mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for providing electrical energy to a consumer circuit, comprising a safety and monitoring device separately assigned to the consumer and having a switching device , to the output of which the consumer circuit is connectable via connecting means in the form of a charging cable , wherein the safety and monitoring device comprises sensor means for detecting at least one electrical quantity and an evaluation device which is driven by the sensor means , which comprises parameterization means for the presettable specification of at least one safety-relevant triggering criterion, wherein the safety and monitoring device comprises an overcurrent monitoring means which detects the magnitude of the provided electrical current, wherein at least one current-time characteristic for the permissible current profile is predetermined by the parameterization means, wherein the current-time characteristic corresponds to a predeterminable fuse characteristic with a plurality of triggering criteria, wherein a plug of the charging cable or the charging cable is characterized by means of a resistor arranged in the plug or by means of a plug face for a maximum charging current strength, and wherein one of a plurality of previously stored fuse characteristics is selected by means of the characterization of the plug or charging cable , wherein, when at least one safety-relevant trigger criterion of the selected fuse characteristic is reached, the switching device disconnects the consumer circuit.
A catheter comprising, at least one proximal tubular module and a distal tubular module , each of the tubular modules having at least one section with spiral cuts, each pair of adjacent tubular modules are coupled by a joint , the joint comprising: (a) at least one snap-fit connector on a first tubular module and a snap-fit acceptor positioned on the adjacent tubular module, the snap-fit connector being elastically deformable when engaged, and at least one stabilizing element, including a tongue element positioned on the first tubular module or the adjacent tubular module, and a groove element positioned on the opposite, first tubular module or the opposite, adjacent tubular module, or (b) an interlocking shape having a plurality of protruding sections and receiving sections that mate with the protruding sections, each of the adjacent tubular modules in the pair having one or more of the plurality of protruding sections and the plurality of receiving sections, characterized in that the distal end of the distal tubular module has a crown comprising a plurality of curvilinear elements , especially curvilinear elements that are sinusoidal in shape, preferably 5-20 of said curvilinear elements. each of the tubular modules having at least one section with spiral cuts, each pair of adjacent tubular modules are coupled by a joint , the joint comprising: (a) at least one snap-fit connector on a first tubular module and a snap-fit acceptor positioned on the adjacent tubular module, the snap-fit connector being elastically deformable when engaged, and at least one stabilizing element, including a tongue element positioned on the first tubular module or the adjacent tubular module, and a groove element positioned on the opposite, first tubular module or the opposite, adjacent tubular module, or (b) an interlocking shape having a plurality of protruding sections and receiving sections that mate with the protruding sections, each of the adjacent tubular modules in the pair having one or more of the plurality of protruding sections and the plurality of receiving sections, (a) at least one snap-fit connector on a first tubular module and a snap-fit acceptor positioned on the adjacent tubular module, the snap-fit connector being elastically deformable when engaged, and at least one stabilizing element, including a tongue element positioned on the first tubular module or the adjacent tubular module, and a groove element positioned on the opposite, first tubular module or the opposite, adjacent tubular module, or (b) an interlocking shape having a plurality of protruding sections and receiving sections that mate with the protruding sections, each of the adjacent tubular modules in the pair having one or more of the plurality of protruding sections and the plurality of receiving sections, characterized in that the distal end of the distal tubular module has a crown comprising a plurality of curvilinear elements , especially curvilinear elements that are sinusoidal in shape, preferably 5-20 of said curvilinear elements.
A method for wireless communication performed by a user equipment, UE , comprising: receiving , from a source cell, a range of values for at least one criterion for UE autonomous cell selection; identifying resources on which to transmit, to a target cell and the source cell, an indication of the target cell from a set of candidate cells configured for autonomous cell selection; measuring a signal for one or more of the candidate cells; determining , by the UE , that the at least one criterion is within the range of values based at least in part on measuring the signal for the one or more candidate cells; selecting the target cell from the one or more candidate cells or avoiding selection of the target cell after determining that the at least one criterion is within the range of values; transmitting, to the source cell and to the target cell on the identified resources, the indication of the target cell; monitoring a first control channel for control information from the source cell during a first subset of a set of transmission time intervals, TTIs, after transmitting the indication of the target cell; and monitoring a second control channel for control information from the target cell during a second subset of the set of TTIs after transmitting the indication. receiving , from a source cell, a range of values for at least one criterion for UE autonomous cell selection; identifying resources on which to transmit, to a target cell and the source cell, an indication of the target cell from a set of candidate cells configured for autonomous cell selection; measuring a signal for one or more of the candidate cells; determining , by the UE , that the at least one criterion is within the range of values based at least in part on measuring the signal for the one or more candidate cells; selecting the target cell from the one or more candidate cells or avoiding selection of the target cell after determining that the at least one criterion is within the range of values; transmitting, to the source cell and to the target cell on the identified resources, the indication of the target cell; monitoring a first control channel for control information from the source cell during a first subset of a set of transmission time intervals, TTIs, after transmitting the indication of the target cell; and monitoring a second control channel for control information from the target cell during a second subset of the set of TTIs after transmitting the indication.
Screen for the shielding of accidents, comprising a supporting structure having one or more supporting elements , which comprise vertical supporting posts , are covered or planked with a panel of an opaque material, and are retained in pedestals , characterized in that each pedestal comprises an elongated plate , which is equipped at least partially with a friction-enhancing coating at its bottom side and is designed in such a way that it can be safely run over by a car tire, and comprises four sleeves projecting upwards along vertical axes, each for the insertion of a vertical supporting post of the frame-like supporting element , wherein the four sleeves projecting upwards are arranged on the corners of a quadrangle, wherein a diagonal of the quadrangle extends in the longitudinal direction of the elongated plate , while the other diagonal is arranged transversely to it.
A foil stamping mechanism, comprising a base and a lifting seat , and a power rod fixed on the lifting seat and passing through a through hole of the base, wherein a plurality of groups of stamping molds are arranged between the base and the lifting seat , an aluminum foil driving mechanism is arranged above the stamping mold , the aluminum foil driving mechanism comprises a connecting plate , the connecting plate is provided with an aluminum foil release roller , a collecting roller and a plurality of guiding rollers , the aluminum foil release roller is connected with a magnetic powder brake , and the collecting roller is connected with a servo motor , wherein a monitoring device is installed on one side of the connecting plate , the monitoring device includes a photoelectric switch , the photoelectric switch is capable of being movably installed on a guide rod through a sliding sleeve , the guide rod is fixedly connected with a lifting block through a connecting block , the lifting block is sleeved on a sliding rod , two ends of the sliding rod are fixedly connected with a mounting block , the mounting block is fixedly connected with the connecting plate , and the mounting block is provided with a vertical screw stem to adjust lifting of the lifting block .
A method for predicting responsiveness to a HER2-directed therapy by assessing HER2 heterogeneity in a tumor, comprising contacting a sample of the tumor with a biomarker-specific reagent that specifically binds to HER2 protein and detecting HER2 protein in the sample, and contacting the sample of the tumor with a nucleic acid probe that specifically binds HER2 RNA and detecting HER2 RNA status in the sample, scoring the HER2 protein (IHC) and HER2 RNA (RNA-ISH), wherein the scoring is categorized as: Group A for samples exhibiting IHC 3+ and RNA-ISH+, Group B for samples exhibiting IHC 3+ and RNA-ISH-, Group C for samples exhibiting IHC 2+ and RNA-ISH+, Group D for samples exhibiting IHC 2+ and RNA-ISH-, Group E for samples exhibiting IHC 0, 1+ and RNA-ISH+, and Group F for samples exhibiting IHC 0, 1+ and RNA-ISH-, and the predicting that the tumor is responsive to the HER2-directed therapy if the tumor reveals a first foci having a first score selected from Group A to Group F and a second foci having a second score selected from Group A to Group F, wherein the first score and the second score are not the same; wherein the tumor is gastric cancer. contacting a sample of the tumor with a biomarker-specific reagent that specifically binds to HER2 protein and detecting HER2 protein in the sample, and contacting the sample of the tumor with a nucleic acid probe that specifically binds HER2 RNA and detecting HER2 RNA status in the sample, scoring the HER2 protein (IHC) and HER2 RNA (RNA-ISH), wherein the scoring is categorized as: Group A for samples exhibiting IHC 3+ and RNA-ISH+, Group B for samples exhibiting IHC 3+ and RNA-ISH-, Group C for samples exhibiting IHC 2+ and RNA-ISH+, Group D for samples exhibiting IHC 2+ and RNA-ISH-, Group E for samples exhibiting IHC 0, 1+ and RNA-ISH+, and Group F for samples exhibiting IHC 0, 1+ and RNA-ISH-, and Group A for samples exhibiting IHC 3+ and RNA-ISH+, Group B for samples exhibiting IHC 3+ and RNA-ISH-, Group C for samples exhibiting IHC 2+ and RNA-ISH+, Group D for samples exhibiting IHC 2+ and RNA-ISH-, Group E for samples exhibiting IHC 0, 1+ and RNA-ISH+, and Group F for samples exhibiting IHC 0, 1+ and RNA-ISH-, and the predicting that the tumor is responsive to the HER2-directed therapy if the tumor reveals a first foci having a first score selected from Group A to Group F and a second foci having a second score selected from Group A to Group F, wherein the first score and the second score are not the same; wherein the tumor is gastric cancer.
A device for delivering shape-memory staples , the device comprising: a grippable portion comprising a first actuator ; and a delivery portion coupled to the grippable portion , wherein the delivery portion is configured to cause one end of each staple to protrude from the delivery portion in response to actuation of the first actuator ; wherein the delivery portion comprises retention walls for retaining the staples within the delivery portion in an elastically deformed configuration and release apertures for releasing the staples to adopt a deployed configuration based on their shape memory; characterised in that the device further comprises: a striking mechanism coupled to the grippable portion and configured to communicate a striking blow to the delivery portion . a grippable portion comprising a first actuator ; and a delivery portion coupled to the grippable portion , wherein the delivery portion is configured to cause one end of each staple to protrude from the delivery portion in response to actuation of the first actuator ; wherein the delivery portion comprises retention walls for retaining the staples within the delivery portion in an elastically deformed configuration and release apertures for releasing the staples to adopt a deployed configuration based on their shape memory; characterised in that the device further comprises: a striking mechanism coupled to the grippable portion and configured to communicate a striking blow to the delivery portion .
Mould for manufacturing an ophthalmic lens or an ophthalmic lens blank called a puck , equipped with an insert , said mould comprising a first portion intended to mould the front face of the ophthalmic lens or puck, a second portion intended to mould the back face of the ophthalmic lens or puck and at least one third portion intended to mould a peripheral lateral face of the ophthalmic lens or puck, characterized in that said mould comprises on one of its said portions at least one recess for positioning the insert , before and during the moulding, said at least one recess (2Ai, 2B1, 2B2, 2B3, 2B4, 2C1, 2C4) being arranged on: - the first portion of said mould, or - the first and the second portions of said mould. - the first portion of said mould, or - the first and the second portions of said mould.
Method for generating an access for an entity to identification data of a person , said entity having access to information stored in a central database , the method comprising the steps of: - grouping the identification data together to form an identification file (F ID ), - partitioning the identification file (F ID ) into at least two mutually complementary elementary files (F ID i ), - converting each elementary file (F ID i ) into a two-dimensional code, characterized in that the method moreover comprises a step of dividing the two-dimensional codes into at least two groups of two-dimensional codes, the first group of two-dimensional codes and the second group of two-dimensional codes being stored on separate media, the medium storing the first group of two-dimensional codes being intended to be held by the person and the medium storing the second group of two-dimensional codes being accessible by the entity , the identification data of the person being accessible only when the first and second groups of two-dimensional codes stored on each of said media are combined, the second group of two-dimensional codes being sent to and stored in the central database . - grouping the identification data together to form an identification file (F ID ), - partitioning the identification file (F ID ) into at least two mutually complementary elementary files (F ID i ), - converting each elementary file (F ID i ) into a two-dimensional code,
A lighting apparatus comprising: a first substrate comprising a lighting portion (EA), a first outer portion (NA1) disposed at an outer edge of the lighting portion (EA), and a second outer portion (NA3, NA4) disposed along a second direction perpendicular to the first outer portion (NA1); an organic light emitting device comprising a first electrode , an organic light emitting layer , and a second electrode arranged in the lighting portion (EA) and in a partial region of the first and second outer portions (NA1, NA3) on the first substrate ; and a first pad and a second pad disposed on the first outer portion (NA1) and connected to the first electrode and the second electrode to apply a voltage to the first electrode and the second electrode , wherein the organic light emitting layer and the second electrode are not formed in a partial region of the first outer portion (NA1) in which the first pad and the second pad are disposed to not expose the organic light emitting layer and the second electrode to an outside along the first outer portion (NA1) and are formed over the entire second outer portion (NA3) to expose the organic light emitting layer and the second electrode to the outside through a lateral end surface of the second outer portion (NA3), and an open region is formed on the second electrode and the organic light emitting layer in a region spaced apart from the lateral end surface by a predetermined distance along the lateral end surface of the second outer portion (NA3) to disconnect the organic light emitting layer . a first substrate comprising a lighting portion (EA), a first outer portion (NA1) disposed at an outer edge of the lighting portion (EA), and a second outer portion (NA3, NA4) disposed along a second direction perpendicular to the first outer portion (NA1); an organic light emitting device comprising a first electrode , an organic light emitting layer , and a second electrode arranged in the lighting portion (EA) and in a partial region of the first and second outer portions (NA1, NA3) on the first substrate ; and a first pad and a second pad disposed on the first outer portion (NA1) and connected to the first electrode and the second electrode to apply a voltage to the first electrode and the second electrode , wherein the organic light emitting layer and the second electrode are not formed in a partial region of the first outer portion (NA1) in which the first pad and the second pad are disposed to not expose the organic light emitting layer and the second electrode to an outside along the first outer portion (NA1) and are formed over the entire second outer portion (NA3) to expose the organic light emitting layer and the second electrode to the outside through a lateral end surface of the second outer portion (NA3), and an open region is formed on the second electrode and the organic light emitting layer in a region spaced apart from the lateral end surface by a predetermined distance along the lateral end surface of the second outer portion (NA3) to disconnect the organic light emitting layer .
An interference coordination apparatus, configured to coordinate downlink transmit power of multiple cells in a communications system, wherein the multiple cells comprise a first cell and at least one neighboring cell of the first cell, wherein each cell corresponds to one cell management apparatus, a cell management apparatus corresponding to the first cell is a first cell management apparatus, and a cell management apparatus corresponding to the neighboring cell of the first cell is a second cell management apparatus, and the interference coordination apparatus comprises: an obtaining unit , configured to obtain a first measured value sent from the first cell management apparatus and at least one second measured value sent from the first cell management apparatus, wherein the first measured value relates to measuring by the first cell management apparatus an uplink reference signal sent by a user equipment within the first cell, and the at least one second measured value relates to measuring by the second cell management apparatus the uplink reference signal sent by the user equipment within the first cell; and a coordination unit , configured to coordinate downlink transmit power of the first cell and downlink transmit power of the at least one neighboring cell of the first cell according to the first measured value and the at least one second measured value; wherein the interference coordination apparatus further comprises a receiving unit and a clustering unit , wherein the receiving unit is configured to receive interference information sent by the first cell management apparatus; and the clustering unit is configured to group the multiple cells in the communications system into at least one cluster according to the interference information, wherein the first cell and at least one neighboring cell of the first cell belong to a same cluster. an obtaining unit , configured to obtain a first measured value sent from the first cell management apparatus and at least one second measured value sent from the first cell management apparatus, wherein the first measured value relates to measuring by the first cell management apparatus an uplink reference signal sent by a user equipment within the first cell, and the at least one second measured value relates to measuring by the second cell management apparatus the uplink reference signal sent by the user equipment within the first cell; and a coordination unit , configured to coordinate downlink transmit power of the first cell and downlink transmit power of the at least one neighboring cell of the first cell according to the first measured value and the at least one second measured value; wherein the interference coordination apparatus further comprises a receiving unit and a clustering unit , wherein the receiving unit is configured to receive interference information sent by the first cell management apparatus; and the clustering unit is configured to group the multiple cells in the communications system into at least one cluster according to the interference information, wherein the first cell and at least one neighboring cell of the first cell belong to a same cluster.
A coastal system for managing meteorological phenomena, said system comprising: - conduits from said system that extend down to a depth under the oceanic mixed layer; - pumps that make it possible to pump water; - dispersion means of the pumped waters that make it possible to mix said pumped waters with surface ocean waters; - at least one well that is connected to the pumps , on one hand, with at least one pipe and, on the other hand, to the conduits ; wherein said at least one well fills through conduits with water from under the oceanic mixed layer by the law of connected vessels, characterized in that the conduits are made by drilling and extend obliquely through the rocks at the edge of the continental shelf down to a depth under the oceanic mixed layer. - conduits from said system that extend down to a depth under the oceanic mixed layer; - pumps that make it possible to pump water; - dispersion means of the pumped waters that make it possible to mix said pumped waters with surface ocean waters; - at least one well that is connected to the pumps , on one hand, with at least one pipe and, on the other hand, to the conduits ; wherein said at least one well fills through conduits with water from under the oceanic mixed layer by the law of connected vessels, characterized in that the conduits are made by drilling and extend obliquely through the rocks at the edge of the continental shelf down to a depth under the oceanic mixed layer.