mhurhangee/patent-ind-claim-en huggingface dataset:
Punching press with a clamping plate and with a press ram which lies opposite the upper side of the clamping plate and operates towards the clamping plate , which press ram is movable up and down via tension columns by means of a drive mechanism arranged below the band movement plane (X) of the punching press, characterized in that the press ram is guided exclusively via the tension columns , wherein the tension columns are guided exclusively in the area of the band movement plane (X) of the punching press, in particular in inclination-tolerant and in particular substantially momentum-free guides in such a manner that the press ram and the tension columns can be positioned obliquely under eccentric load by the tension columns being inclined about axes of inclination running in the region of the band movement plane (X) of the punching press.
A crystalline form of a compound of formula (I): wherein the crystalline form is form C having: an X-ray powder diffraction pattern comprising peaks, in terms of 2θ, at 7.20° ± 0.2°, 10.06° ± 0.2°, 17.40° ± 0.2°, 17.75° ± 0.2°, 18.65° ± 0.2°, 19.48° ± 0.2° and 20.13° ± 0.2°.
Method for softening knitted cotton, wherein knitted cotton is treated with an ancillary liquid laundry composition comprising: a. Soil release polymer b. Silicone c. less than 4 w.t.% surfactant; and d. Water wherein the method comprises delivering the ancillary laundry composition into the wash or rinse stage and comprises the steps of: a. Pouring a laundry product into a washing receptacle, a washing machine drawer, or a dosing shuttle b. Pouring the ancillary laundry composition on top of the laundry product. a. Soil release polymer b. Silicone c. less than 4 w.t.% surfactant; and d. Water a. Pouring a laundry product into a washing receptacle, a washing machine drawer, or a dosing shuttle b. Pouring the ancillary laundry composition on top of the laundry product.
Reciprocating-piston machine for compressing a fluid, in particular ambient air, for a compressed air system of a motor vehicle, comprising a cylinder housing having a piston chamber (3a, b, 3a', b'), a piston (14a, b) which can be moved upwards and downwards in the piston chamber (3a, b, 3a', b'), and a cylinder head having a valve carrier plate and a lamellar valve (6a, b) fastened thereon, wherein the lamellar valve (6a, b) has a support tab (7a, b) and a fixing tab (8a, b) and wherein the lamellar valve (6a, b) can be moved against a sealing surface on the valve carrier plate by means of a spring element (15a, b) in the region of the fixing tabs (8a, b), characterized in that a functional element having an impact surface (10a, b) is arranged between the cylinder housing and valve carrier plate of the cylinder head , wherein the functional element has a thickness of between 3 mm and 10 mm, and wherein a guide edge (16á, b) is provided on the valve carrier plate and a support edge (17a, b) is provided on the functional element , the support tab (7a, b) being movably mounted therebetween.
An endoscope video processing system configured for controlling blooming in an image frame of a video data signal generated by a viewing element of an endoscope, to facilitate an increased luminance digital gain in regions of a first brightness within the image frame while maintaining a decreased luminance digital gain in regions of a second brightness, wherein the first brightness is lower than the second brightness, said video processing system comprising: a processor ; a memory in communication with the processor ; a digital signal processor in communication with the processor , for applying a reduced digital gain to a luminance (Y) component of the video data signal to generate an attenuated signal, wherein the reduced digital gain is defined by a weight, wherein said weight comprises a first weight and a second weight; and a local blooming control module configured for: calculating an average luminance value of luminance levels of a plurality of pixels neighboring a pixel of the attenuated signal; operating a sigmoid function on the average luminance value to generate a smoothly transitioning digital gain, wherein a center point of the sigmoid function decreases as the second weight increases and said center point increases as the second weight decreases; conditioning the smoothly transitioning digital gain using said weight to generate a customizable digital gain; and applying the customizable digital gain to the attenuated signal. a processor ; a memory in communication with the processor ; a digital signal processor in communication with the processor , for applying a reduced digital gain to a luminance (Y) component of the video data signal to generate an attenuated signal, wherein the reduced digital gain is defined by a weight, wherein said weight comprises a first weight and a second weight; and a local blooming control module configured for: calculating an average luminance value of luminance levels of a plurality of pixels neighboring a pixel of the attenuated signal; operating a sigmoid function on the average luminance value to generate a smoothly transitioning digital gain, wherein a center point of the sigmoid function decreases as the second weight increases and said center point increases as the second weight decreases; conditioning the smoothly transitioning digital gain using said weight to generate a customizable digital gain; and applying the customizable digital gain to the attenuated signal. calculating an average luminance value of luminance levels of a plurality of pixels neighboring a pixel of the attenuated signal; operating a sigmoid function on the average luminance value to generate a smoothly transitioning digital gain, wherein a center point of the sigmoid function decreases as the second weight increases and said center point increases as the second weight decreases; conditioning the smoothly transitioning digital gain using said weight to generate a customizable digital gain; and applying the customizable digital gain to the attenuated signal.
Arrangement having a contact element and an electrical conductor , wherein the contact element - has a contact body extending in the shape of a strip and bent such that the contact body forms an opening into which a plug-in connector part is able to be plugged in a plug-in direction (E), wherein the contact body has a surface extending around the opening and forming an inside wall of the opening , and - has a contact strip , arranged in the opening of the contact body and bearing on the surface , for making electrical contact with a plug-in connector part plugged into the opening , - wherein the strip-shaped contact body has a form-fitting device having at least one form-fitting element (111-118) formed on the surface of the contact body , wherein the contact strip is in form-fitting engagement with the form-fitting device and is thereby fixed to the contact body along the plug-in direction (E), characterized in that the contact body has a cylindrical section containing the opening and a tab section , protruding tangentially from the cylindrical section , for connecting the electrical conductor to the contact body , wherein the conductor is able to be attached to the contact element in various orientations and is able to be moved away from the contact element in various directions by way of the tab section , wherein, for the connection to the tab section , a connection piece of a wire core of the conductor is applied flush to the tab section and is materially bonded to the tab section by way of welding or soldering. - has a contact body extending in the shape of a strip and bent such that the contact body forms an opening into which a plug-in connector part is able to be plugged in a plug-in direction (E), wherein the contact body has a surface extending around the opening and forming an inside wall of the opening , and - has a contact strip , arranged in the opening of the contact body and bearing on the surface , for making electrical contact with a plug-in connector part plugged into the opening , - wherein the strip-shaped contact body has a form-fitting device having at least one form-fitting element (111-118) formed on the surface of the contact body , wherein the contact strip is in form-fitting engagement with the form-fitting device and is thereby fixed to the contact body along the plug-in direction (E),
A method, comprising: identifying at least a first application hosted on a computing system; inspecting one or more configuration files associated with the first application to identify one or more configuration settings that specify how the first application communicates with one or more second applications; and generating a process-aware whitelist that specifies expected network communications activity for the first application, based on the configuration settings, wherein an entry in the process-aware whitelist specifies a process path for a network connection, wherein the process path includes a source process and a destination process of the network connection, and wherein the entry in the process-aware whitelist further specifies: a process hierarchy for the source process of the network connection; a process hierarchy for the destination process of the network connection; and at least one of a command line argument associated with the first application or a user group associated with a user of the first application. identifying at least a first application hosted on a computing system; inspecting one or more configuration files associated with the first application to identify one or more configuration settings that specify how the first application communicates with one or more second applications; and generating a process-aware whitelist that specifies expected network communications activity for the first application, based on the configuration settings, wherein an entry in the process-aware whitelist specifies a process path for a network connection, wherein the process path includes a source process and a destination process of the network connection, and wherein the entry in the process-aware whitelist further specifies: a process hierarchy for the source process of the network connection; a process hierarchy for the destination process of the network connection; and at least one of a command line argument associated with the first application or a user group associated with a user of the first application. a process hierarchy for the source process of the network connection; a process hierarchy for the destination process of the network connection; and at least one of a command line argument associated with the first application or a user group associated with a user of the first application.
A method in a first base station for managing a conditional operation related to a user equipment, UE , the method characterised by : sending , by the first base station to the UE , a conditional connection information including (i) configuration data related to a second base station (106A; 104B) in order for the UE to operate in dual connectivity with the first base station and the second base station (106A; 104B), and (ii) one or more conditions for connecting to the second base station (106A; 104B); and in response to determining , by the first base station , that the UE is to suspend a radio connection with the first base station : causing the UE to suspend a radio connection with the first base station , and causing the second base station (106A; 104B) to release the conditional connection information. sending , by the first base station to the UE , a conditional connection information including (i) configuration data related to a second base station (106A; 104B) in order for the UE to operate in dual connectivity with the first base station and the second base station (106A; 104B), and (ii) one or more conditions for connecting to the second base station (106A; 104B); and in response to determining , by the first base station , that the UE is to suspend a radio connection with the first base station : causing the UE to suspend a radio connection with the first base station , and causing the second base station (106A; 104B) to release the conditional connection information. causing the UE to suspend a radio connection with the first base station , and causing the second base station (106A; 104B) to release the conditional connection information.
A resource configuration method, applied to a communications apparatus, and comprising: receiving resource configuration information sent by a network device (S210), wherein the resource configuration information comprises indication information used to indicate a time domain period, indication information used to indicate a transmission occasion determining manner, and a time domain resource allocation parameter, wherein the transmission occasion determining manner comprises a first transmission occasion determining manner or a second transmission occasion determining manner; and determining (S220), based on the resource configuration information, time domain positions of N transmission occasions within the time domain period, wherein in case the transmission occasion determining manner indicated by indication information is the second transmission occasion determining manner, each transmission occasion of the N transmission occasions is located in a candidate transmission occasion among M candidate transmission occasions, and all symbols of each transmission occasion of the N transmission occasions are consecutive and locate in a same slot, wherein the M candidate transmission occasions are determined according to the time domain resource allocation parameter. receiving resource configuration information sent by a network device (S210), wherein the resource configuration information comprises indication information used to indicate a time domain period, indication information used to indicate a transmission occasion determining manner, and a time domain resource allocation parameter, wherein the transmission occasion determining manner comprises a first transmission occasion determining manner or a second transmission occasion determining manner; and determining (S220), based on the resource configuration information, time domain positions of N transmission occasions within the time domain period, wherein in case the transmission occasion determining manner indicated by indication information is the second transmission occasion determining manner, each transmission occasion of the N transmission occasions is located in a candidate transmission occasion among M candidate transmission occasions, and all symbols of each transmission occasion of the N transmission occasions are consecutive and locate in a same slot, wherein the M candidate transmission occasions are determined according to the time domain resource allocation parameter.
Sigma-1 receptor agonist for use in a method of treating a subject in need of Sigma-1 receptor agonist therapy, the method comprising: a. obtaining or having obtained the results of a test of a biological sample from the subject which detects the presence of at least one polymorphism selected from the group consisting of SIGMAR1_Q2P, COMT_L146fs, KANSL1_P1010L/P304L/P946L, DHCR7_M220T, HLA-DRB1_ A244T, HLA-DRB1_ S66Y, HLA-DRB1_ Y89S, MS4A6E_M59T, RIN3_ H215R, DPYD_l543V, and combinations thereof, preferably SIGMAR1_Q2P, in the subject; and b. administering a therapeutically effective amount of a Sigma-1 receptor agonist to the subject if said polymorphisms are not present in the subject, wherein the agonist is preferably selected from ANAVEX2-73, ANAVEX2-73 free base, a crystalline form of ANAVEX2-73 free base, ANAVEX19-144, and combinations thereof. a. obtaining or having obtained the results of a test of a biological sample from the subject which detects the presence of at least one polymorphism selected from the group consisting of SIGMAR1_Q2P, COMT_L146fs, KANSL1_P1010L/P304L/P946L, DHCR7_M220T, HLA-DRB1_ A244T, HLA-DRB1_ S66Y, HLA-DRB1_ Y89S, MS4A6E_M59T, RIN3_ H215R, DPYD_l543V, and combinations thereof, preferably SIGMAR1_Q2P, in the subject; and b. administering a therapeutically effective amount of a Sigma-1 receptor agonist to the subject if said polymorphisms are not present in the subject,
A processing device comprising: a defibrator configured to defibrate fibrous material (M2, M3) containing fiber in air; characterized by further comprising a particle supply device configured to supply particles (RM) of dry ice to the material containing fiber during defibration or after defibration. a defibrator configured to defibrate fibrous material (M2, M3) containing fiber in air; characterized by further comprising a particle supply device configured to supply particles (RM) of dry ice to the material containing fiber during defibration or after defibration.
An air inlet of an aircraft turbojet nacelle comprising a de-icing device and extending along an axis X in which an air flow (F) circulates from upstream to downstream, the air inlet extending annularly about the axis X and comprising an inner wall facing the axis X and an outer wall which is opposite to the inner wall , the walls being connected by a leading edge and an inner front bulkhead so as to delimit an annular cavity , the de-icing device comprising at least one hot air source in the annular cavity , the air inlet being characterised by the inner wall comprising a plurality of blowing lines , each blowing line comprising a plurality of through-openings configured to blow elementary flows (Fe) from the hot air source in order to de-ice said inner wall , the blowing lines being parallel to each other in a cylindrical projection plane (P) defined with respect to the axis X of the turbojet and to an axis (Y) defining the angular position with respect to the axis X, each blowing line having a depth P3 defined along the axis X and a length L3 defined along the axis (Y) in the cylindrical projection plane (P), two adjacent blowing lines being separated by a distance D3 along the axis Y, each position along the axis (Y) comprising at most one through-opening , the ratio of the distances L3/D3 being comprised in the interval [0.8; 1[.
A one-way valve to control the release of pressurized gas from within a single serve capsule having a sealed flexible lid and for use in a single serve brewer or infuser, the valve comprising: a layer of flexible material having an upper surface and a lower surface , a portion of said upper surface adhered to the flexible lid of the capsule such that said flexible material overlays a venting aperture in the flexible lid ; and a channel defined by a portion of the surface of the flexible lid and an adjacent portion of said flexible material which has not been adhered to the flexible lid , said channel in communication with said venting aperture in said flexible lid and in communication with an exhaust gas aperture in said layer of flexible material, said channel being generally arcuate and positioned on said flexible lid at a location that does not intersect with the piercing of said flexible lid by a spigot of the single serve brewer or infuser during operation, said channel operable between a closed and an open configuration upon gas pressure within the capsule exceeding a predetermined limit, movement of said channel from said closed position permitting gas to flow from said capsule , through said venting aperture , through said channel , through said exhaust gas aperture and into the exterior atmosphere, when the gas pressure within the capsule is less than the predetermined limit said channel is in said closed position restricting the flow of gas between said venting aperture and said exhaust gas aperture . a layer of flexible material having an upper surface and a lower surface , a portion of said upper surface adhered to the flexible lid of the capsule such that said flexible material overlays a venting aperture in the flexible lid ; and a channel defined by a portion of the surface of the flexible lid and an adjacent portion of said flexible material which has not been adhered to the flexible lid , said channel in communication with said venting aperture in said flexible lid and in communication with an exhaust gas aperture in said layer of flexible material, said channel being generally arcuate and positioned on said flexible lid at a location that does not intersect with the piercing of said flexible lid by a spigot of the single serve brewer or infuser during operation, said channel operable between a closed and an open configuration upon gas pressure within the capsule exceeding a predetermined limit, movement of said channel from said closed position permitting gas to flow from said capsule , through said venting aperture , through said channel , through said exhaust gas aperture and into the exterior atmosphere, when the gas pressure within the capsule is less than the predetermined limit said channel is in said closed position restricting the flow of gas between said venting aperture and said exhaust gas aperture .
An emulsion comprising a water-in-oil emulsion droplet, the droplet comprising: water; a plurality of cyclodextrin molecules; and a plurality of amphiphilic polymer molecules, wherein individual amphiphilic polymer molecules of the plurality comprise a hydrophobic moiety and a hydrophilic moiety, wherein at least a portion of the cyclodextrin molecules and the amphiphilic polymer molecules form a plurality of polypseudorotaxane complexes, wherein a mass ratio of cyclodextrin molecules to amphiphilic polymer molecules in the droplets is from 1:4 to 4:1, and wherein the droplet is present in a continuous oil phase. water; a plurality of cyclodextrin molecules; and a plurality of amphiphilic polymer molecules, wherein individual amphiphilic polymer molecules of the plurality comprise a hydrophobic moiety and a hydrophilic moiety, wherein at least a portion of the cyclodextrin molecules and the amphiphilic polymer molecules form a plurality of polypseudorotaxane complexes, wherein a mass ratio of cyclodextrin molecules to amphiphilic polymer molecules in the droplets is from 1:4 to 4:1, and wherein the droplet is present in a continuous oil phase.
A propulsor and mount arrangement comprising: a propulsor rotor and a fan casing surrounding said propulsor rotor , said fan casing receiving two side mounts and a thrust link pivotally attached to said fan casing , characterised in that : the thrust link is pivotally attached to said fan casing at a location that will be within 10° of a vertically lowermost location when the propulsor is mounted on an aircraft ; said side mounts are at circumferentially opposed positions, and within a lower 270° when said propulsor is mounted on an aircraft ; and at least a portion of both said side mounts , and a pivot point connecting said thrust link to said fan casing are in a common plane (P) defined perpendicular to a rotational axis of said propulsor rotor . a propulsor rotor and a fan casing surrounding said propulsor rotor , said fan casing receiving two side mounts and a thrust link pivotally attached to said fan casing , characterised in that : the thrust link is pivotally attached to said fan casing at a location that will be within 10° of a vertically lowermost location when the propulsor is mounted on an aircraft ; said side mounts are at circumferentially opposed positions, and within a lower 270° when said propulsor is mounted on an aircraft ; and at least a portion of both said side mounts , and a pivot point connecting said thrust link to said fan casing are in a common plane (P) defined perpendicular to a rotational axis of said propulsor rotor . the thrust link is pivotally attached to said fan casing at a location that will be within 10° of a vertically lowermost location when the propulsor is mounted on an aircraft ; said side mounts are at circumferentially opposed positions, and within a lower 270° when said propulsor is mounted on an aircraft ; and at least a portion of both said side mounts , and a pivot point connecting said thrust link to said fan casing are in a common plane (P) defined perpendicular to a rotational axis of said propulsor rotor .