plurality of read voltages, and wherein a bit ordering of each of the at least two normal read pages has more than one bit transition, and characterized in that the control logic circuit is further configured to control the page buffer to read a fast read page of the memory cells with one read voltage, wherein a fast read page refers to a page in which data are determined by one read voltage, and wherein a bit ordering of the fast read page has only one bit transition. a memory cell array , the memory cell array including a plurality of cell strings (CS11, CS12, CS21, CS22), at least one of the cell strings including a plurality of memory cells (MC1 to MC128) stacked in a direction perpendicular to a surface of a substrate, at least one of the memory cells is a multi-level cell storing at least three bits; and a control logic circuit configured to control a page buffer to read at least two normal read pages of the memory cells with the same number of read voltages, wherein a normal read page refers to a page in which data are determined by a plurality of read voltages, and wherein a bit ordering of each of the at least two normal read pages has more than one bit transition, and characterized in that the control logic circuit is further configured to control the page buffer to read a fast read page of the memory cells with one read voltage, wherein a fast read page refers to a page in which data are determined by one read voltage, and wherein a bit ordering of the fast read page has only one bit transition.
A control apparatus configured to be connected to an image capturing apparatus and configured to control a strobe to fire in synchronization with an end of a long exposure period of the image capturing apparatus , the control apparatus comprising: wireless communication means configured to communicate wirelessly with the strobe ; and control means configured to control the wireless communication means , characterized in that the wireless communication means is further configured to: issue periodically beacon signals to establish a communication link with the strobe ; suspend the issuing of the beacon signals after receiving a shooting start instruction from the image capturing apparatus ; when a time for which the beacon signals have been stopped is equal to or greater than a predetermined amount of time, resume periodically issuing the beacon signals, and suspend the issuing of the beacon signals again after receiving a firing trigger setting notification from the image capturing apparatus immediately before the end of a long exposure period, wherein the predetermined amount of time is set to an amount of time at which the communication link with the strobe will not be cut off due to the beacon signals being stopped during the long exposure period. wireless communication means configured to communicate wirelessly with the strobe ; and control means configured to control the wireless communication means , characterized in that the wireless communication means is further configured to: issue periodically beacon signals to establish a communication link with the strobe ; suspend the issuing of the beacon signals after receiving a shooting start instruction from the image capturing apparatus ; when a time for which the beacon signals have been stopped is equal to or greater than a predetermined amount of time, resume periodically issuing the beacon signals, and suspend the issuing of the beacon signals again after receiving a firing trigger setting notification from the image capturing apparatus immediately before the end of a long exposure period, issue periodically beacon signals to establish a communication link with the strobe ; suspend the issuing of the beacon signals after receiving a shooting start instruction from the image capturing apparatus ; when a time for which the beacon signals have been stopped is equal to or greater than a predetermined amount of time, resume periodically issuing the beacon signals, and suspend the issuing of the beacon signals again after receiving a firing trigger setting notification from the image capturing apparatus immediately before the end of a long exposure period, wherein the predetermined amount of time is set to an amount of time at which the communication link with the strobe will not be cut off due to the beacon signals being stopped during the long exposure period.