mhurhangee/patent-ind-claim-en huggingface dataset:
Spike for anchoring in a spike hole of a tread of a pneumatic vehicle tyre , having at least a base and a spike pin anchored therein, the spike being at least partly ensheathed with at least one vulcanized rubber mixture and/or at least one thermoplastic vulcanizate, characterized in that the vulcanized rubber mixture and/or the thermoplastic vulcanizate has a Shore A hardness to DIN ISO 7619-1 at room temperature of 63 to 78.
A separator comprising: a separation chamber; a plurality of inclined parallel plates of the separation chamber each having a top end , a bottom end , a first longitudinal side and a second longitudinal side, wherein each plate of the plurality of inclined parallel plates includes: a contacting surface for contacting the slurry; a lower surface opposite the contacting surface; and, a pair of opposed upturned edges upturned on the first and second longitudinal sides of the plurality of inclined parallel plates in a direction of the contacting surface , the pair of opposed upturned edges forming a settling space, and in contact with the lower surface of another plate of the plurality of inclined parallel plates forming a separation space defined by the contacting surface , the pair of opposed upturned edges, and the lower surface of the another plate , characterized in that each upturned edge comprises a first portion extending toward the another plate, and a second portion contacting the another plate. a separation chamber; a plurality of inclined parallel plates of the separation chamber each having a top end , a bottom end , a first longitudinal side and a second longitudinal side, wherein each plate of the plurality of inclined parallel plates includes: a contacting surface for contacting the slurry; a lower surface opposite the contacting surface; and, a pair of opposed upturned edges upturned on the first and second longitudinal sides of the plurality of inclined parallel plates in a direction of the contacting surface , the pair of opposed upturned edges forming a settling space, and in contact with the lower surface of another plate of the plurality of inclined parallel plates forming a separation space defined by the contacting surface , the pair of opposed upturned edges, and the lower surface of the another plate , characterized in that each upturned edge comprises a first portion extending toward the another plate, and a second portion contacting the another plate. a contacting surface for contacting the slurry; a lower surface opposite the contacting surface; and, a pair of opposed upturned edges upturned on the first and second longitudinal sides of the plurality of inclined parallel plates in a direction of the contacting surface , the pair of opposed upturned edges forming a settling space, and in contact with the lower surface of another plate of the plurality of inclined parallel plates forming a separation space defined by the contacting surface , the pair of opposed upturned edges, and the lower surface of the another plate , characterized in that each upturned edge comprises a first portion extending toward the another plate, and a second portion contacting the another plate.
Method for monitoring a block chain by means of an apparatus , wherein the method comprises the following steps: - assessing a characteristic of a physical infrastructure on which the block chain is based; wherein a quantitatively comparable value is assigned to a particular item of information indicating the characteristic; - wherein the infrastructure comprises a plurality of nodes which are coupled to one another by means of a network ; - comparing the value with a predetermined parameter; and - outputting a signal via an interface if the value is less than the predetermined parameter, characterized in that - the characteristic relates to a physical or topological parameter of the infrastructure . - assessing a characteristic of a physical infrastructure on which the block chain is based; wherein a quantitatively comparable value is assigned to a particular item of information indicating the characteristic; - wherein the infrastructure comprises a plurality of nodes which are coupled to one another by means of a network ; - comparing the value with a predetermined parameter; and - outputting a signal via an interface if the value is less than the predetermined parameter, characterized in that - the characteristic relates to a physical or topological parameter of the infrastructure .
A dental amalgam recycling system for recycling particles from a dental liquid effluent drawn from a suctioning device comprising: (a) an air-water separator tank for receiving said effluent, said air-water separator tank having an air-water separator tank inlet in fluid communication with said suctioning device; an air-water separator tank liquid effluent outlet ; and an air-water separator tank air outlet; (b) a recycling container , said recycling container acting primarily under the influence of gravity to cause sedimentation of said particles; said recycling container having a recycling container effluent inlet port connected to said air-water separator tank liquid effluent outlet ; and said recycling container further having an effluent outlet port ; (c) wherein the air-water separator tank also includes an internal suction conduit ; (d) wherein the recycling container effluent inlet port and the recycling container outlet port are not the same height; characterized in that , the recycling container further comprises one or more irregular keyways cast into its outside top mating surface; and said air-water separation tank has one or more keys cast into its mating surface, such that the keys of the air-water separation tank and the keyways of said recycling container must be aligned in order for said recycling container and said air-water separation tank to mate securely. (a) an air-water separator tank for receiving said effluent, said air-water separator tank having an air-water separator tank inlet in fluid communication with said suctioning device; an air-water separator tank liquid effluent outlet ; and an air-water separator tank air outlet; (b) a recycling container , said recycling container acting primarily under the influence of gravity to cause sedimentation of said particles; said recycling container having a recycling container effluent inlet port connected to said air-water separator tank liquid effluent outlet ; and said recycling container further having an effluent outlet port ; (c) wherein the air-water separator tank also includes an internal suction conduit ; (d) wherein the recycling container effluent inlet port and the recycling container outlet port are not the same height;
A method for producing a hydrofluoroolefin, which comprises reacting a chlorofluoroolefin represented by the following formula with hydrogen in the presence of a platinum group metal catalyst supported on a carbon carrier, to obtain a hydrofluoroolefin represented by the following formula , wherein the total acidic functional group amount in the carbon carrier is at most 50 μmol/g: CZX=CCIY wherein X is a fluorine atom or a chlorine atom, Y is a fluorine atom, a chlorine atom or a hydrogen atom, and Z is a fluorine atom or CF 3 ; CZX'=CHY' wherein X' is a fluorine atom when X is a fluorine atom, or X' is a hydrogen atom when X is a chlorine atom, Y' is a fluorine atom when Y is a fluorine atom, or Y' is a hydrogen atom when Y is a chlorine atom or a hydrogen atom, and Z is the same as Z in the formula .
A method for detecting buildup of hardened concrete in a mixer drum, comprising: (a) providing a rotatable concrete mixer drum having an inner wall and at least two blades mounted on the inner wall within the mixer drum , the mixer drum having 0-0.76 cubic meters (0.0-1.0 cubic yard) of plastic cementitious material and material unattached to the mixer drum , the concrete mixer drum being rotated at a constant rotational speed by a motor driven by a hydraulic-pressure pump , the motor having two sides, a first side for charging the motor in a first direction using hydraulic fluid driven by the pump and a second side for returning the hydraulic fluid to the pump ; (b) measuring the hydraulic pressure as a function of time during at least two successive complete rotations of the mixer drum at constant rotational speed using sensors for measuring the pressure of the hydraulic fluid on both sides to obtain a pressure/time data curve; (c) determining when the sensed pressure/time data curve as obtained from step (b) represents eccentric behavior which meets or exceeds a stored eccentricity threshold; and, where eccentric behavior meets or exceeds a stored eccentricity threshold value; (d) providing an alarm or indication that the rotation of the concrete drum has eccentric behavior which meets or exceeds the stored threshold value. (a) providing a rotatable concrete mixer drum having an inner wall and at least two blades mounted on the inner wall within the mixer drum , the mixer drum having 0-0.76 cubic meters (0.0-1.0 cubic yard) of plastic cementitious material and material unattached to the mixer drum , the concrete mixer drum being rotated at a constant rotational speed by a motor driven by a hydraulic-pressure pump , the motor having two sides, a first side for charging the motor in a first direction using hydraulic fluid driven by the pump and a second side for returning the hydraulic fluid to the pump ; (b) measuring the hydraulic pressure as a function of time during at least two successive complete rotations of the mixer drum at constant rotational speed using sensors for measuring the pressure of the hydraulic fluid on both sides to obtain a pressure/time data curve; (c) determining when the sensed pressure/time data curve as obtained from step (b) represents eccentric behavior which meets or exceeds a stored eccentricity threshold; and, where eccentric behavior meets or exceeds a stored eccentricity threshold value; (d) providing an alarm or indication that the rotation of the concrete drum has eccentric behavior which meets or exceeds the stored threshold value.
A smoke evacuation system , comprising: a surgical hub; a smoke evacuation device comprising: a pump ; a motor operably coupled to the pump; and a display device configured to display a smoke evacuation console having control buttons to control the smoke evacuation system; a communication circuit ; and a filter device in communication with the smoke evacuation device through the communication circuit, wherein the filter device comprises a plurality of filter components including: a plurality of filter elements comprising at least one of a fluid filter, particulate filter, and a charcoal filter; and a plurality of filter sensors , wherein the communication circuit is configured to: authenticate the plurality of filter components; verify a remaining life of at least one of the plurality of filter components; update parameters output from the plurality of filter components; and record errors output from the plurality of filter components; wherein the control buttons are further configured to control the surgical hub , wherein when the smoke evacuation device is connected to the hub, the display device acts as a secondary display device while a hub display acts as a primary display device. a surgical hub; a smoke evacuation device comprising: a pump ; a motor operably coupled to the pump; and a display device configured to display a smoke evacuation console having control buttons to control the smoke evacuation system; a pump ; a motor operably coupled to the pump; and a display device configured to display a smoke evacuation console having control buttons to control the smoke evacuation system; a communication circuit ; and a filter device in communication with the smoke evacuation device through the communication circuit, wherein the filter device comprises a plurality of filter components including: a plurality of filter elements comprising at least one of a fluid filter, particulate filter, and a charcoal filter; and a plurality of filter sensors , a plurality of filter elements comprising at least one of a fluid filter, particulate filter, and a charcoal filter; and a plurality of filter sensors , wherein the communication circuit is configured to: authenticate the plurality of filter components; verify a remaining life of at least one of the plurality of filter components; update parameters output from the plurality of filter components; and record errors output from the plurality of filter components; authenticate the plurality of filter components; verify a remaining life of at least one of the plurality of filter components; update parameters output from the plurality of filter components; and record errors output from the plurality of filter components; wherein the control buttons are further configured to control the surgical hub , wherein when the smoke evacuation device is connected to the hub, the display device acts as a secondary display device while a hub display acts as a primary display device.
A laser system, comprising: a plurality of laser modules to drive light through an optical fiber that exits the system; a rack including a stack of slots to support the laser modules in first positions within the rack , wherein the rack comprises a pair of struts extending at opposite sides of an opening in the rack through which the laser modules may pass; characterized by an indexable module service shelf attachable to discrete attachment points on the struts that are indexed at a respective height of each of the slots , to support a weight of one of the laser modules , when passed from the first position and through the opening to a second position that is cantilevered external from the rack , and in alignment with the opening and at the respective height of one of the slots associated with the first position, and wherein the module service shelf comprises a plurality of detachable sections . a plurality of laser modules to drive light through an optical fiber that exits the system; a rack including a stack of slots to support the laser modules in first positions within the rack , wherein the rack comprises a pair of struts extending at opposite sides of an opening in the rack through which the laser modules may pass; characterized by an indexable module service shelf attachable to discrete attachment points on the struts that are indexed at a respective height of each of the slots , to support a weight of one of the laser modules , when passed from the first position and through the opening to a second position that is cantilevered external from the rack , and in alignment with the opening and at the respective height of one of the slots associated with the first position, and wherein the module service shelf comprises a plurality of detachable sections .
A method for fabrication of a double-sided photovoltaic cell, with two opposite active surfaces, comprising a step of depositing, on each active surface, at least one electric contact, characterized in the step of depositing comprises a shared operation of depositing on each of the active surfaces, implemented by electrolysis in a shared electrolysis tank comprising: - a first compartment for depositing a metal layer on a first active surface of the cell, for fabrication of a contact comprising said metal layer on the first active surface; and - a second compartment for depositing, by oxidation, a metal oxide conductor layer on the second active surface of the cell, for the fabrication of a contact comprising said metal oxide layer on the second active surface, And in that the metal in the metal oxide layer is at least one element among Mn, Ni, Mo, Cd, Sn, In, Zn, Pb, Ag, Cu, W, Ta, Ga, Fe, Co, Cr and Ti. - a first compartment for depositing a metal layer on a first active surface of the cell, for fabrication of a contact comprising said metal layer on the first active surface; and - a second compartment for depositing, by oxidation, a metal oxide conductor layer on the second active surface of the cell, for the fabrication of a contact comprising said metal oxide layer on the second active surface, And in that the metal in the metal oxide layer is at least one element among Mn, Ni, Mo, Cd, Sn, In, Zn, Pb, Ag, Cu, W, Ta, Ga, Fe, Co, Cr and Ti.
Aqueous skin-care composition comprising an emulsion of (a) 1 to 20 percent by weight based on the total weight of the composition of a vegetable oil which is papaya crude oil; (b) 1 to 50 percent by weight based on the total weight of the composition of Cardiospermum halicacabum extract; and (c) an emulsifying agent, for use in the treatment or prevention of jellyfish stings, and mosquito bites. (a) 1 to 20 percent by weight based on the total weight of the composition of a vegetable oil which is papaya crude oil; (b) 1 to 50 percent by weight based on the total weight of the composition of Cardiospermum halicacabum extract; and (c) an emulsifying agent,
A cell reselection method, comprising: measuring , by a terminal currently camped on a cell, reference signals of X neighboring cells that work on a target frequency, to obtain X signal measurement values; and if the terminal determines that signal measurement values of N cells in the X neighboring cells meet a cell reselection condition, using , by the terminal as a reselected cell when determining that there is at least one evolved long term evolution cell in the N cells, a cell with a largest signal measurement value in the at least one evolved long term evolution cell, wherein before the terminal determines that there is the at least one evolved long term evolution cell in the N cells, the method further comprises: for any one of the N cells, receiving, by the terminal, first cell type indication information from the currently camped-on cell, or receiving, by the terminal, first cell type indication information from a neighboring cell of the currently camped-on cell, wherein the first cell type indication information indicates that the respective cell of the N cells is a long term evolution, LTE, cell or an evolved long term evolution cell. measuring , by a terminal currently camped on a cell, reference signals of X neighboring cells that work on a target frequency, to obtain X signal measurement values; and if the terminal determines that signal measurement values of N cells in the X neighboring cells meet a cell reselection condition, using , by the terminal as a reselected cell when determining that there is at least one evolved long term evolution cell in the N cells, a cell with a largest signal measurement value in the at least one evolved long term evolution cell, wherein before the terminal determines that there is the at least one evolved long term evolution cell in the N cells, the method further comprises: for any one of the N cells, receiving, by the terminal, first cell type indication information from the currently camped-on cell, or receiving, by the terminal, first cell type indication information from a neighboring cell of the currently camped-on cell, wherein the first cell type indication information indicates that the respective cell of the N cells is a long term evolution, LTE, cell or an evolved long term evolution cell.
A method of analyzing a plasma sample of a human organism, the plasma sample comprising cell-free DNA originating from normal cells and potentially from cells associated with cancer, the method comprising: analyzing a plurality of cell-free DNA molecules from the plasma sample, wherein analyzing a cell-free DNA molecule includes: determining a location of the cell-free DNA molecule in a genome of the human organism by mapping, via sequence reads, the cell-free DNA molecule to a part of a human genome; and determining whether the cell-free DNA molecule is methylated at one or more CpG sites of a plurality of CpG sites organized into a plurality of CpG islands, each CpG island including more than one CpG site; determining a respective number of cell-free DNA molecules at each of the plurality of CpG islands that are methylated; calculating a first methylation level based on the respective numbers of cell-free DNA molecules that are methylated at the plurality of CpG islands; comparing the first methylation level to a first cutoff value indicative of whether cancer is present; and determining a classification of whether cancer is present based on the comparison. analyzing a plurality of cell-free DNA molecules from the plasma sample, wherein analyzing a cell-free DNA molecule includes: determining a location of the cell-free DNA molecule in a genome of the human organism by mapping, via sequence reads, the cell-free DNA molecule to a part of a human genome; and determining whether the cell-free DNA molecule is methylated at one or more CpG sites of a plurality of CpG sites organized into a plurality of CpG islands, each CpG island including more than one CpG site; determining a location of the cell-free DNA molecule in a genome of the human organism by mapping, via sequence reads, the cell-free DNA molecule to a part of a human genome; and determining whether the cell-free DNA molecule is methylated at one or more CpG sites of a plurality of CpG sites organized into a plurality of CpG islands, each CpG island including more than one CpG site; determining a respective number of cell-free DNA molecules at each of the plurality of CpG islands that are methylated; calculating a first methylation level based on the respective numbers of cell-free DNA molecules that are methylated at the plurality of CpG islands; comparing the first methylation level to a first cutoff value indicative of whether cancer is present; and determining a classification of whether cancer is present based on the comparison.