mhurhangee/patent-ind-claim-en huggingface dataset:
A blood purification device , comprising: a blood circuit for extracorporeally circulating blood of a patient; a liquid supply circuit for supplying a supply liquid to the blood circuit or to a blood purifier provided on the blood circuit ; a warmer provided on the liquid supply circuit to warm the supply liquid, wherein the warmer is configured to sandwich and hold a warming circuit constituting a part of the liquid supply circuit and comprises a heater provided on a sandwiching-and-holding surface sandwiching and holding the warming circuit , a heater temperature detection unit capable of detecting temperature of the heater , and a temperature sensor for liquid temperature detection being capable of detecting temperature of the supply liquid flowing through the warming circuit and being provided on the sandwiching-and-holding surface at a position at which the temperature sensor for liquid temperature detection is separated from the heater and, when sandwiching and holding the warming circuit , comes into contact with the warming circuit on the downstream side of a portion warmed by the heater in a direction of sending liquid; and characterised in that a warmer attachment detection unit for detecting whether or not the warming circuit is attached to the warmer , based on the temperature of the heater detected by the heater temperature detection unit and the temperature of the supply liquid detected by the temperature sensor for liquid temperature detection. a blood circuit for extracorporeally circulating blood of a patient; a liquid supply circuit for supplying a supply liquid to the blood circuit or to a blood purifier provided on the blood circuit ; a warmer provided on the liquid supply circuit to warm the supply liquid, wherein the warmer is configured to sandwich and hold a warming circuit constituting a part of the liquid supply circuit and comprises a heater provided on a sandwiching-and-holding surface sandwiching and holding the warming circuit , a heater temperature detection unit capable of detecting temperature of the heater , and a temperature sensor for liquid temperature detection being capable of detecting temperature of the supply liquid flowing through the warming circuit and being provided on the sandwiching-and-holding surface at a position at which the temperature sensor for liquid temperature detection is separated from the heater and, when sandwiching and holding the warming circuit , comes into contact with the warming circuit on the downstream side of a portion warmed by the heater in a direction of sending liquid; and characterised in that a warmer attachment detection unit for detecting whether or not the warming circuit is attached to the warmer , based on the temperature of the heater detected by the heater temperature detection unit and the temperature of the supply liquid detected by the temperature sensor for liquid temperature detection.
Compound (A) derived from 1,4:3,6-dianhydrohexitol carrying two maleate and/or fumarate functions, chosen from the compounds (A1) or (A2) shown below or a mixture of these compounds: in which R represents, independently an alkyl group, preferably an alkyl group comprising from 1 to 10 atoms of carbon;
Balancing unit (U2) installed on a battery cell (C2), and comprising: - means (MM2) for measuring state parameters of the cell (C2), - wireless communication means (MD2), making it possible to send and receive state parameters, and - wireless power transfer means (ME2), characterised in that the communication means (MD2) and the power transfer means (ME2) are the same, of the inductive type and formed by two coils (B21, B23) disposed on both sides of the cell (C2). - means (MM2) for measuring state parameters of the cell (C2), - wireless communication means (MD2), making it possible to send and receive state parameters, and - wireless power transfer means (ME2),
A T-cell which comprises; (i) a chimeric antigen receptor (CAR); and (ii) a chimeric TNF receptor (TNFR) which comprises (a) the ligand binding domain of DR3, HVEM, CD27, CD40, RANK or Fn14; and (b) the signalling domain of 4-1BB endodomain, wherein the chimeric TNFR does not comprise a CD3zeta endodomain. (i) a chimeric antigen receptor (CAR); and (ii) a chimeric TNF receptor (TNFR) which comprises (a) the ligand binding domain of DR3, HVEM, CD27, CD40, RANK or Fn14; and (b) the signalling domain of 4-1BB endodomain, wherein the chimeric TNFR does not comprise a CD3zeta endodomain.
A sorption heat pump having: a gaseous refrigerant and a liquid solvent; a depleted solution and an enriched solution, the depleted and enriched solutions being single-phase mixtures of the solvent and the refrigerant; a first absorber , in which the depleted solution absorbs the refrigerant and emits heat in the process; a throttle element , which expands the enriched solution after exit from the first absorber ; a generator , in which, after exit from the throttle element , the enriched solution absorbs an externally supplied heat flow and in the process expels the refrigerant; a conveying element, which conveys the refrigerant into the first absorber after exit from the generator ; and a pump, which pumps the depleted solution into the first absorber after exit from the generator , characterised by a second absorber which is arranged in parallel with the first absorber and in which a partial flow of the depleted solution, before entry into the first absorber , absorbs a partial flow of the refrigerant before entry into the absorber and in the process emits heat to the depleted solution before entry into the first absorber .
A method for characterizing color information about a tooth, comprising: projecting at least one predetermined color pattern ; obtaining , using an imager , one or more images each containing both a projected predetermined color pattern and at least a portion of a user's mouth ; automatically identifying by a controller , from the obtained one or more images, one or more teeth in the at least a portion of the user's mouth; comparing an imaged predetermined color pattern to a corresponding projected predetermined color pattern; and extracting by the controller, based on the outcome of the comparison, color information about the one or more identified teeth . projecting at least one predetermined color pattern ; obtaining , using an imager , one or more images each containing both a projected predetermined color pattern and at least a portion of a user's mouth ; automatically identifying by a controller , from the obtained one or more images, one or more teeth in the at least a portion of the user's mouth; comparing an imaged predetermined color pattern to a corresponding projected predetermined color pattern; and extracting by the controller, based on the outcome of the comparison, color information about the one or more identified teeth .
A silane of general formula: [R 2 C=CH-G-SiX u Z b v Z c w ] n or [R 2 C=CH-SiX u Z b v Z c w ] n wherein each occurrence of G is independently chosen from a group consisting of a divalent straight chain alkyl of 2 to 18 carbon atoms; each occurrence of X is independently selected from the group consisting of R 1 O-, R 1 C(=O)O- and -O(R 10 CR 11 ) f OH, wherein each occurrence of R 1 , R 10 and R 11 is independently R; each occurrence of Z b is independently [-O(R 10 CR 11 ) f O-] 0.5 , wherein each occurrence of R 10 and R 11 is independently R; each occurrence of Z c is independently given by -O(R 10 CR 11 ) f O-wherein each occurrence of R 10 and R 11 is independently R; each occurrence of R is chosen independently from a group consisting of an alkyl of C 1 to C 4 and hydrogen; each occurrence of the subscript f is an integer from 1 to 15, each occurrence of n is an integer from 1 to 100, with the proviso that when n is greater than 1, v is a greater than 0 and all the valences for Z b have a silicon atom bonded to them, each occurrence of the subscript u is an integer from 0 to 3, each occurrence of the subscript v is an integer from 0 to 3, each occurrence of the subscript w is an integer from 0 to 1; with the provisos that u + v +2 w =3 and the silane contains at least one occurrence of Z b or Z c . each occurrence of G is independently chosen from a group consisting of a divalent straight chain alkyl of 2 to 18 carbon atoms; each occurrence of X is independently selected from the group consisting of R 1 O-, R 1 C(=O)O- and -O(R 10 CR 11 ) f OH, wherein each occurrence of R 1 , R 10 and R 11 is independently R; each occurrence of Z b is independently [-O(R 10 CR 11 ) f O-] 0.5 , wherein each occurrence of R 10 and R 11 is independently R; each occurrence of Z c is independently given by -O(R 10 CR 11 ) f O-wherein each occurrence of R 10 and R 11 is independently R; each occurrence of R is chosen independently from a group consisting of an alkyl of C 1 to C 4 and hydrogen; each occurrence of the subscript f is an integer from 1 to 15, each occurrence of n is an integer from 1 to 100, with the proviso that when n is greater than 1, v is a greater than 0 and all the valences for Z b have a silicon atom bonded to them, each occurrence of the subscript u is an integer from 0 to 3, each occurrence of the subscript v is an integer from 0 to 3, each occurrence of the subscript w is an integer from 0 to 1;
A surgical robotic access system providing robotic manipulator access into a patient's body, the surgical robotic access system comprising: a sealing cap arranged to be disposed externally to a patient's body, the sealing cap including a flexible seal ; a retractor comprising an outer ring removably connected to the sealing cap and an inner ring arranged to be positioned within a patient's body; and a robotic insertion tube that is coupled at a proximal end to a robotic sleeve , wherein the robotic insertion tube is coupled at a distal end to the flexible seal , and wherein the robotic insertion tube has a lumen, wherein the flexible seal covers a portion of the lumen of the robotic insertion tube through which a surgical robotic manipulator is insertable through the flexible seal , wherein the flexible seal comprises a plurality of protectors or shield leaves configured to protect portions of the flexible seal from being torn or punctured by the surgical robotic manipulator by directing the surgical robotic manipulator where to be inserted into the flexible seal , and wherein the flexible seal provides a zero seal in an absence of the surgical robotic manipulator, after the surgical robotic manipulator has subsequently been withdrawn. a sealing cap arranged to be disposed externally to a patient's body, the sealing cap including a flexible seal ; a retractor comprising an outer ring removably connected to the sealing cap and an inner ring arranged to be positioned within a patient's body; and a robotic insertion tube that is coupled at a proximal end to a robotic sleeve , wherein the robotic insertion tube is coupled at a distal end to the flexible seal , and wherein the robotic insertion tube has a lumen, wherein the flexible seal covers a portion of the lumen of the robotic insertion tube through which a surgical robotic manipulator is insertable through the flexible seal , wherein the flexible seal comprises a plurality of protectors or shield leaves configured to protect portions of the flexible seal from being torn or punctured by the surgical robotic manipulator by directing the surgical robotic manipulator where to be inserted into the flexible seal , and wherein the flexible seal provides a zero seal in an absence of the surgical robotic manipulator, after the surgical robotic manipulator has subsequently been withdrawn.
A synthetic netting with several warp chains extending in parallel to each other in the longitudinal direction, wherein - at least two warp chains extend at a small distance from one another and form a chain group ; - at least one further warp chain is adjacent to the chain group , wherein the distance between this warp chain and the chain group is greater than the small distance between the warp chains within the chain group ; - a thread runs back and forth between the further warp chain and the chain group and connects the further warp chain and the chain group ; - several chain groups adjacent to each other are provided which are each formed of at least two warp chains ; - the chain groups are at a greater distance from one another than the warp chains within a chain group ; and wherein - in each case one thread runs back and forth between adjacent chain groups and connects the chain groups ; characterised in that - the synthetic netting is completely formed by chain groups . - at least two warp chains extend at a small distance from one another and form a chain group ; - at least one further warp chain is adjacent to the chain group , wherein the distance between this warp chain and the chain group is greater than the small distance between the warp chains within the chain group ; - a thread runs back and forth between the further warp chain and the chain group and connects the further warp chain and the chain group ; - several chain groups adjacent to each other are provided which are each formed of at least two warp chains ; - the chain groups are at a greater distance from one another than the warp chains within a chain group ; and wherein - in each case one thread runs back and forth between adjacent chain groups and connects the chain groups ; characterised in that - the synthetic netting is completely formed by chain groups .
An apparatus comprising: a plurality of processors ; a power control circuit coupled to the plurality of processors , wherein the power control circuit is programmable with data describing a plurality of operating points for the plurality of processors , and wherein the data further includes an indication for each respective operating point of the plurality of operating points indicating a limit to a first number of active processors in the plurality of processors at the respective operating point, wherein the limit is at least one less than a total number of the plurality of processors for at least one respective operating point, wherein exceeding the limit of active processors at the respective operating point would exceed a capability of a power management unit that provides power to the plurality of processors when the active processors are consuming a maximum amount of power, and wherein the power control circuit is configured to detect that a second number of processors to be active at a selected operating point exceeds the limit for the selected operating point and to override the selected operating point with a second operating point responsive to the detecting. a plurality of processors ; a power control circuit coupled to the plurality of processors , wherein the power control circuit is programmable with data describing a plurality of operating points for the plurality of processors , and wherein the data further includes an indication for each respective operating point of the plurality of operating points indicating a limit to a first number of active processors in the plurality of processors at the respective operating point, wherein the limit is at least one less than a total number of the plurality of processors for at least one respective operating point, wherein exceeding the limit of active processors at the respective operating point would exceed a capability of a power management unit that provides power to the plurality of processors when the active processors are consuming a maximum amount of power, and wherein the power control circuit is configured to detect that a second number of processors to be active at a selected operating point exceeds the limit for the selected operating point and to override the selected operating point with a second operating point responsive to the detecting.
A child safety seat comprising: a seat shell for receiving a child, the seat shell having a backrest , a front end opposite to the backrest , and a seat portion extending between the backrest and the front end ; an extension member disposed adjacent to the front end of the seat shell , the extension member being slidably connected with the seat shell and having a forward end , the extension member being slidable relative to the seat shell to increase or reduce a distance between the forward end of the extension member and the front end of the seat shell ; an extension locking mechanism operable to lock the extension member with respect to the seat shell ; characterized in that the child safety seat further comprises an anti-rebound part connected with the seat shell , the child safety seat being installable on a vehicle seat in a rear facing position with the anti-rebound part extending at an angle above the extension member and adjacent to a seatback of the vehicle seat. a seat shell for receiving a child, the seat shell having a backrest , a front end opposite to the backrest , and a seat portion extending between the backrest and the front end ; an extension member disposed adjacent to the front end of the seat shell , the extension member being slidably connected with the seat shell and having a forward end , the extension member being slidable relative to the seat shell to increase or reduce a distance between the forward end of the extension member and the front end of the seat shell ; an extension locking mechanism operable to lock the extension member with respect to the seat shell ; characterized in that the child safety seat further comprises an anti-rebound part connected with the seat shell , the child safety seat being installable on a vehicle seat in a rear facing position with the anti-rebound part extending at an angle above the extension member and adjacent to a seatback of the vehicle seat.
A system for increasing the methane content of biogas, the system comprising - a biogas reactor capable of generating biogas; and - a membrane biofilm reactor arranged for converting carbon dioxide (CO 2 ) in the biogas and supplied hydrogen (H 2 ) into methane (CH 4 ), the membrane biofilm reactor being arranged for comprising a biofilm of methanogens on or in, the membrane , said membrane comprising a first side and a second side; wherein the membrane biofilm reactor is positioned separately and outside of the biogas reactor , the biogas reactor being in fluid connection with the membrane biofilm reactor by: ▪ a fluid intake line for circulating fluid from the biogas reactor to said first side of the membrane so as to provide nutrients to the biofilm and for absorbing the methane gas generated by the biofilm of methanogens ; and ▪ a fluid return line in fluid connection with said first side of the membrane for returning the methane enriched fluid from the membrane biofilm reactor to the biogas reactor . - a biogas reactor capable of generating biogas; and - a membrane biofilm reactor arranged for converting carbon dioxide (CO 2 ) in the biogas and supplied hydrogen (H 2 ) into methane (CH 4 ), the membrane biofilm reactor being arranged for comprising a biofilm of methanogens on or in, the membrane , said membrane comprising a first side and a second side; ▪ a fluid intake line for circulating fluid from the biogas reactor to said first side of the membrane so as to provide nutrients to the biofilm and for absorbing the methane gas generated by the biofilm of methanogens ; and ▪ a fluid return line in fluid connection with said first side of the membrane for returning the methane enriched fluid from the membrane biofilm reactor to the biogas reactor .
A scanning laser projector , comprising: at least one source of laser light; a scanning mirror configured to reflect the laser light; a perimeter defining an image region inside the perimeter and an over scanned region outside the perimeter , the image region and over scanned region configured to receive the reflected laser light ; a photodetector configured to receive at least two portions of the reflected laser light impacting the over scanned region outside the perimeter , the at least two portions of the reflected laser light corresponding to horizontal scans at different vertical positions of the reflected laser light , the photodetector being further configured to provide a feedback signal responsive to the at least two portions of the reflected laser light received by the photodetector ; and a drive circuit configured to provide an excitation signal to excite motion of the scanning mirror , the drive circuit being configured to modify the excitation signal in response to the feedback signal; characterized in that the photodetector is oriented relative to said horizontal scans of the reflected laser light such that said at least two portions cross the photodetector at a non-orthogonal angle, and such that the photodetector is configured to receive the at least two portions of the reflected light over respective portions of the photodetector having different widths. at least one source of laser light; a scanning mirror configured to reflect the laser light; a perimeter defining an image region inside the perimeter and an over scanned region outside the perimeter , the image region and over scanned region configured to receive the reflected laser light ; a photodetector configured to receive at least two portions of the reflected laser light impacting the over scanned region outside the perimeter , the at least two portions of the reflected laser light corresponding to horizontal scans at different vertical positions of the reflected laser light , the photodetector being further configured to provide a feedback signal responsive to the at least two portions of the reflected laser light received by the photodetector ; and a drive circuit configured to provide an excitation signal to excite motion of the scanning mirror , the drive circuit being configured to modify the excitation signal in response to the feedback signal; characterized in that the photodetector is oriented relative to said horizontal scans of the reflected laser light such that said at least two portions cross the photodetector at a non-orthogonal angle, and such that the photodetector is configured to receive the at least two portions of the reflected light over respective portions of the photodetector having different widths.