mhurhangee/patent-ind-claim-en huggingface dataset:
A tibial cutting guide , comprising: an upper portion having a patient-matched surface , the upper portion defining resection slots for forming resections about the tibial eminence; a lower portion having a patient-matched surface, the lower portion defining two pin slots for receiving alignment pins such that in use the position of the resection slots relative to the tibial eminence can be adjusted by sliding the cutting guide along alignment pins placed in the tibia through the pin slots, wherein the lower portion defines a resection slot , for guiding a saw blade to form a horizontal medial and/or lateral plateau resection, and two pin holes for receiving fixation pins; characterised in that the tibial cutting guide further comprises at least one removable pin guide limiter configured to fit inside one of the two pin slots, wherein the pin guide limiter either defines a slot that is shorter than the respective pin slot or defines a pin hole . an upper portion having a patient-matched surface , the upper portion defining resection slots for forming resections about the tibial eminence; a lower portion having a patient-matched surface, the lower portion defining two pin slots for receiving alignment pins such that in use the position of the resection slots relative to the tibial eminence can be adjusted by sliding the cutting guide along alignment pins placed in the tibia through the pin slots, wherein the lower portion defines a resection slot , for guiding a saw blade to form a horizontal medial and/or lateral plateau resection, and two pin holes for receiving fixation pins; characterised in that the tibial cutting guide further comprises at least one removable pin guide limiter configured to fit inside one of the two pin slots, wherein the pin guide limiter either defines a slot that is shorter than the respective pin slot or defines a pin hole .
Assembly comprising a row of at least two separate insulating housings (1, 2, 2', 2") each having two large parallel faces (F1, F2) and each having at least one modular electrical device, for example a circuit breaker, switch or differential unit, each of said electrical devices comprising at least one electrical connection terminal (Em, L1, L2, L3, L4, ST), said assembly comprising at least one mechanical and electrical connection system (SD, 100, 101, 102) mechanically connecting said housings to one another, said system electrically connecting the or one of the terminal (s) (ST, EM, L1, L2, L3, L4, 16) of at least one electrical device to the or one of the terminal (s) of another electrical device in order to distribute an electrical potential between them, and said system being at least partly contained within the volume defined by the housings, characterized in that said mechanical and electrical connection system (SD, 100, 101, 102) mechanically connects said housings to one another by exerting a pressing force substantially perpendicular to the two large parallel faces (F1, F2) on two housings of the row.
A method comprising: operating a memory module in a first mode when the memory module is inserted onto a first type of memory channel with multi-drop data-links; and operating the memory module in a second mode when the memory module is inserted onto a second type of memory channel with point-to-point data-links. operating a memory module in a first mode when the memory module is inserted onto a first type of memory channel with multi-drop data-links; and operating the memory module in a second mode when the memory module is inserted onto a second type of memory channel with point-to-point data-links.
A portable drilling or screwing device comprising a main body in which is housed a motor unit , a tool head comprising a socket for receiving a rotary end member and an interface for connecting the tool head on the motor block , said tool head being removably coupled to the motor block by reversible fastening means comprising a collar for clamping said tool head on the motor block , said clamping collar being movable between a locked or closed position in which it cooperates with said motor block and said tool head to hold said motor block and said tool head together, and a release or open position in which it does not cooperate with said tool head so that said motor block and said tool head are no longer held together, the device comprising a locking lever of the clamping collar , the locking lever being movable between a closure position in which it acts on the clamping collar to place it in its locked position, and an opening position in which the clamping collar could take on its release position, characterised in that said clamping collar comprises two jaws hinged together and an elastic element connected on the one hand to a free end of a first jaw and on the other hand to said locking lever , said locking lever being connected to a free end of a second jaw. said tool head being removably coupled to the motor block by reversible fastening means comprising a collar for clamping said tool head on the motor block , said clamping collar being movable between a locked or closed position in which it cooperates with said motor block and said tool head to hold said motor block and said tool head together, and a release or open position in which it does not cooperate with said tool head so that said motor block and said tool head are no longer held together, the device comprising a locking lever of the clamping collar , the locking lever being movable between a closure position in which it acts on the clamping collar to place it in its locked position, and an opening position in which the clamping collar could take on its release position, characterised in that said clamping collar comprises two jaws hinged together and an elastic element connected on the one hand to a free end of a first jaw and on the other hand to said locking lever , said locking lever being connected to a free end of a second jaw.
A cosmetic composition comprising a film-forming polymer having a contact angle of at least 85°, non-volatile silicone oil, and cosmetically acceptable carrier, wherein the non-volatile silicone oil comprises dimethiconol, aminosilicone or a mixture thereof and the weight ratio of the film-forming polymer to the non-volatile silicone oil is in the range of 2:5 to 200:1 , wherein the film-forming polymer is selected from silicone resin where contact angle means the angle at which a water/vapor interface meets a solid surface at a temperature of 25 °C where it is measured in accordance with the procedure disclosed in the description, and where silicone resin refers to silicone material which is formed by branched and /or cage-like oligosiloxanes having three-dimensional structure; wherein the cosmetically acceptable carrier is water; ; and wherein the composition comprises an optical particle. wherein the cosmetically acceptable carrier is water; ; and wherein the composition comprises an optical particle.
A transseptal system comprising: a needle body defining a distal tip and an intermediate section proximal the distal tip; a guidewire defining a leading end and an intermediate segment proximal the leading end; a handle defining a needle passage and a guidewire passage, wherein the needle passage is sized to slidably receive the intermediate section of the needle body , and further wherein the guidewire passage is sized to slidably receive the intermediate segment of the guidewire ; a dilator body defining a distal end , a proximal end , and a lumen having a distal region open to the distal end and a proximal region open to the proximal end; wherein the proximal end of the dilator body is coupled to the handle such that the lumen is open to the needle passage and the guidewire passage; and further wherein the proximal region of the lumen is sized to simultaneously receive the intermediate section of the needle body and the intermediate segment of the guidewire ; and even further wherein the distal region of the lumen is sized to slidably receive the intermediate section of the needle body and the intermediate segment of the guidewire on an individual basis. a needle body defining a distal tip and an intermediate section proximal the distal tip; a guidewire defining a leading end and an intermediate segment proximal the leading end; a handle defining a needle passage and a guidewire passage, wherein the needle passage is sized to slidably receive the intermediate section of the needle body , and further wherein the guidewire passage is sized to slidably receive the intermediate segment of the guidewire ; a dilator body defining a distal end , a proximal end , and a lumen having a distal region open to the distal end and a proximal region open to the proximal end; wherein the proximal end of the dilator body is coupled to the handle such that the lumen is open to the needle passage and the guidewire passage; and further wherein the proximal region of the lumen is sized to simultaneously receive the intermediate section of the needle body and the intermediate segment of the guidewire ; and even further wherein the distal region of the lumen is sized to slidably receive the intermediate section of the needle body and the intermediate segment of the guidewire on an individual basis.
A state-change detecting device , characterized in that , the state-change detecting device comprises: a calculation part configured to measure gain-frequency characteristics of a servo system to be evaluated and to calculate, as a feature value of the servo system to be evaluated , a value correlated with an integrated value of gains at individual frequencies within a frequency range to be evaluated in the measured gain-frequency characteristics; and a determination part configured to determine whether or not a state of the servo system to be evaluated has changed by comparing the feature value calculated by the calculation part with the feature value in the past of the servo system to be evaluated . a calculation part configured to measure gain-frequency characteristics of a servo system to be evaluated and to calculate, as a feature value of the servo system to be evaluated , a value correlated with an integrated value of gains at individual frequencies within a frequency range to be evaluated in the measured gain-frequency characteristics; and a determination part configured to determine whether or not a state of the servo system to be evaluated has changed by comparing the feature value calculated by the calculation part with the feature value in the past of the servo system to be evaluated .
A coffee maker comprising at least one brewing pot wherein water, coffee and similar materials are put and which is placed into the brewing chamber; at least one heater which is disposed on the base of the brewing chamber and which heats the brewing pot ; a control unit which enables the heater to be turned on and off; at least one sugar receptacle which receives sugar; at least one coffee receptacle which receives coffee; at least one transfer channel which extends from the sugar and coffee receptacles (3 and 4) towards the brewing pot ; wherein the coffee and sugar receptacles (3 and 4) are not positioned at the same vertical level with the brewing pot and wherein the transfer channel is configured to receive coffee and sugar by means of gravity through a first orifice which opens into the coffee and sugar receptacle such that the coffee and sugar transferred to the transfer channel is mixed with water delivered through a second orifice such that the mixture of coffee, sugar, and water is transferred to the brewing pot through an opening , which forms an outlet of the transfer channel together with the lid and which opens into the brewing pot characterized by a housing which receives the transfer channel and which is provided on the brewing chamber and a lid which enables the attachment/detachment of the transfer channel , which covers the housing when closed wherein a pop-in pop-out mechanism enables the lid to move back and forth and enables the user to pull the lid out of the housing with the transfer channel thereon, and put the same back into the housing .
Catalytic adsorbent for arsenic, the said adsorbent comprising at least one metal M1 from Group VIb and at least two metals M2 and M3 from Group VIII deposited on a porous support, in which the metal M1 from Group VIb is molybdenum, the metal M2 is cobalt and the metal M3 is nickel, in which the molar ratio of the metals (M2 + M3)/M1 is between 1 and 6, and in which the content of metal M1 in the oxide form is between 4 and 10% by weight, with respect to the total weight of the adsorbent, the content of metal M2 in the oxide form is between 1 and 10% by weight, with respect to the total weight of the adsorbent, and the content of metal M3 in the oxide form is between 5 and 15% by weight, with respect to the total weight of the adsorbent.
A CD123 chimeric antigen receptor (CD123 CAR), comprising: (a) an anti-CD123 scFv region, (b) a modified IgG4 hinge comprising SEQ ID NO: 13 having an N to Q amino acid substitution at position 79, (c) a transmembrane domain, (d) a co-stimulatory signaling domain, and (e) T cell receptor zeta chain signaling domain. (a) an anti-CD123 scFv region, (b) a modified IgG4 hinge comprising SEQ ID NO: 13 having an N to Q amino acid substitution at position 79, (c) a transmembrane domain, (d) a co-stimulatory signaling domain, and (e) T cell receptor zeta chain signaling domain.
A method of controlling an electrical transmission network, wherein the transmission network comprises a plurality of high-voltage DC lines and n AC/DC converters identified by a respective index i, with n being greater than or equal to 3, said converters being interconnected by said high-voltage DC lines, each of said AC/DC converters being connected on the one hand to an AC voltage bus identified by a respective index i and on the other hand to one of said high voltage DC lines , the method being characterized in that it comprises: - for each of the converters of index i, recovering its value of applied active power setpoint Pdc i ; - recovering the instantaneous values V i of voltage and θ i of voltage angle of the buses of index i; - modifying the active power setpoint Pdc i of each of the converters of index i by a value including a term ΔPdcs i with: Δ P dcs i = ∑ j = 1 n k δ ij θ i − θ j − θref ij with i ≠ j and k δ ij = k δ ji n being the number of said converters connected to said AC voltage buses, j being an index designating any AC voltage bus and said converter connected thereto among the number n and different from the AC voltage bus i and said converter connected thereto, kδ ij being a contribution adjustment parameter, and θref ij a reference of the difference in angles between buses i and j in steady state. - for each of the converters of index i, recovering its value of applied active power setpoint Pdc i ; - recovering the instantaneous values V i of voltage and θ i of voltage angle of the buses of index i; - modifying the active power setpoint Pdc i of each of the converters of index i by a value including a term ΔPdcs i with: Δ P dcs i = ∑ j = 1 n k δ ij θ i − θ j − θref ij with i ≠ j and k δ ij = k δ ji n being the number of said converters connected to said AC voltage buses, j being an index designating any AC voltage bus and said converter connected thereto among the number n and different from the AC voltage bus i and said converter connected thereto, kδ ij being a contribution adjustment parameter, and θref ij a reference of the difference in angles between buses i and j in steady state.
A colorant transfer system , comprising: a colorant supply to supply colorant contained in the supply to a colorant delivery device , the colorant supply having a first state wherein the colorant is impeded from exiting the colorant supply ; an actuator to provide a passage from the colorant supply to the colorant delivery device ; and a control circuit to: validate an authentication code and, if the authentication code is validated, instruct the actuator to provide the passage from the colorant supply to the colorant delivery device , characterized by a data source connection circuit in circuit with the control circuit , the data source connection circuit being configured to receive the authentication code from an external source . a colorant supply to supply colorant contained in the supply to a colorant delivery device , the colorant supply having a first state wherein the colorant is impeded from exiting the colorant supply ; an actuator to provide a passage from the colorant supply to the colorant delivery device ; and a control circuit to: validate an authentication code and, if the authentication code is validated, instruct the actuator to provide the passage from the colorant supply to the colorant delivery device , characterized by a data source connection circuit in circuit with the control circuit , the data source connection circuit being configured to receive the authentication code from an external source .
A foreline for a vacuum pump with an inlet connectable to a vessel to be evacuated and an outlet connectable to an inlet of the vacuum pump to evacuate the vessel, wherein the foreline further comprising: a discharge line with a first end and a second end , wherein the first end comprises an opening and the second end comprises a solid material trap , wherein the second end is arranged outside the foreline, wherein the first end is arranged within the foreline between inlet and outlet and the opening is open towards the inlet of the foreline such that incoming solid material is collected by the opening, discharged through the discharge line and caught in the solid material trap and characterized in that the foreline has a first section having a first diameter and a second section having a second diameter, wherein the first diameter is smaller than the second diameter, wherein in that the opening of the discharge line is arranged in the second section, wherein the opening has a diameter larger than or equal to the first diameter and smaller than the second diameter. an inlet connectable to a vessel to be evacuated and an outlet connectable to an inlet of the vacuum pump to evacuate the vessel, wherein the foreline further comprising: a discharge line with a first end and a second end , wherein the first end comprises an opening and the second end comprises a solid material trap , wherein the second end is arranged outside the foreline, wherein the first end is arranged within the foreline between inlet and outlet and the opening is open towards the inlet of the foreline such that incoming solid material is collected by the opening, discharged through the discharge line and caught in the solid material trap and characterized in that the foreline has a first section having a first diameter and a second section having a second diameter, wherein the first diameter is smaller than the second diameter, wherein in that the opening of the discharge line is arranged in the second section, wherein the opening has a diameter larger than or equal to the first diameter and smaller than the second diameter. a discharge line with a first end and a second end , wherein the first end comprises an opening and the second end comprises a solid material trap , wherein the second end is arranged outside the foreline, wherein the first end is arranged within the foreline between inlet and outlet and the opening is open towards the inlet of the foreline such that incoming solid material is collected by the opening, discharged through the discharge line and caught in the solid material trap and characterized in that the foreline has a first section having a first diameter and a second section having a second diameter, wherein the first diameter is smaller than the second diameter, wherein in that the opening of the discharge line is arranged in the second section, wherein the opening has a diameter larger than or equal to the first diameter and smaller than the second diameter.
A method for use in monitoring a condition of an apparatus or a process, the method comprising: providing a plurality of historical data vectors, each historical data vector comprising a value for each of a plurality of empirical variables associated with the apparatus or the process; providing a current data vector comprising a current value for each of the plurality of empirical variables; determining a plurality of distance values, each distance value being determined from the current data vector and a different one of the historical data vectors; identifying a minimum distance value from the determined plurality of distance values; identifying a closest historical data vector as the historical data vector which corresponds to the minimum distance value; determining a vector of residual values from the current data vector and the closest historical data vector, wherein each residual value is determined by subtraction of a value of the current data vector corresponding to one of the empirical variables and the value of the closest historical data vector which corresponds to the same empirical variable; comparing each residual value of the vector of residual values to a corresponding residual range; and determining a condition of the apparatus or the process according to the results of one or more of the comparisons between the residual values of the vector of residual values and the corresponding residual ranges. providing a plurality of historical data vectors, each historical data vector comprising a value for each of a plurality of empirical variables associated with the apparatus or the process; providing a current data vector comprising a current value for each of the plurality of empirical variables; determining a plurality of distance values, each distance value being determined from the current data vector and a different one of the historical data vectors; identifying a minimum distance value from the determined plurality of distance values; identifying a closest historical data vector as the historical data vector which corresponds to the minimum distance value; determining a vector of residual values from the current data vector and the closest historical data vector, wherein each residual value is determined by subtraction of a value of the current data vector corresponding to one of the empirical variables and the value of the closest historical data vector which corresponds to the same empirical variable; comparing each residual value of the vector of residual values to a corresponding residual range; and determining a condition of the apparatus or the process according to the results of one or more of the comparisons between the residual values of the vector of residual values and the corresponding residual ranges.