mhurhangee/patent-ind-claim-en huggingface dataset:
An optical fiber comprising: an fiber body including a distal end with a reflective surface angled to direct laser energy out of the body along a laser axis; an inner cap surrounding the distal end of the fiber body , the inner cap including a proximal end attached to the fiber body , and at least one transmission portion aligned with the laser axis; an outer cap surrounding the inner cap , the outer cap including a proximal end attached to at least one of the inner cap and the fiber body , and an exit port aligned with the laser axis; and a tube surrounding at least a portion of the fiber body , the tube including a distal end attached to the outer cap , wherein the tube and the outer cap define a first flow channel , the outer cap and the inner cap define a second flow channel , the outer cap includes one or more openings configured to place the first flow channel in communication with the second flow channel , and the one or more openings are distal of the proximal end of the inner cap . an fiber body including a distal end with a reflective surface angled to direct laser energy out of the body along a laser axis; an inner cap surrounding the distal end of the fiber body , the inner cap including a proximal end attached to the fiber body , and at least one transmission portion aligned with the laser axis; an outer cap surrounding the inner cap , the outer cap including a proximal end attached to at least one of the inner cap and the fiber body , and an exit port aligned with the laser axis; and a tube surrounding at least a portion of the fiber body , the tube including a distal end attached to the outer cap , wherein the tube and the outer cap define a first flow channel , the outer cap and the inner cap define a second flow channel , the outer cap includes one or more openings configured to place the first flow channel in communication with the second flow channel , and the one or more openings are distal of the proximal end of the inner cap .
An oligonucleotide comprising a full length B/K type, C type, or P type immunostimulatory oligonucleotide or a core moiety with biological activity of an A/D type immunostimulatory oligonucleotide from which consecutive Gs are removed and a nucleic acid comprising a phosphorothioated nucleotide, wherein the nucleic acid has a length of 9 bases to 100 bases, and wherein the phosphorothioated nucleotide content in the nucleic acid is about 35% or greater, wherein said nucleic acid is bound to a 5' end or a 3' end of the full length of a B/K type, C type, or P type immunostimulatory oligonucleotide or the core moiety with biological activity of an A/D type immunostimulatory oligonucleotide.
A method of controlling a DC voltage distribution system, the DC voltage distribution system comprising a DC voltage bus , a fuel cell electrically connected to the DC voltage bus , an energy storage and an energy storage converter , wherein the input of the energy storage converter is connected to the energy storage and the output of the energy storage converter is connected to the DC bus, characterized in that the method comprises providing a DC voltage reference for the energy storage converter , the energy storage converter controlling the voltage of the DC voltage bus by providing power from the energy storage or to the energy storage , detecting power flow of the energy storage converter , and changing the DC voltage reference on the basis of the detected power flow to change the power taken from the fuel cell . a DC voltage bus , a fuel cell electrically connected to the DC voltage bus , an energy storage and an energy storage converter , wherein the input of the energy storage converter is connected to the energy storage and the output of the energy storage converter is connected to the DC bus, characterized in that the method comprises providing a DC voltage reference for the energy storage converter , the energy storage converter controlling the voltage of the DC voltage bus by providing power from the energy storage or to the energy storage , detecting power flow of the energy storage converter , and changing the DC voltage reference on the basis of the detected power flow to change the power taken from the fuel cell .
A communication method, wherein the method comprises: • determining , by a network device, a characteristic parameter of a user equipment, wherein the characteristic parameter comprises a reference signal received power range; • determining , by the network device, according to a correspondence between a characteristic parameter and a resource configuration, a first resource configuration corresponding to the characteristic parameter of the user equipment, wherein the first resource configuration has as a sub-configuration of the first resource configuration a frequency hopping pattern configuration; and • determining , by the network device, a resource according to the first resource configuration, and performing , information sending or receiving with the user equipment by using the resource. • determining , by a network device, a characteristic parameter of a user equipment, wherein the characteristic parameter comprises a reference signal received power range; • determining , by the network device, according to a correspondence between a characteristic parameter and a resource configuration, a first resource configuration corresponding to the characteristic parameter of the user equipment, wherein the first resource configuration has as a sub-configuration of the first resource configuration a frequency hopping pattern configuration; and • determining , by the network device, a resource according to the first resource configuration, and performing , information sending or receiving with the user equipment by using the resource.
A hybrid grass cutting apparatus , comprising a strimmer assembly , the strimmer assembly comprising a cutting head assembly located at an end remote from a handle and connected via a connecting rod , the cutting head assembly comprising a cutting tool and a guard located close to the cutting tool, wherein the hybrid grass cutting apparatus further comprises a grass cutter frame , the grass cutter frame having an opening which accommodates the guard and through which the cutting tool can pass; and an engagement feature is provided between the grass cutter frame and the guard , enabling a user to engage the strimmer assembly with the grass cutter frame or remove the strimmer assembly from the grass cutter frame without any need to use an additional tool; characterized in that the engagement feature further comprises an orientation feature which assists in mounting the strimmer assembly on the grass cutter frame in a unique orientation, wherein the orientation feature comprises a protrusion located in one of the guard and the grass cutter frame , and a slot located in the other of the guard and the grass cutter frame . the hybrid grass cutting apparatus further comprises a grass cutter frame , the grass cutter frame having an opening which accommodates the guard and through which the cutting tool can pass; and an engagement feature is provided between the grass cutter frame and the guard , enabling a user to engage the strimmer assembly with the grass cutter frame or remove the strimmer assembly from the grass cutter frame without any need to use an additional tool; characterized in that the engagement feature further comprises an orientation feature which assists in mounting the strimmer assembly on the grass cutter frame in a unique orientation, wherein the orientation feature comprises a protrusion located in one of the guard and the grass cutter frame , and a slot located in the other of the guard and the grass cutter frame .
A system for enhancing a coverage distribution of a robotic garden tool operating within a predetermined working area , the system comprising steering control means operable to change a movement direction of the robotic garden tool , a positioning device operable to estimate a current position of the robotic garden tool , data providing means for providing data related to the working area , , target point selecting means, selecting a target point within the working area, towards which the robotic garden tool should be lead, temporary working area defining means, operable to define a temporary working area comprising the target point, based on the working area related data, evaluating means operable to evaluate an estimated current position with respect to the temporary working area , and control means for selectively adapting a movement direction of the robotic garden tool , in response to data generated from the evaluating means, characterized by the system being configured to increase the size of the temporary working area in response to the robotic garden tool having a position estimated to be outside the temporary working area .
Spin-on filter for a filter apparatus for fluid, in particular liquid, in particular oil or fuel, in particular of an internal combustion engine, in particular of a motor vehicle, wherein the spin-on filter comprises: - a housing pot in which a filter element is disposed, - a connecting body disposed frontally on the housing pot and which is provided with a central opening located in the center and in particular with at least one fluid opening which is offset radially outwardly opposite the central opening , - a filter-sided connecting part of a connecting means for releasably connecting the spin-on filter to a filter head of the filter apparatus and which is disposed at the central opening located in the center, and wherein the filter-sided connecting part is releasably connectable by means of a combined plug-in and rotational movement with respect to a connecting axis to a connecting piece of a head-sided connecting part of the filter head of the filter apparatus , and wherein an external gasket is provided frontally at least around the central opening and possibly around the at least one fluid opening , the external gasket being directed radially outwardly for contacting a filter-head-sided, radially inwardly directed sealing surface in order to seal towards the surrounding a fluid space formed between the spin-on filter and the filter head when the spin-on filter is mounted on the filter head , wherein a seal-receiving groove open radially outwardly is formed at least partially by a fastening ring of the connecting body which is positively connected to the edge of the housing pot , in particular by a mold flange . - a housing pot in which a filter element is disposed, - a connecting body disposed frontally on the housing pot and which is provided with a central opening located in the center and in particular with at least one fluid opening which is offset radially outwardly opposite the central opening , - a filter-sided connecting part of a connecting means for releasably connecting the spin-on filter to a filter head of the filter apparatus and which is disposed at the central opening located in the center,
A process for synthesis of urea from reaction of ammonia and carbon dioxide, characterized in that : - ammonia and carbon dioxide are reacted in a liquid phase and in a first reaction zone (S1), and heat (Q1) is withdrawn from said first reaction zone to promote the formation of ammonium carbamate, said first reaction zone producing a first liquid product mainly comprising ammonium carbamate, ammonia and water; - said first product is then passed to a second reaction zone (S2) distinguished from said first reaction zone, and heat (Q2) is added to said second reaction zone to promote the decomposition of ammonium carbamate into urea and water, said second reaction zone producing a second liquid product containing urea, residual unconverted carbamate and excess ammonia, and - the liquid phase in at least one of said first reaction zone and second reaction zone being kept in a stirred condition induced by mechanical stirring means, the stirring means being rotary means. - ammonia and carbon dioxide are reacted in a liquid phase and in a first reaction zone (S1), and heat (Q1) is withdrawn from said first reaction zone to promote the formation of ammonium carbamate, said first reaction zone producing a first liquid product mainly comprising ammonium carbamate, ammonia and water; - said first product is then passed to a second reaction zone (S2) distinguished from said first reaction zone, and heat (Q2) is added to said second reaction zone to promote the decomposition of ammonium carbamate into urea and water, said second reaction zone producing a second liquid product containing urea, residual unconverted carbamate and excess ammonia, and - the liquid phase in at least one of said first reaction zone and second reaction zone being kept in a stirred condition induced by mechanical stirring means, the stirring means being rotary means.
A package for orienting and cooling a polyester during a polyester sterilization process, the package comprising: a plurality of packets each containing polyester; and a housing defining a receptacle for receiving the plurality of packets and further defining a top region disposed above the receptacle , a bottom region disposed below the receptacle generally opposite the top region , and a plurality of sides disposed around the receptacle between the top region and the bottom region , the housing including at least one divider disposed between adjacent packets for separating the packets , and characterized by a compartment disposed in at least one of the plurality of sides , the compartment receiving a coolant , wherein the coolant is not disposed directly above the receptacle and is not disposed directly below the receptacle such that the receptacle can be irradiated from top to bottom or bottom to top without radiation passing through the coolant . a plurality of packets each containing polyester; and a housing defining a receptacle for receiving the plurality of packets and further defining a top region disposed above the receptacle , a bottom region disposed below the receptacle generally opposite the top region , and a plurality of sides disposed around the receptacle between the top region and the bottom region , the housing including at least one divider disposed between adjacent packets for separating the packets , and characterized by a compartment disposed in at least one of the plurality of sides , the compartment receiving a coolant , wherein the coolant is not disposed directly above the receptacle and is not disposed directly below the receptacle such that the receptacle can be irradiated from top to bottom or bottom to top without radiation passing through the coolant . at least one divider disposed between adjacent packets for separating the packets , and characterized by a compartment disposed in at least one of the plurality of sides , the compartment receiving a coolant , wherein the coolant is not disposed directly above the receptacle and is not disposed directly below the receptacle such that the receptacle can be irradiated from top to bottom or bottom to top without radiation passing through the coolant .
An isolated antibody or antigen binding fragment, which is capable of binding to TIM-3, comprising a heavy chain variable region sequence and a light chain variable region sequence, wherein: the heavy chain variable region sequence comprises the sequence of SEQ ID NO: 50, and the light chain variable region sequence comprises the sequence of SEQ ID NO: 45. the heavy chain variable region sequence comprises the sequence of SEQ ID NO: 50, and the light chain variable region sequence comprises the sequence of SEQ ID NO: 45.
A device for holding and releasing a medical object , the device comprising a main body having a housing for at least partially accommodating said medical object , and an outlet that allows at least a portion of the medical object to be extracted, characterized in that said device for holding and releasing the medical object also comprises: - a lid that can be moved between a closed position preventing access to said outlet and an open position providing access to said outlet , - a stop device designed such that it can be moved to different positions relative to the main body toward the outlet of said main body , but blocked in the opposite direction, to enable the stop device to be brought into contact with or close to the medical object while preventing any recoil of the stop device . - a lid that can be moved between a closed position preventing access to said outlet and an open position providing access to said outlet , - a stop device designed such that it can be moved to different positions relative to the main body toward the outlet of said main body , but blocked in the opposite direction, to enable the stop device to be brought into contact with or close to the medical object while preventing any recoil of the stop device .
An adhesive composition comprising an olefin-based polymer, having a weight-average molecular weight of more than 40,000, and a wax, having a weight-average molecular weight between 300 and 40,000, weight-average molecular weight being obtained by gel permeation chromatography on polystyrene basis, - in said adhesive composition, no inorganic particles being blended, - said adhesive composition having a storage modulus, measured using a dynamic viscoelasticity measurement device as described in the description, at 20°C of 0 to 1.5×10 7 Pa, and a storage modulus at 40°C of 5.3×10 5 Pa to 1.0×10 9 Pa, and - the wax having a transition temperature, measured using a differential scanning calorimeter as described in the description, of 80°C to 160°C. - in said adhesive composition, no inorganic particles being blended, - said adhesive composition having a storage modulus, measured using a dynamic viscoelasticity measurement device as described in the description, at 20°C of 0 to 1.5×10 7 Pa, and a storage modulus at 40°C of 5.3×10 5 Pa to 1.0×10 9 Pa, and - the wax having a transition temperature, measured using a differential scanning calorimeter as described in the description, of 80°C to 160°C.
Hose which, in particular, transports a coolant and has at least the following layer structure: - an inner layer composed of a crosslinked rubber mixture which acts, in particular, as a media-resistant inner layer in contact with the coolant; and - an outer layer composed of a crosslinked rubber mixture which, on the outside, is resistant to the external influences in the area of use, wherein the inner layer and the outer layer form an adhesive bond, characterized in that - the crosslinked rubber mixture of the inner layer contains at least one EPDM rubber and/or at least one EPM rubber, and - the crosslinked rubber mixture of the outer layer contains at least one silicone rubber. - an inner layer composed of a crosslinked rubber mixture which acts, in particular, as a media-resistant inner layer in contact with the coolant; and - an outer layer composed of a crosslinked rubber mixture which, on the outside, is resistant to the external influences in the area of use, wherein the inner layer and the outer layer form an adhesive bond, characterized in that - the crosslinked rubber mixture of the inner layer contains at least one EPDM rubber and/or at least one EPM rubber, and - the crosslinked rubber mixture of the outer layer contains at least one silicone rubber.
A method for producing roast coffee beans, the method comprising: a) extracting roast coffee beans with an aqueous liquid; b) separating the extracted roast coffee beans of step a) from the extract; c) mixing the separated extracted coffee beans of step b) with an aqueous liquid comprising glycosidase; d) separating the aqueous liquid and the extracted coffee beans from the mixture of step c), after the glycosidase has been allowed to react; e) infusing green coffee beans with the aqueous liquid obtained in step d); and f) roasting the infused green coffee beans obtained in step e). a) extracting roast coffee beans with an aqueous liquid; b) separating the extracted roast coffee beans of step a) from the extract; c) mixing the separated extracted coffee beans of step b) with an aqueous liquid comprising glycosidase; d) separating the aqueous liquid and the extracted coffee beans from the mixture of step c), after the glycosidase has been allowed to react; e) infusing green coffee beans with the aqueous liquid obtained in step d); and f) roasting the infused green coffee beans obtained in step e).
A ranging apparatus comprising: a light source configured to emit light; a first array comprising a first plurality of light sensitive detectors configured to receive light from said light source which has been reflected by an object, said first array configured to provide an output; a second array spaced from the first array by a spacing distance and comprising a second plurality of light sensitive detectors, said second array being configurable to be used interchangeably as a ranging array to receive light from said light source which has been reflected by the object or as a reference array said second array positioned close to the light source so as to receive the light emitted by the light source and configured to provide an output while the first array receives light which has been reflected by the object; and a processor configured, in dependence on said outputs from the first and the second arrays to determine distance information associated with said object. a light source configured to emit light; a first array comprising a first plurality of light sensitive detectors configured to receive light from said light source which has been reflected by an object, said first array configured to provide an output; a second array spaced from the first array by a spacing distance and comprising a second plurality of light sensitive detectors, said second array being configurable to be used interchangeably as a ranging array to receive light from said light source which has been reflected by the object or as a reference array said second array positioned close to the light source so as to receive the light emitted by the light source and configured to provide an output while the first array receives light which has been reflected by the object; and a processor configured, in dependence on said outputs from the first and the second arrays to determine distance information associated with said object.
Method for identifying an assignment of a key for a symmetric cryptography method, a first terminal being identified from a first group of terminals and a second terminal being identified from a second group of terminals, which first and second terminals are intended to communicate with one another in a first mission, wherein the first mission defines a first time period in which communication between the first terminal and the second terminal is intended to be possible, wherein the first terminal is intended to communicate with the second terminal in a second mission, wherein the second mission defines a second time period in which communication between the first terminal and the second terminal is intended to be possible, and wherein, for communication between the first terminal and the second terminal , the same key is assigned within a duration of an overlap of the first time period and the second time period.
A turbine engine airfoil comprising an airfoil structure having a wall providing an interior cooling channel and an exterior airfoil surface , a cooling passage provided in the wall fluidly connecting the interior cooling channel to the exterior airfoil surface , the cooling passage including at least one inlet and multiple outlets respectively adjoining the interior cooling channel and the exterior airfoil surface , wherein the airfoil has multiple inlets that each include an entrance at the interior cooling channel , and the outlets each include an exit at the exterior airfoil surface , the entrances having a greater cross-sectional area than that of the exits , characterized in that a first outlet has a different cross-sectional area than a second outlet .